diff --git a/.gitignore b/.gitignore index d7b650666..fee8b2d27 100644 --- a/.gitignore +++ b/.gitignore @@ -149,3 +149,6 @@ global-api/importer/mendoza_arg/data/** global-api/importer/osm/cache/** global-api/importer/osm/data/** global-api/data/** + +#Python virtual env +global-api/env \ No newline at end of file diff --git a/app/README.md b/app/README.md index 50f2f23c0..1df3fff34 100644 --- a/app/README.md +++ b/app/README.md @@ -76,10 +76,23 @@ The environment variables `NEXTAUTH_SECRET` and `NEXTAUTH_URL` are required for ### Development + + To run the app in development mode, run: ```bash cd CityCatalyst/app +cp env.example .env + +## set up your database credentials in .env file + +npm run db:migrate + +npm run db:seed + +## set up login in credentials +npm run create-admin + npm run dev ``` diff --git a/app/env.example b/app/env.example index c098d539a..9a9428eb1 100644 --- a/app/env.example +++ b/app/env.example @@ -20,3 +20,5 @@ CHAT_PROVIDER=huggingface ADMIN_EMAILS="admin@mail.com" ADMIN_NAMES="John doe" NEXT_PUBLIC_OPENCLIMATE_API_URL="https://openclimate.openearth.dev" +DEFAULT_ADMIN_EMAIL=johndeo@example.com +DEFAULT_ADMIN_PASSWORD=password \ No newline at end of file diff --git a/app/migrations/20240506114511-inventory-v2.cjs b/app/migrations/20240506114511-inventory-v2.cjs new file mode 100644 index 000000000..1a27227bf --- /dev/null +++ b/app/migrations/20240506114511-inventory-v2.cjs @@ -0,0 +1,132 @@ +"use strict"; + +/** @type {import('sequelize-cli').Migration} */ +module.exports = { + async up(queryInterface, Sequelize) { + return queryInterface.sequelize.transaction(async (transaction) => { + // Add table ActivityValue and connect to InventoryValue + await queryInterface.sequelize.query( + `CREATE TABLE "ActivityValue" ( + "id" uuid UNIQUE PRIMARY KEY NOT NULL, + "activity_data" text, + "inventory_value_id" uuid, + "datasource_id" uuid, + "metadata" jsonb, + "created" timestamp, + "last_updated" timestamp + );`, + { transaction }, + ); + await queryInterface.addConstraint("ActivityValue", { + type: "foreign key", + name: "FK_ActivityValue_inventory_value_id", + fields: ["inventory_value_id"], + references: { table: "InventoryValue", field: "id" }, + onDelete: "CASCADE", + onUpdate: "CASCADE", + transaction, + }); + await queryInterface.addConstraint("ActivityValue", { + type: "foreign key", + name: "FK_ActivityValue_datasource_id", + fields: ["datasource_id"], + references: { table: "DataSource", field: "datasource_id" }, + onDelete: "SET NULL", + onUpdate: "SET NULL", + transaction, + }); + + await queryInterface.addColumn( + "GasValue", + "activity_value_id", + Sequelize.UUID, + { + transaction, + }, + ); + await queryInterface.addConstraint("GasValue", { + type: "foreign key", + name: "FK_GasValue_activity_value_id", + fields: ["activity_value_id"], + references: { table: "ActivityValue", field: "id" }, + onDelete: "CASCADE", + onUpdate: "CASCADE", + transaction, + }); + + // new columns for EmissionsFactor + await queryInterface.addColumn( + "EmissionsFactor", + "metadata", + Sequelize.JSONB, + { transaction }, + ); + await queryInterface.addColumn( + "EmissionsFactor", + "formula_name", + Sequelize.STRING, + { transaction }, + ); + await queryInterface.addColumn( + "EmissionsFactor", + "methodology_id", + Sequelize.UUID, + { transaction }, + ); + await queryInterface.addConstraint("EmissionsFactor", { + type: "foreign key", + name: "FK_EmissionsFactor_methodology_id", + fields: ["methodology_id"], + references: { table: "Methodology", field: "methodology_id" }, + onDelete: "SET NULL", + onUpdate: "SET NULL", + transaction, + }); + }); + }, + + async down(queryInterface) { + await queryInterface.sequelize.transaction(async (transaction) => { + // EmissionsFactor + await queryInterface.removeConstraint( + "EmissionsFactor", + "FK_EmissionsFactor_methodology_id", + { transaction }, + ); + await queryInterface.removeColumn("EmissionsFactor", "reference", { + transaction, + }); + await queryInterface.removeColumn("EmissionsFactor", "year", { + transaction, + }); + await queryInterface.removeColumn("EmissionsFactor", "region", { + transaction, + }); + await queryInterface.removeColumn("EmissionsFactor", "methodology_id", { + transaction, + }); + await queryInterface.removeColumn("EmissionsFactor", "formula_name", { + transaction, + }); + await queryInterface.removeColumn("EmissionsFactor", "metadata", { + transaction, + }); + + // ActivityValue + await queryInterface.removeConstraint( + "GasValue", + "FK_GasValue_activity_value_id", + { transaction }, + ); + await queryInterface.removeColumn("GasValue", "activity_value_id", { + transaction, + }); + await queryInterface.removeConstraint( + "ActivityValue", + "FK_ActivityValue_inventory_value_id", + { transaction }, + ); + await queryInterface.dropTable("ActivityValue"); + }); + }, +}; diff --git a/app/package-lock.json b/app/package-lock.json index 94c481c2f..62a5edf38 100644 --- a/app/package-lock.json +++ b/app/package-lock.json @@ -11,18 +11,18 @@ "@chakra-ui/icons": "^2.1.0", "@chakra-ui/next-js": "^2.2.0", "@chakra-ui/react": "^2.8.2", - "@huggingface/inference": "^2.6.4", + "@huggingface/inference": "^2.7.0", "@react-email/components": "^0.0.16", "@reduxjs/toolkit": "^2.2.3", "@storybook/cli": "^8.0.8", - "@storybook/react": "^7.4.5", + "@storybook/react": "^8.1.6", "@storybook/testing-library": "^0.2.2", "@types/bcrypt": "^5.0.2", "@types/geojson": "^7946.0.14", "@types/http-errors": "^2.0.4", "@types/js-cookie": "^3.0.6", "@types/jsonwebtoken": "^9.0.6", - "@types/node": "20.11.5", + "@types/node": "20.12.12", "@types/nodemailer": "^6.4.14", "@types/pg": "^8.11.5", "@types/react": "18.2.61", @@ -48,8 +48,8 @@ "i18next-resources-to-backend": "^1.2.0", "js-cookie": "^3.0.5", "jsonwebtoken": "^9.0.2", - "next": "14.1.3", - "next-auth": "^4.24.5", + "next": "14.2.3", + "next-auth": "^4.24.7", "nodemailer": "^6.9.13", "openai": "^4.33.0", "pg": "^8.11.5", @@ -60,8 +60,8 @@ "react": "18.2.0", "react-circle-flags": "^0.0.20", "react-dom": "18.2.0", - "react-email": "^2.1.0", - "react-hook-form": "^7.51.3", + "react-email": "^2.1.4", + "react-hook-form": "^7.51.5", "react-i18next": "^14.0.5", "react-icons": "^5.1.0", "react-intersection-observer": "^9.8.2", @@ -78,18 +78,18 @@ }, "devDependencies": { "@playwright/test": "^1.43.1", - "@storybook/addon-essentials": "^7.6.16", + "@storybook/addon-essentials": "^8.1.6", "@storybook/addon-interactions": "^7.4.5", "@storybook/addon-links": "^7.6.17", "@storybook/blocks": "^8.0.4", "@storybook/nextjs": "^8.0.8", "@types/glob": "^8.1.0", "cypress": "^13.7.3", - "glob": "^10.3.10", + "glob": "^10.4.1", "prettier": "3.2.5", "sequelize-auto": "^0.8.8", "start-server-and-test": "^2.0.3", - "storybook": "^8.0.4" + "storybook": "^8.1.3" }, "engines": { "node": ">=20.5.0" @@ -188,104 +188,40 @@ } }, "node_modules/@babel/code-frame": { - "version": "7.23.5", - "resolved": "https://registry.npmjs.org/@babel/code-frame/-/code-frame-7.23.5.tgz", - "integrity": "sha512-CgH3s1a96LipHCmSUmYFPwY7MNx8C3avkq7i4Wl3cfa662ldtUe4VM1TPXX70pfmrlWTb6jLqTYrZyT2ZTJBgA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/code-frame/-/code-frame-7.24.6.tgz", + "integrity": "sha512-ZJhac6FkEd1yhG2AHOmfcXG4ceoLltoCVJjN5XsWN9BifBQr+cHJbWi0h68HZuSORq+3WtJ2z0hwF2NG1b5kcA==", "dependencies": { - "@babel/highlight": "^7.23.4", - "chalk": "^2.4.2" + "@babel/highlight": "^7.24.6", + "picocolors": "^1.0.0" }, "engines": { "node": ">=6.9.0" } }, - "node_modules/@babel/code-frame/node_modules/ansi-styles": { - "version": "3.2.1", - "resolved": "https://registry.npmjs.org/ansi-styles/-/ansi-styles-3.2.1.tgz", - "integrity": "sha512-VT0ZI6kZRdTh8YyJw3SMbYm/u+NqfsAxEpWO0Pf9sq8/e94WxxOpPKx9FR1FlyCtOVDNOQ+8ntlqFxiRc+r5qA==", - "dependencies": { - "color-convert": "^1.9.0" - }, - "engines": { - "node": ">=4" - } - }, - "node_modules/@babel/code-frame/node_modules/chalk": { - "version": "2.4.2", - "resolved": "https://registry.npmjs.org/chalk/-/chalk-2.4.2.tgz", - "integrity": "sha512-Mti+f9lpJNcwF4tWV8/OrTTtF1gZi+f8FqlyAdouralcFWFQWF2+NgCHShjkCb+IFBLq9buZwE1xckQU4peSuQ==", - "dependencies": { - "ansi-styles": "^3.2.1", - "escape-string-regexp": "^1.0.5", - "supports-color": "^5.3.0" - }, - "engines": { - "node": ">=4" - } - }, - "node_modules/@babel/code-frame/node_modules/color-convert": { - "version": "1.9.3", - "resolved": "https://registry.npmjs.org/color-convert/-/color-convert-1.9.3.tgz", - "integrity": "sha512-QfAUtd+vFdAtFQcC8CCyYt1fYWxSqAiK2cSD6zDB8N3cpsEBAvRxp9zOGg6G/SHHJYAT88/az/IuDGALsNVbGg==", - "dependencies": { - "color-name": "1.1.3" - } - }, - "node_modules/@babel/code-frame/node_modules/color-name": { - "version": "1.1.3", - "resolved": "https://registry.npmjs.org/color-name/-/color-name-1.1.3.tgz", - "integrity": "sha512-72fSenhMw2HZMTVHeCA9KCmpEIbzWiQsjN+BHcBbS9vr1mtt+vJjPdksIBNUmKAW8TFUDPJK5SUU3QhE9NEXDw==" - }, - "node_modules/@babel/code-frame/node_modules/escape-string-regexp": { - "version": "1.0.5", - "resolved": "https://registry.npmjs.org/escape-string-regexp/-/escape-string-regexp-1.0.5.tgz", - "integrity": "sha512-vbRorB5FUQWvla16U8R/qgaFIya2qGzwDrNmCZuYKrbdSUMG6I1ZCGQRefkRVhuOkIGVne7BQ35DSfo1qvJqFg==", - "engines": { - "node": ">=0.8.0" - } - }, - "node_modules/@babel/code-frame/node_modules/has-flag": { - "version": "3.0.0", - "resolved": "https://registry.npmjs.org/has-flag/-/has-flag-3.0.0.tgz", - "integrity": "sha512-sKJf1+ceQBr4SMkvQnBDNDtf4TXpVhVGateu0t918bl30FnbE2m4vNLX+VWe/dpjlb+HugGYzW7uQXH98HPEYw==", - "engines": { - "node": ">=4" - } - }, - "node_modules/@babel/code-frame/node_modules/supports-color": { - "version": "5.5.0", - "resolved": "https://registry.npmjs.org/supports-color/-/supports-color-5.5.0.tgz", - "integrity": "sha512-QjVjwdXIt408MIiAqCX4oUKsgU2EqAGzs2Ppkm4aQYbjm+ZEWEcW4SfFNTr4uMNZma0ey4f5lgLrkB0aX0QMow==", - "dependencies": { - "has-flag": "^3.0.0" - }, - "engines": { - "node": ">=4" - } - }, "node_modules/@babel/compat-data": { - "version": "7.23.5", - "resolved": "https://registry.npmjs.org/@babel/compat-data/-/compat-data-7.23.5.tgz", - "integrity": "sha512-uU27kfDRlhfKl+w1U6vp16IuvSLtjAxdArVXPa9BvLkrr7CYIsxH5adpHObeAGY/41+syctUWOZ140a2Rvkgjw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/compat-data/-/compat-data-7.24.6.tgz", + "integrity": "sha512-aC2DGhBq5eEdyXWqrDInSqQjO0k8xtPRf5YylULqx8MCd6jBtzqfta/3ETMRpuKIc5hyswfO80ObyA1MvkCcUQ==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/core": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/core/-/core-7.23.9.tgz", - "integrity": "sha512-5q0175NOjddqpvvzU+kDiSOAk4PfdO6FvwCWoQ6RO7rTzEe8vlo+4HVfcnAREhD4npMs0e9uZypjTwzZPCf/cw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/core/-/core-7.24.6.tgz", + "integrity": "sha512-qAHSfAdVyFmIvl0VHELib8xar7ONuSHrE2hLnsaWkYNTI68dmi1x8GYDhJjMI/e7XWal9QBlZkwbOnkcw7Z8gQ==", "dependencies": { "@ampproject/remapping": "^2.2.0", - "@babel/code-frame": "^7.23.5", - "@babel/generator": "^7.23.6", - "@babel/helper-compilation-targets": "^7.23.6", - "@babel/helper-module-transforms": "^7.23.3", - "@babel/helpers": "^7.23.9", - "@babel/parser": "^7.23.9", - "@babel/template": "^7.23.9", - "@babel/traverse": "^7.23.9", - "@babel/types": "^7.23.9", + "@babel/code-frame": "^7.24.6", + "@babel/generator": "^7.24.6", + "@babel/helper-compilation-targets": "^7.24.6", + "@babel/helper-module-transforms": "^7.24.6", + "@babel/helpers": "^7.24.6", + "@babel/parser": "^7.24.6", + "@babel/template": "^7.24.6", + "@babel/traverse": "^7.24.6", + "@babel/types": "^7.24.6", "convert-source-map": "^2.0.0", "debug": "^4.1.0", "gensync": "^1.0.0-beta.2", @@ -306,13 +242,13 @@ "integrity": "sha512-Kvp459HrV2FEJ1CAsi1Ku+MY3kasH19TFykTz2xWmMeq6bk2NU3XXvfJ+Q61m0xktWwt+1HSYf3JZsTms3aRJg==" }, "node_modules/@babel/generator": { - "version": "7.23.6", - "resolved": "https://registry.npmjs.org/@babel/generator/-/generator-7.23.6.tgz", - "integrity": "sha512-qrSfCYxYQB5owCmGLbl8XRpX1ytXlpueOb0N0UmQwA073KZxejgQTzAmJezxvpwQD9uGtK2shHdi55QT+MbjIw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/generator/-/generator-7.24.6.tgz", + "integrity": "sha512-S7m4eNa6YAPJRHmKsLHIDJhNAGNKoWNiWefz1MBbpnt8g9lvMDl1hir4P9bo/57bQEmuwEhnRU/AMWsD0G/Fbg==", "dependencies": { - "@babel/types": "^7.23.6", - "@jridgewell/gen-mapping": "^0.3.2", - "@jridgewell/trace-mapping": "^0.3.17", + "@babel/types": "^7.24.6", + "@jridgewell/gen-mapping": "^0.3.5", + "@jridgewell/trace-mapping": "^0.3.25", "jsesc": "^2.5.1" }, "engines": { @@ -320,34 +256,34 @@ } }, "node_modules/@babel/helper-annotate-as-pure": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/helper-annotate-as-pure/-/helper-annotate-as-pure-7.22.5.tgz", - "integrity": "sha512-LvBTxu8bQSQkcyKOU+a1btnNFQ1dMAd0R6PyW3arXes06F6QLWLIrd681bxRPIXlrMGR3XYnW9JyML7dP3qgxg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-annotate-as-pure/-/helper-annotate-as-pure-7.24.6.tgz", + "integrity": "sha512-DitEzDfOMnd13kZnDqns1ccmftwJTS9DMkyn9pYTxulS7bZxUxpMly3Nf23QQ6NwA4UB8lAqjbqWtyvElEMAkg==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-builder-binary-assignment-operator-visitor": { - "version": "7.22.15", - "resolved": "https://registry.npmjs.org/@babel/helper-builder-binary-assignment-operator-visitor/-/helper-builder-binary-assignment-operator-visitor-7.22.15.tgz", - "integrity": "sha512-QkBXwGgaoC2GtGZRoma6kv7Szfv06khvhFav67ZExau2RaXzy8MpHSMO2PNoP2XtmQphJQRHFfg77Bq731Yizw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-builder-binary-assignment-operator-visitor/-/helper-builder-binary-assignment-operator-visitor-7.24.6.tgz", + "integrity": "sha512-+wnfqc5uHiMYtvRX7qu80Toef8BXeh4HHR1SPeonGb1SKPniNEd4a/nlaJJMv/OIEYvIVavvo0yR7u10Gqz0Iw==", "dependencies": { - "@babel/types": "^7.22.15" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-compilation-targets": { - "version": "7.23.6", - "resolved": "https://registry.npmjs.org/@babel/helper-compilation-targets/-/helper-compilation-targets-7.23.6.tgz", - "integrity": "sha512-9JB548GZoQVmzrFgp8o7KxdgkTGm6xs9DW0o/Pim72UDjzr5ObUQ6ZzYPqA+g9OTS2bBQoctLJrky0RDCAWRgQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-compilation-targets/-/helper-compilation-targets-7.24.6.tgz", + "integrity": "sha512-VZQ57UsDGlX/5fFA7GkVPplZhHsVc+vuErWgdOiysI9Ksnw0Pbbd6pnPiR/mmJyKHgyIW0c7KT32gmhiF+cirg==", "dependencies": { - "@babel/compat-data": "^7.23.5", - "@babel/helper-validator-option": "^7.23.5", + "@babel/compat-data": "^7.24.6", + "@babel/helper-validator-option": "^7.24.6", "browserslist": "^4.22.2", "lru-cache": "^5.1.1", "semver": "^6.3.1" @@ -357,18 +293,18 @@ } }, "node_modules/@babel/helper-create-class-features-plugin": { - "version": "7.23.10", - "resolved": "https://registry.npmjs.org/@babel/helper-create-class-features-plugin/-/helper-create-class-features-plugin-7.23.10.tgz", - "integrity": "sha512-2XpP2XhkXzgxecPNEEK8Vz8Asj9aRxt08oKOqtiZoqV2UGZ5T+EkyP9sXQ9nwMxBIG34a7jmasVqoMop7VdPUw==", - "dependencies": { - "@babel/helper-annotate-as-pure": "^7.22.5", - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-function-name": "^7.23.0", - "@babel/helper-member-expression-to-functions": "^7.23.0", - "@babel/helper-optimise-call-expression": "^7.22.5", - "@babel/helper-replace-supers": "^7.22.20", - "@babel/helper-skip-transparent-expression-wrappers": "^7.22.5", - "@babel/helper-split-export-declaration": "^7.22.6", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-create-class-features-plugin/-/helper-create-class-features-plugin-7.24.6.tgz", + "integrity": "sha512-djsosdPJVZE6Vsw3kk7IPRWethP94WHGOhQTc67SNXE0ZzMhHgALw8iGmYS0TD1bbMM0VDROy43od7/hN6WYcA==", + "dependencies": { + "@babel/helper-annotate-as-pure": "^7.24.6", + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-function-name": "^7.24.6", + "@babel/helper-member-expression-to-functions": "^7.24.6", + "@babel/helper-optimise-call-expression": "^7.24.6", + "@babel/helper-replace-supers": "^7.24.6", + "@babel/helper-skip-transparent-expression-wrappers": "^7.24.6", + "@babel/helper-split-export-declaration": "^7.24.6", "semver": "^6.3.1" }, "engines": { @@ -379,11 +315,11 @@ } }, "node_modules/@babel/helper-create-regexp-features-plugin": { - "version": "7.22.15", - "resolved": "https://registry.npmjs.org/@babel/helper-create-regexp-features-plugin/-/helper-create-regexp-features-plugin-7.22.15.tgz", - "integrity": "sha512-29FkPLFjn4TPEa3RE7GpW+qbE8tlsu3jntNYNfcGsc49LphF1PQIiD+vMZ1z1xVOKt+93khA9tc2JBs3kBjA7w==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-create-regexp-features-plugin/-/helper-create-regexp-features-plugin-7.24.6.tgz", + "integrity": "sha512-C875lFBIWWwyv6MHZUG9HmRrlTDgOsLWZfYR0nW69gaKJNe0/Mpxx5r0EID2ZdHQkdUmQo2t0uNckTL08/1BgA==", "dependencies": { - "@babel/helper-annotate-as-pure": "^7.22.5", + "@babel/helper-annotate-as-pure": "^7.24.6", "regexpu-core": "^5.3.1", "semver": "^6.3.1" }, @@ -398,6 +334,7 @@ "version": "0.5.0", "resolved": "https://registry.npmjs.org/@babel/helper-define-polyfill-provider/-/helper-define-polyfill-provider-0.5.0.tgz", "integrity": "sha512-NovQquuQLAQ5HuyjCz7WQP9MjRj7dx++yspwiyUiGl9ZyadHRSql1HZh5ogRd8W8w6YM6EQ/NTB8rgjLt5W65Q==", + "dev": true, "dependencies": { "@babel/helper-compilation-targets": "^7.22.6", "@babel/helper-plugin-utils": "^7.22.5", @@ -410,68 +347,68 @@ } }, "node_modules/@babel/helper-environment-visitor": { - "version": "7.22.20", - "resolved": "https://registry.npmjs.org/@babel/helper-environment-visitor/-/helper-environment-visitor-7.22.20.tgz", - "integrity": "sha512-zfedSIzFhat/gFhWfHtgWvlec0nqB9YEIVrpuwjruLlXfUSnA8cJB0miHKwqDnQ7d32aKo2xt88/xZptwxbfhA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-environment-visitor/-/helper-environment-visitor-7.24.6.tgz", + "integrity": "sha512-Y50Cg3k0LKLMjxdPjIl40SdJgMB85iXn27Vk/qbHZCFx/o5XO3PSnpi675h1KEmmDb6OFArfd5SCQEQ5Q4H88g==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-function-name": { - "version": "7.23.0", - "resolved": "https://registry.npmjs.org/@babel/helper-function-name/-/helper-function-name-7.23.0.tgz", - "integrity": "sha512-OErEqsrxjZTJciZ4Oo+eoZqeW9UIiOcuYKRJA4ZAgV9myA+pOXhhmpfNCKjEH/auVfEYVFJ6y1Tc4r0eIApqiw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-function-name/-/helper-function-name-7.24.6.tgz", + "integrity": "sha512-xpeLqeeRkbxhnYimfr2PC+iA0Q7ljX/d1eZ9/inYbmfG2jpl8Lu3DyXvpOAnrS5kxkfOWJjioIMQsaMBXFI05w==", "dependencies": { - "@babel/template": "^7.22.15", - "@babel/types": "^7.23.0" + "@babel/template": "^7.24.6", + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-hoist-variables": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/helper-hoist-variables/-/helper-hoist-variables-7.22.5.tgz", - "integrity": "sha512-wGjk9QZVzvknA6yKIUURb8zY3grXCcOZt+/7Wcy8O2uctxhplmUPkOdlgoNhmdVee2c92JXbf1xpMtVNbfoxRw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-hoist-variables/-/helper-hoist-variables-7.24.6.tgz", + "integrity": "sha512-SF/EMrC3OD7dSta1bLJIlrsVxwtd0UpjRJqLno6125epQMJ/kyFmpTT4pbvPbdQHzCHg+biQ7Syo8lnDtbR+uA==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-member-expression-to-functions": { - "version": "7.23.0", - "resolved": "https://registry.npmjs.org/@babel/helper-member-expression-to-functions/-/helper-member-expression-to-functions-7.23.0.tgz", - "integrity": "sha512-6gfrPwh7OuT6gZyJZvd6WbTfrqAo7vm4xCzAXOusKqq/vWdKXphTpj5klHKNmRUU6/QRGlBsyU9mAIPaWHlqJA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-member-expression-to-functions/-/helper-member-expression-to-functions-7.24.6.tgz", + "integrity": "sha512-OTsCufZTxDUsv2/eDXanw/mUZHWOxSbEmC3pP8cgjcy5rgeVPWWMStnv274DV60JtHxTk0adT0QrCzC4M9NWGg==", "dependencies": { - "@babel/types": "^7.23.0" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-module-imports": { - "version": "7.22.15", - "resolved": "https://registry.npmjs.org/@babel/helper-module-imports/-/helper-module-imports-7.22.15.tgz", - "integrity": "sha512-0pYVBnDKZO2fnSPCrgM/6WMc7eS20Fbok+0r88fp+YtWVLZrp4CkafFGIp+W0VKw4a22sgebPT99y+FDNMdP4w==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-module-imports/-/helper-module-imports-7.24.6.tgz", + "integrity": "sha512-a26dmxFJBF62rRO9mmpgrfTLsAuyHk4e1hKTUkD/fcMfynt8gvEKwQPQDVxWhca8dHoDck+55DFt42zV0QMw5g==", "dependencies": { - "@babel/types": "^7.22.15" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-module-transforms": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/helper-module-transforms/-/helper-module-transforms-7.23.3.tgz", - "integrity": "sha512-7bBs4ED9OmswdfDzpz4MpWgSrV7FXlc3zIagvLFjS5H+Mk7Snr21vQ6QwrsoCGMfNC4e4LQPdoULEt4ykz0SRQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-module-transforms/-/helper-module-transforms-7.24.6.tgz", + "integrity": "sha512-Y/YMPm83mV2HJTbX1Qh2sjgjqcacvOlhbzdCCsSlblOKjSYmQqEbO6rUniWQyRo9ncyfjT8hnUjlG06RXDEmcA==", "dependencies": { - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-module-imports": "^7.22.15", - "@babel/helper-simple-access": "^7.22.5", - "@babel/helper-split-export-declaration": "^7.22.6", - "@babel/helper-validator-identifier": "^7.22.20" + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-module-imports": "^7.24.6", + "@babel/helper-simple-access": "^7.24.6", + "@babel/helper-split-export-declaration": "^7.24.6", + "@babel/helper-validator-identifier": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -481,32 +418,32 @@ } }, "node_modules/@babel/helper-optimise-call-expression": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/helper-optimise-call-expression/-/helper-optimise-call-expression-7.22.5.tgz", - "integrity": "sha512-HBwaojN0xFRx4yIvpwGqxiV2tUfl7401jlok564NgB9EHS1y6QT17FmKWm4ztqjeVdXLuC4fSvHc5ePpQjoTbw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-optimise-call-expression/-/helper-optimise-call-expression-7.24.6.tgz", + "integrity": "sha512-3SFDJRbx7KuPRl8XDUr8O7GAEB8iGyWPjLKJh/ywP/Iy9WOmEfMrsWbaZpvBu2HSYn4KQygIsz0O7m8y10ncMA==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-plugin-utils": { - "version": "7.24.0", - "resolved": "https://registry.npmjs.org/@babel/helper-plugin-utils/-/helper-plugin-utils-7.24.0.tgz", - "integrity": "sha512-9cUznXMG0+FxRuJfvL82QlTqIzhVW9sL0KjMPHhAOOvpQGL8QtdxnBKILjBqxlHyliz0yCa1G903ZXI/FuHy2w==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-plugin-utils/-/helper-plugin-utils-7.24.6.tgz", + "integrity": "sha512-MZG/JcWfxybKwsA9N9PmtF2lOSFSEMVCpIRrbxccZFLJPrJciJdG/UhSh5W96GEteJI2ARqm5UAHxISwRDLSNg==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-remap-async-to-generator": { - "version": "7.22.20", - "resolved": "https://registry.npmjs.org/@babel/helper-remap-async-to-generator/-/helper-remap-async-to-generator-7.22.20.tgz", - "integrity": "sha512-pBGyV4uBqOns+0UvhsTO8qgl8hO89PmiDYv+/COyp1aeMcmfrfruz+/nCMFiYyFF/Knn0yfrC85ZzNFjembFTw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-remap-async-to-generator/-/helper-remap-async-to-generator-7.24.6.tgz", + "integrity": "sha512-1Qursq9ArRZPAMOZf/nuzVW8HgJLkTB9y9LfP4lW2MVp4e9WkLJDovfKBxoDcCk6VuzIxyqWHyBoaCtSRP10yg==", "dependencies": { - "@babel/helper-annotate-as-pure": "^7.22.5", - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-wrap-function": "^7.22.20" + "@babel/helper-annotate-as-pure": "^7.24.6", + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-wrap-function": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -516,13 +453,13 @@ } }, "node_modules/@babel/helper-replace-supers": { - "version": "7.22.20", - "resolved": "https://registry.npmjs.org/@babel/helper-replace-supers/-/helper-replace-supers-7.22.20.tgz", - "integrity": "sha512-qsW0In3dbwQUbK8kejJ4R7IHVGwHJlV6lpG6UA7a9hSa2YEiAib+N1T2kr6PEeUT+Fl7najmSOS6SmAwCHK6Tw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-replace-supers/-/helper-replace-supers-7.24.6.tgz", + "integrity": "sha512-mRhfPwDqDpba8o1F8ESxsEkJMQkUF8ZIWrAc0FtWhxnjfextxMWxr22RtFizxxSYLjVHDeMgVsRq8BBZR2ikJQ==", "dependencies": { - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-member-expression-to-functions": "^7.22.15", - "@babel/helper-optimise-call-expression": "^7.22.5" + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-member-expression-to-functions": "^7.24.6", + "@babel/helper-optimise-call-expression": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -532,96 +469,96 @@ } }, "node_modules/@babel/helper-simple-access": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/helper-simple-access/-/helper-simple-access-7.22.5.tgz", - "integrity": "sha512-n0H99E/K+Bika3++WNL17POvo4rKWZ7lZEp1Q+fStVbUi8nxPQEBOlTmCOxW/0JsS56SKKQ+ojAe2pHKJHN35w==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-simple-access/-/helper-simple-access-7.24.6.tgz", + "integrity": "sha512-nZzcMMD4ZhmB35MOOzQuiGO5RzL6tJbsT37Zx8M5L/i9KSrukGXWTjLe1knIbb/RmxoJE9GON9soq0c0VEMM5g==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-skip-transparent-expression-wrappers": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/helper-skip-transparent-expression-wrappers/-/helper-skip-transparent-expression-wrappers-7.22.5.tgz", - "integrity": "sha512-tK14r66JZKiC43p8Ki33yLBVJKlQDFoA8GYN67lWCDCqoL6EMMSuM9b+Iff2jHaM/RRFYl7K+iiru7hbRqNx8Q==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-skip-transparent-expression-wrappers/-/helper-skip-transparent-expression-wrappers-7.24.6.tgz", + "integrity": "sha512-jhbbkK3IUKc4T43WadP96a27oYti9gEf1LdyGSP2rHGH77kwLwfhO7TgwnWvxxQVmke0ImmCSS47vcuxEMGD3Q==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-split-export-declaration": { - "version": "7.22.6", - "resolved": "https://registry.npmjs.org/@babel/helper-split-export-declaration/-/helper-split-export-declaration-7.22.6.tgz", - "integrity": "sha512-AsUnxuLhRYsisFiaJwvp1QF+I3KjD5FOxut14q/GzovUe6orHLesW2C7d754kRm53h5gqrz6sFl6sxc4BVtE/g==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-split-export-declaration/-/helper-split-export-declaration-7.24.6.tgz", + "integrity": "sha512-CvLSkwXGWnYlF9+J3iZUvwgAxKiYzK3BWuo+mLzD/MDGOZDj7Gq8+hqaOkMxmJwmlv0iu86uH5fdADd9Hxkymw==", "dependencies": { - "@babel/types": "^7.22.5" + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-string-parser": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/helper-string-parser/-/helper-string-parser-7.23.4.tgz", - "integrity": "sha512-803gmbQdqwdf4olxrX4AJyFBV/RTr3rSmOj0rKwesmzlfhYNDEs+/iOcznzpNWlJlIlTJC2QfPFcHB6DlzdVLQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-string-parser/-/helper-string-parser-7.24.6.tgz", + "integrity": "sha512-WdJjwMEkmBicq5T9fm/cHND3+UlFa2Yj8ALLgmoSQAJZysYbBjw+azChSGPN4DSPLXOcooGRvDwZWMcF/mLO2Q==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-validator-identifier": { - "version": "7.22.20", - "resolved": "https://registry.npmjs.org/@babel/helper-validator-identifier/-/helper-validator-identifier-7.22.20.tgz", - "integrity": "sha512-Y4OZ+ytlatR8AI+8KZfKuL5urKp7qey08ha31L8b3BwewJAoJamTzyvxPR/5D+KkdJCGPq/+8TukHBlY10FX9A==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-validator-identifier/-/helper-validator-identifier-7.24.6.tgz", + "integrity": "sha512-4yA7s865JHaqUdRbnaxarZREuPTHrjpDT+pXoAZ1yhyo6uFnIEpS8VMu16siFOHDpZNKYv5BObhsB//ycbICyw==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-validator-option": { - "version": "7.23.5", - "resolved": "https://registry.npmjs.org/@babel/helper-validator-option/-/helper-validator-option-7.23.5.tgz", - "integrity": "sha512-85ttAOMLsr53VgXkTbkx8oA6YTfT4q7/HzXSLEYmjcSTJPMPQtvq1BD79Byep5xMUYbGRzEpDsjUf3dyp54IKw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-validator-option/-/helper-validator-option-7.24.6.tgz", + "integrity": "sha512-Jktc8KkF3zIkePb48QO+IapbXlSapOW9S+ogZZkcO6bABgYAxtZcjZ/O005111YLf+j4M84uEgwYoidDkXbCkQ==", "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helper-wrap-function": { - "version": "7.22.20", - "resolved": "https://registry.npmjs.org/@babel/helper-wrap-function/-/helper-wrap-function-7.22.20.tgz", - "integrity": "sha512-pms/UwkOpnQe/PDAEdV/d7dVCoBbB+R4FvYoHGZz+4VPcg7RtYy2KP7S2lbuWM6FCSgob5wshfGESbC/hzNXZw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helper-wrap-function/-/helper-wrap-function-7.24.6.tgz", + "integrity": "sha512-f1JLrlw/jbiNfxvdrfBgio/gRBk3yTAEJWirpAkiJG2Hb22E7cEYKHWo0dFPTv/niPovzIdPdEDetrv6tC6gPQ==", "dependencies": { - "@babel/helper-function-name": "^7.22.5", - "@babel/template": "^7.22.15", - "@babel/types": "^7.22.19" + "@babel/helper-function-name": "^7.24.6", + "@babel/template": "^7.24.6", + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/helpers": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/helpers/-/helpers-7.23.9.tgz", - "integrity": "sha512-87ICKgU5t5SzOT7sBMfCOZQ2rHjRU+Pcb9BoILMYz600W6DkVRLFBPwQ18gwUVvggqXivaUakpnxWQGbpywbBQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/helpers/-/helpers-7.24.6.tgz", + "integrity": "sha512-V2PI+NqnyFu1i0GyTd/O/cTpxzQCYioSkUIRmgo7gFEHKKCg5w46+r/A6WeUR1+P3TeQ49dspGPNd/E3n9AnnA==", "dependencies": { - "@babel/template": "^7.23.9", - "@babel/traverse": "^7.23.9", - "@babel/types": "^7.23.9" + "@babel/template": "^7.24.6", + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/highlight": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/highlight/-/highlight-7.23.4.tgz", - "integrity": "sha512-acGdbYSfp2WheJoJm/EBBBLh/ID8KDc64ISZ9DYtBmC8/Q204PZJLHyzeB5qMzJ5trcOkybd78M4x2KWsUq++A==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/highlight/-/highlight-7.24.6.tgz", + "integrity": "sha512-2YnuOp4HAk2BsBrJJvYCbItHx0zWscI1C3zgWkz+wDyD9I7GIVrfnLyrR4Y1VR+7p+chAEcrgRQYZAGIKMV7vQ==", "dependencies": { - "@babel/helper-validator-identifier": "^7.22.20", + "@babel/helper-validator-identifier": "^7.24.6", "chalk": "^2.4.2", - "js-tokens": "^4.0.0" + "js-tokens": "^4.0.0", + "picocolors": "^1.0.0" }, "engines": { "node": ">=6.9.0" @@ -692,9 +629,9 @@ } }, "node_modules/@babel/parser": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/parser/-/parser-7.23.9.tgz", - "integrity": "sha512-9tcKgqKbs3xGJ+NtKF2ndOBBLVwPjl1SHxPQkd36r3Dlirw3xWUeGaTbqr7uGZcTaxkVNwc+03SVP7aCdWrTlA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/parser/-/parser-7.24.6.tgz", + "integrity": "sha512-eNZXdfU35nJC2h24RznROuOpO94h6x8sg9ju0tT9biNtLZ2vuP8SduLqqV+/8+cebSLV9SJEAN5Z3zQbJG/M+Q==", "bin": { "parser": "bin/babel-parser.js" }, @@ -702,12 +639,27 @@ "node": ">=6.0.0" } }, + "node_modules/@babel/plugin-bugfix-firefox-class-in-computed-class-key": { + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-firefox-class-in-computed-class-key/-/plugin-bugfix-firefox-class-in-computed-class-key-7.24.6.tgz", + "integrity": "sha512-bYndrJ6Ph6Ar+GaB5VAc0JPoP80bQCm4qon6JEzXfRl5QZyQ8Ur1K6k7htxWmPA5z+k7JQvaMUrtXlqclWYzKw==", + "dependencies": { + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" + }, + "engines": { + "node": ">=6.9.0" + }, + "peerDependencies": { + "@babel/core": "^7.0.0" + } + }, "node_modules/@babel/plugin-bugfix-safari-id-destructuring-collision-in-function-expression": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-safari-id-destructuring-collision-in-function-expression/-/plugin-bugfix-safari-id-destructuring-collision-in-function-expression-7.23.3.tgz", - "integrity": "sha512-iRkKcCqb7iGnq9+3G6rZ+Ciz5VywC4XNRHe57lKM+jOeYAoR0lVqdeeDRfh0tQcTfw/+vBhHn926FmQhLtlFLQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-safari-id-destructuring-collision-in-function-expression/-/plugin-bugfix-safari-id-destructuring-collision-in-function-expression-7.24.6.tgz", + "integrity": "sha512-iVuhb6poq5ikqRq2XWU6OQ+R5o9wF+r/or9CeUyovgptz0UlnK4/seOQ1Istu/XybYjAhQv1FRSSfHHufIku5Q==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -717,13 +669,13 @@ } }, "node_modules/@babel/plugin-bugfix-v8-spread-parameters-in-optional-chaining": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-v8-spread-parameters-in-optional-chaining/-/plugin-bugfix-v8-spread-parameters-in-optional-chaining-7.23.3.tgz", - "integrity": "sha512-WwlxbfMNdVEpQjZmK5mhm7oSwD3dS6eU+Iwsi4Knl9wAletWem7kaRsGOG+8UEbRyqxY4SS5zvtfXwX+jMxUwQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-v8-spread-parameters-in-optional-chaining/-/plugin-bugfix-v8-spread-parameters-in-optional-chaining-7.24.6.tgz", + "integrity": "sha512-c8TER5xMDYzzFcGqOEp9l4hvB7dcbhcGjcLVwxWfe4P5DOafdwjsBJZKsmv+o3aXh7NhopvayQIovHrh2zSRUQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-skip-transparent-expression-wrappers": "^7.22.5", - "@babel/plugin-transform-optional-chaining": "^7.23.3" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-skip-transparent-expression-wrappers": "^7.24.6", + "@babel/plugin-transform-optional-chaining": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -733,12 +685,12 @@ } }, "node_modules/@babel/plugin-bugfix-v8-static-class-fields-redefine-readonly": { - "version": "7.23.7", - "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-v8-static-class-fields-redefine-readonly/-/plugin-bugfix-v8-static-class-fields-redefine-readonly-7.23.7.tgz", - "integrity": "sha512-LlRT7HgaifEpQA1ZgLVOIJZZFVPWN5iReq/7/JixwBtwcoeVGDBD53ZV28rrsLYOZs1Y/EHhA8N/Z6aazHR8cw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-bugfix-v8-static-class-fields-redefine-readonly/-/plugin-bugfix-v8-static-class-fields-redefine-readonly-7.24.6.tgz", + "integrity": "sha512-z8zEjYmwBUHN/pCF3NuWBhHQjJCrd33qAi8MgANfMrAvn72k2cImT8VjK9LJFu4ysOLJqhfkYYb3MvwANRUNZQ==", "dependencies": { - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -829,11 +781,11 @@ } }, "node_modules/@babel/plugin-syntax-flow": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-flow/-/plugin-syntax-flow-7.22.5.tgz", - "integrity": "sha512-9RdCl0i+q0QExayk2nOS7853w08yLucnnPML6EN9S8fgMPVtdLDCdx/cOQ/i44Lb9UeQX9A35yaqBBOMMZxPxQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-flow/-/plugin-syntax-flow-7.24.6.tgz", + "integrity": "sha512-gNkksSdV8RbsCoHF9sjVYrHfYACMl/8U32UfUhJ9+84/ASXw8dlx+eHyyF0m6ncQJ9IBSxfuCkB36GJqYdXTOA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -843,11 +795,11 @@ } }, "node_modules/@babel/plugin-syntax-import-assertions": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-import-assertions/-/plugin-syntax-import-assertions-7.23.3.tgz", - "integrity": "sha512-lPgDSU+SJLK3xmFDTV2ZRQAiM7UuUjGidwBywFavObCiZc1BeAAcMtHJKUya92hPHO+at63JJPLygilZard8jw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-import-assertions/-/plugin-syntax-import-assertions-7.24.6.tgz", + "integrity": "sha512-BE6o2BogJKJImTmGpkmOic4V0hlRRxVtzqxiSPa8TIFxyhi4EFjHm08nq1M4STK4RytuLMgnSz0/wfflvGFNOg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -857,11 +809,11 @@ } }, "node_modules/@babel/plugin-syntax-import-attributes": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-import-attributes/-/plugin-syntax-import-attributes-7.23.3.tgz", - "integrity": "sha512-pawnE0P9g10xgoP7yKr6CK63K2FMsTE+FZidZO/1PwRdzmAPVs+HS1mAURUsgaoxammTJvULUdIkEK0gOcU2tA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-syntax-import-attributes/-/plugin-syntax-import-attributes-7.24.6.tgz", + "integrity": "sha512-D+CfsVZousPXIdudSII7RGy52+dYRtbyKAZcvtQKq/NpsivyMVduepzcLqG5pMBugtMdedxdC8Ramdpcne9ZWQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1030,11 +982,11 @@ } }, "node_modules/@babel/plugin-transform-arrow-functions": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-arrow-functions/-/plugin-transform-arrow-functions-7.23.3.tgz", - "integrity": "sha512-NzQcQrzaQPkaEwoTm4Mhyl8jI1huEL/WWIEvudjTCMJ9aBZNpsJbMASx7EQECtQQPS/DcnFpo0FIh3LvEO9cxQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-arrow-functions/-/plugin-transform-arrow-functions-7.24.6.tgz", + "integrity": "sha512-jSSSDt4ZidNMggcLx8SaKsbGNEfIl0PHx/4mFEulorE7bpYLbN0d3pDW3eJ7Y5Z3yPhy3L3NaPCYyTUY7TuugQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1044,13 +996,13 @@ } }, "node_modules/@babel/plugin-transform-async-generator-functions": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-async-generator-functions/-/plugin-transform-async-generator-functions-7.23.9.tgz", - "integrity": "sha512-8Q3veQEDGe14dTYuwagbRtwxQDnytyg1JFu4/HwEMETeofocrB0U0ejBJIXoeG/t2oXZ8kzCyI0ZZfbT80VFNQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-async-generator-functions/-/plugin-transform-async-generator-functions-7.24.6.tgz", + "integrity": "sha512-VEP2o4iR2DqQU6KPgizTW2mnMx6BG5b5O9iQdrW9HesLkv8GIA8x2daXBQxw1MrsIkFQGA/iJ204CKoQ8UcnAA==", "dependencies": { - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-remap-async-to-generator": "^7.22.20", + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-remap-async-to-generator": "^7.24.6", "@babel/plugin-syntax-async-generators": "^7.8.4" }, "engines": { @@ -1061,13 +1013,13 @@ } }, "node_modules/@babel/plugin-transform-async-to-generator": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-async-to-generator/-/plugin-transform-async-to-generator-7.23.3.tgz", - "integrity": "sha512-A7LFsKi4U4fomjqXJlZg/u0ft/n8/7n7lpffUP/ZULx/DtV9SGlNKZolHH6PE8Xl1ngCc0M11OaeZptXVkfKSw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-async-to-generator/-/plugin-transform-async-to-generator-7.24.6.tgz", + "integrity": "sha512-NTBA2SioI3OsHeIn6sQmhvXleSl9T70YY/hostQLveWs0ic+qvbA3fa0kwAwQ0OA/XGaAerNZRQGJyRfhbJK4g==", "dependencies": { - "@babel/helper-module-imports": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-remap-async-to-generator": "^7.22.20" + "@babel/helper-module-imports": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-remap-async-to-generator": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1077,11 +1029,11 @@ } }, "node_modules/@babel/plugin-transform-block-scoped-functions": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-block-scoped-functions/-/plugin-transform-block-scoped-functions-7.23.3.tgz", - "integrity": "sha512-vI+0sIaPIO6CNuM9Kk5VmXcMVRiOpDh7w2zZt9GXzmE/9KD70CUEVhvPR/etAeNK/FAEkhxQtXOzVF3EuRL41A==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-block-scoped-functions/-/plugin-transform-block-scoped-functions-7.24.6.tgz", + "integrity": "sha512-XNW7jolYHW9CwORrZgA/97tL/k05qe/HL0z/qqJq1mdWhwwCM6D4BJBV7wAz9HgFziN5dTOG31znkVIzwxv+vw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1091,11 +1043,11 @@ } }, "node_modules/@babel/plugin-transform-block-scoping": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-block-scoping/-/plugin-transform-block-scoping-7.23.4.tgz", - "integrity": "sha512-0QqbP6B6HOh7/8iNR4CQU2Th/bbRtBp4KS9vcaZd1fZ0wSh5Fyssg0UCIHwxh+ka+pNDREbVLQnHCMHKZfPwfw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-block-scoping/-/plugin-transform-block-scoping-7.24.6.tgz", + "integrity": "sha512-S/t1Xh4ehW7sGA7c1j/hiOBLnEYCp/c2sEG4ZkL8kI1xX9tW2pqJTCHKtdhe/jHKt8nG0pFCrDHUXd4DvjHS9w==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1105,12 +1057,12 @@ } }, "node_modules/@babel/plugin-transform-class-properties": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-class-properties/-/plugin-transform-class-properties-7.23.3.tgz", - "integrity": "sha512-uM+AN8yCIjDPccsKGlw271xjJtGii+xQIF/uMPS8H15L12jZTsLfF4o5vNO7d/oUguOyfdikHGc/yi9ge4SGIg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-class-properties/-/plugin-transform-class-properties-7.24.6.tgz", + "integrity": "sha512-j6dZ0Z2Z2slWLR3kt9aOmSIrBvnntWjMDN/TVcMPxhXMLmJVqX605CBRlcGI4b32GMbfifTEsdEjGjiE+j/c3A==", "dependencies": { - "@babel/helper-create-class-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-class-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1120,12 +1072,12 @@ } }, "node_modules/@babel/plugin-transform-class-static-block": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-class-static-block/-/plugin-transform-class-static-block-7.23.4.tgz", - "integrity": "sha512-nsWu/1M+ggti1SOALj3hfx5FXzAY06fwPJsUZD4/A5e1bWi46VUIWtD+kOX6/IdhXGsXBWllLFDSnqSCdUNydQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-class-static-block/-/plugin-transform-class-static-block-7.24.6.tgz", + "integrity": "sha512-1QSRfoPI9RoLRa8Mnakc6v3e0gJxiZQTYrMfLn+mD0sz5+ndSzwymp2hDcYJTyT0MOn0yuWzj8phlIvO72gTHA==", "dependencies": { - "@babel/helper-create-class-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-create-class-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-class-static-block": "^7.14.5" }, "engines": { @@ -1136,17 +1088,17 @@ } }, "node_modules/@babel/plugin-transform-classes": { - "version": "7.23.8", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-classes/-/plugin-transform-classes-7.23.8.tgz", - "integrity": "sha512-yAYslGsY1bX6Knmg46RjiCiNSwJKv2IUC8qOdYKqMMr0491SXFhcHqOdRDeCRohOOIzwN/90C6mQ9qAKgrP7dg==", - "dependencies": { - "@babel/helper-annotate-as-pure": "^7.22.5", - "@babel/helper-compilation-targets": "^7.23.6", - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-function-name": "^7.23.0", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-replace-supers": "^7.22.20", - "@babel/helper-split-export-declaration": "^7.22.6", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-classes/-/plugin-transform-classes-7.24.6.tgz", + "integrity": "sha512-+fN+NO2gh8JtRmDSOB6gaCVo36ha8kfCW1nMq2Gc0DABln0VcHN4PrALDvF5/diLzIRKptC7z/d7Lp64zk92Fg==", + "dependencies": { + "@babel/helper-annotate-as-pure": "^7.24.6", + "@babel/helper-compilation-targets": "^7.24.6", + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-function-name": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-replace-supers": "^7.24.6", + "@babel/helper-split-export-declaration": "^7.24.6", "globals": "^11.1.0" }, "engines": { @@ -1157,12 +1109,12 @@ } }, "node_modules/@babel/plugin-transform-computed-properties": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-computed-properties/-/plugin-transform-computed-properties-7.23.3.tgz", - "integrity": "sha512-dTj83UVTLw/+nbiHqQSFdwO9CbTtwq1DsDqm3CUEtDrZNET5rT5E6bIdTlOftDTDLMYxvxHNEYO4B9SLl8SLZw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-computed-properties/-/plugin-transform-computed-properties-7.24.6.tgz", + "integrity": "sha512-cRzPobcfRP0ZtuIEkA8QzghoUpSB3X3qSH5W2+FzG+VjWbJXExtx0nbRqwumdBN1x/ot2SlTNQLfBCnPdzp6kg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/template": "^7.22.15" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/template": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1172,11 +1124,11 @@ } }, "node_modules/@babel/plugin-transform-destructuring": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-destructuring/-/plugin-transform-destructuring-7.23.3.tgz", - "integrity": "sha512-n225npDqjDIr967cMScVKHXJs7rout1q+tt50inyBCPkyZ8KxeI6d+GIbSBTT/w/9WdlWDOej3V9HE5Lgk57gw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-destructuring/-/plugin-transform-destructuring-7.24.6.tgz", + "integrity": "sha512-YLW6AE5LQpk5npNXL7i/O+U9CE4XsBCuRPgyjl1EICZYKmcitV+ayuuUGMJm2lC1WWjXYszeTnIxF/dq/GhIZQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1186,12 +1138,12 @@ } }, "node_modules/@babel/plugin-transform-dotall-regex": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-dotall-regex/-/plugin-transform-dotall-regex-7.23.3.tgz", - "integrity": "sha512-vgnFYDHAKzFaTVp+mneDsIEbnJ2Np/9ng9iviHw3P/KVcgONxpNULEW/51Z/BaFojG2GI2GwwXck5uV1+1NOYQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-dotall-regex/-/plugin-transform-dotall-regex-7.24.6.tgz", + "integrity": "sha512-rCXPnSEKvkm/EjzOtLoGvKseK+dS4kZwx1HexO3BtRtgL0fQ34awHn34aeSHuXtZY2F8a1X8xqBBPRtOxDVmcA==", "dependencies": { - "@babel/helper-create-regexp-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-regexp-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1201,11 +1153,11 @@ } }, "node_modules/@babel/plugin-transform-duplicate-keys": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-duplicate-keys/-/plugin-transform-duplicate-keys-7.23.3.tgz", - "integrity": "sha512-RrqQ+BQmU3Oyav3J+7/myfvRCq7Tbz+kKLLshUmMwNlDHExbGL7ARhajvoBJEvc+fCguPPu887N+3RRXBVKZUA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-duplicate-keys/-/plugin-transform-duplicate-keys-7.24.6.tgz", + "integrity": "sha512-/8Odwp/aVkZwPFJMllSbawhDAO3UJi65foB00HYnK/uXvvCPm0TAXSByjz1mpRmp0q6oX2SIxpkUOpPFHk7FLA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1215,11 +1167,11 @@ } }, "node_modules/@babel/plugin-transform-dynamic-import": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-dynamic-import/-/plugin-transform-dynamic-import-7.23.4.tgz", - "integrity": "sha512-V6jIbLhdJK86MaLh4Jpghi8ho5fGzt3imHOBu/x0jlBaPYqDoWz4RDXjmMOfnh+JWNaQleEAByZLV0QzBT4YQQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-dynamic-import/-/plugin-transform-dynamic-import-7.24.6.tgz", + "integrity": "sha512-vpq8SSLRTBLOHUZHSnBqVo0AKX3PBaoPs2vVzYVWslXDTDIpwAcCDtfhUcHSQQoYoUvcFPTdC8TZYXu9ZnLT/w==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-dynamic-import": "^7.8.3" }, "engines": { @@ -1230,12 +1182,12 @@ } }, "node_modules/@babel/plugin-transform-exponentiation-operator": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-exponentiation-operator/-/plugin-transform-exponentiation-operator-7.23.3.tgz", - "integrity": "sha512-5fhCsl1odX96u7ILKHBj4/Y8vipoqwsJMh4csSA8qFfxrZDEA4Ssku2DyNvMJSmZNOEBT750LfFPbtrnTP90BQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-exponentiation-operator/-/plugin-transform-exponentiation-operator-7.24.6.tgz", + "integrity": "sha512-EemYpHtmz0lHE7hxxxYEuTYOOBZ43WkDgZ4arQ4r+VX9QHuNZC+WH3wUWmRNvR8ECpTRne29aZV6XO22qpOtdA==", "dependencies": { - "@babel/helper-builder-binary-assignment-operator-visitor": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-builder-binary-assignment-operator-visitor": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1245,11 +1197,11 @@ } }, "node_modules/@babel/plugin-transform-export-namespace-from": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-export-namespace-from/-/plugin-transform-export-namespace-from-7.23.4.tgz", - "integrity": "sha512-GzuSBcKkx62dGzZI1WVgTWvkkz84FZO5TC5T8dl/Tht/rAla6Dg/Mz9Yhypg+ezVACf/rgDuQt3kbWEv7LdUDQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-export-namespace-from/-/plugin-transform-export-namespace-from-7.24.6.tgz", + "integrity": "sha512-inXaTM1SVrIxCkIJ5gqWiozHfFMStuGbGJAxZFBoHcRRdDP0ySLb3jH6JOwmfiinPwyMZqMBX+7NBDCO4z0NSA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-export-namespace-from": "^7.8.3" }, "engines": { @@ -1260,12 +1212,12 @@ } }, "node_modules/@babel/plugin-transform-flow-strip-types": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-flow-strip-types/-/plugin-transform-flow-strip-types-7.22.5.tgz", - "integrity": "sha512-tujNbZdxdG0/54g/oua8ISToaXTFBf8EnSb5PgQSciIXWOWKX3S4+JR7ZE9ol8FZwf9kxitzkGQ+QWeov/mCiA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-flow-strip-types/-/plugin-transform-flow-strip-types-7.24.6.tgz", + "integrity": "sha512-1l8b24NoCpaQ13Vi6FtLG1nv6kNoi8PWvQb1AYO7GHZDpFfBYc3lbXArx1lP2KRt8b4pej1eWc/zrRmsQTfOdQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/plugin-syntax-flow": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/plugin-syntax-flow": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1275,12 +1227,12 @@ } }, "node_modules/@babel/plugin-transform-for-of": { - "version": "7.23.6", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-for-of/-/plugin-transform-for-of-7.23.6.tgz", - "integrity": "sha512-aYH4ytZ0qSuBbpfhuofbg/e96oQ7U2w1Aw/UQmKT+1l39uEhUPoFS3fHevDc1G0OvewyDudfMKY1OulczHzWIw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-for-of/-/plugin-transform-for-of-7.24.6.tgz", + "integrity": "sha512-n3Sf72TnqK4nw/jziSqEl1qaWPbCRw2CziHH+jdRYvw4J6yeCzsj4jdw8hIntOEeDGTmHVe2w4MVL44PN0GMzg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-skip-transparent-expression-wrappers": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-skip-transparent-expression-wrappers": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1290,13 +1242,13 @@ } }, "node_modules/@babel/plugin-transform-function-name": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-function-name/-/plugin-transform-function-name-7.23.3.tgz", - "integrity": "sha512-I1QXp1LxIvt8yLaib49dRW5Okt7Q4oaxao6tFVKS/anCdEOMtYwWVKoiOA1p34GOWIZjUK0E+zCp7+l1pfQyiw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-function-name/-/plugin-transform-function-name-7.24.6.tgz", + "integrity": "sha512-sOajCu6V0P1KPljWHKiDq6ymgqB+vfo3isUS4McqW1DZtvSVU2v/wuMhmRmkg3sFoq6GMaUUf8W4WtoSLkOV/Q==", "dependencies": { - "@babel/helper-compilation-targets": "^7.22.15", - "@babel/helper-function-name": "^7.23.0", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-compilation-targets": "^7.24.6", + "@babel/helper-function-name": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1306,11 +1258,11 @@ } }, "node_modules/@babel/plugin-transform-json-strings": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-json-strings/-/plugin-transform-json-strings-7.23.4.tgz", - "integrity": "sha512-81nTOqM1dMwZ/aRXQ59zVubN9wHGqk6UtqRK+/q+ciXmRy8fSolhGVvG09HHRGo4l6fr/c4ZhXUQH0uFW7PZbg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-json-strings/-/plugin-transform-json-strings-7.24.6.tgz", + "integrity": "sha512-Uvgd9p2gUnzYJxVdBLcU0KurF8aVhkmVyMKW4MIY1/BByvs3EBpv45q01o7pRTVmTvtQq5zDlytP3dcUgm7v9w==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-json-strings": "^7.8.3" }, "engines": { @@ -1321,11 +1273,11 @@ } }, "node_modules/@babel/plugin-transform-literals": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-literals/-/plugin-transform-literals-7.23.3.tgz", - "integrity": "sha512-wZ0PIXRxnwZvl9AYpqNUxpZ5BiTGrYt7kueGQ+N5FiQ7RCOD4cm8iShd6S6ggfVIWaJf2EMk8eRzAh52RfP4rQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-literals/-/plugin-transform-literals-7.24.6.tgz", + "integrity": "sha512-f2wHfR2HF6yMj+y+/y07+SLqnOSwRp8KYLpQKOzS58XLVlULhXbiYcygfXQxJlMbhII9+yXDwOUFLf60/TL5tw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1335,11 +1287,11 @@ } }, "node_modules/@babel/plugin-transform-logical-assignment-operators": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-logical-assignment-operators/-/plugin-transform-logical-assignment-operators-7.23.4.tgz", - "integrity": "sha512-Mc/ALf1rmZTP4JKKEhUwiORU+vcfarFVLfcFiolKUo6sewoxSEgl36ak5t+4WamRsNr6nzjZXQjM35WsU+9vbg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-logical-assignment-operators/-/plugin-transform-logical-assignment-operators-7.24.6.tgz", + "integrity": "sha512-EKaWvnezBCMkRIHxMJSIIylzhqK09YpiJtDbr2wsXTwnO0TxyjMUkaw4RlFIZMIS0iDj0KyIg7H7XCguHu/YDA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-logical-assignment-operators": "^7.10.4" }, "engines": { @@ -1350,11 +1302,11 @@ } }, "node_modules/@babel/plugin-transform-member-expression-literals": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-member-expression-literals/-/plugin-transform-member-expression-literals-7.23.3.tgz", - "integrity": "sha512-sC3LdDBDi5x96LA+Ytekz2ZPk8i/Ck+DEuDbRAll5rknJ5XRTSaPKEYwomLcs1AA8wg9b3KjIQRsnApj+q51Ag==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-member-expression-literals/-/plugin-transform-member-expression-literals-7.24.6.tgz", + "integrity": "sha512-9g8iV146szUo5GWgXpRbq/GALTnY+WnNuRTuRHWWFfWGbP9ukRL0aO/jpu9dmOPikclkxnNsjY8/gsWl6bmZJQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1364,12 +1316,12 @@ } }, "node_modules/@babel/plugin-transform-modules-amd": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-amd/-/plugin-transform-modules-amd-7.23.3.tgz", - "integrity": "sha512-vJYQGxeKM4t8hYCKVBlZX/gtIY2I7mRGFNcm85sgXGMTBcoV3QdVtdpbcWEbzbfUIUZKwvgFT82mRvaQIebZzw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-amd/-/plugin-transform-modules-amd-7.24.6.tgz", + "integrity": "sha512-eAGogjZgcwqAxhyFgqghvoHRr+EYRQPFjUXrTYKBRb5qPnAVxOOglaxc4/byHqjvq/bqO2F3/CGwTHsgKJYHhQ==", "dependencies": { - "@babel/helper-module-transforms": "^7.23.3", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-module-transforms": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1379,13 +1331,13 @@ } }, "node_modules/@babel/plugin-transform-modules-commonjs": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-commonjs/-/plugin-transform-modules-commonjs-7.23.3.tgz", - "integrity": "sha512-aVS0F65LKsdNOtcz6FRCpE4OgsP2OFnW46qNxNIX9h3wuzaNcSQsJysuMwqSibC98HPrf2vCgtxKNwS0DAlgcA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-commonjs/-/plugin-transform-modules-commonjs-7.24.6.tgz", + "integrity": "sha512-JEV8l3MHdmmdb7S7Cmx6rbNEjRCgTQMZxllveHO0mx6uiclB0NflCawlQQ6+o5ZrwjUBYPzHm2XoK4wqGVUFuw==", "dependencies": { - "@babel/helper-module-transforms": "^7.23.3", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-simple-access": "^7.22.5" + "@babel/helper-module-transforms": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-simple-access": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1395,14 +1347,14 @@ } }, "node_modules/@babel/plugin-transform-modules-systemjs": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-systemjs/-/plugin-transform-modules-systemjs-7.23.9.tgz", - "integrity": "sha512-KDlPRM6sLo4o1FkiSlXoAa8edLXFsKKIda779fbLrvmeuc3itnjCtaO6RrtoaANsIJANj+Vk1zqbZIMhkCAHVw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-systemjs/-/plugin-transform-modules-systemjs-7.24.6.tgz", + "integrity": "sha512-xg1Z0J5JVYxtpX954XqaaAT6NpAY6LtZXvYFCJmGFJWwtlz2EmJoR8LycFRGNE8dBKizGWkGQZGegtkV8y8s+w==", "dependencies": { - "@babel/helper-hoist-variables": "^7.22.5", - "@babel/helper-module-transforms": "^7.23.3", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-validator-identifier": "^7.22.20" + "@babel/helper-hoist-variables": "^7.24.6", + "@babel/helper-module-transforms": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-validator-identifier": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1412,12 +1364,12 @@ } }, "node_modules/@babel/plugin-transform-modules-umd": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-umd/-/plugin-transform-modules-umd-7.23.3.tgz", - "integrity": "sha512-zHsy9iXX2nIsCBFPud3jKn1IRPWg3Ing1qOZgeKV39m1ZgIdpJqvlWVeiHBZC6ITRG0MfskhYe9cLgntfSFPIg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-modules-umd/-/plugin-transform-modules-umd-7.24.6.tgz", + "integrity": "sha512-esRCC/KsSEUvrSjv5rFYnjZI6qv4R1e/iHQrqwbZIoRJqk7xCvEUiN7L1XrmW5QSmQe3n1XD88wbgDTWLbVSyg==", "dependencies": { - "@babel/helper-module-transforms": "^7.23.3", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-module-transforms": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1427,12 +1379,12 @@ } }, "node_modules/@babel/plugin-transform-named-capturing-groups-regex": { - "version": "7.22.5", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-named-capturing-groups-regex/-/plugin-transform-named-capturing-groups-regex-7.22.5.tgz", - "integrity": "sha512-YgLLKmS3aUBhHaxp5hi1WJTgOUb/NCuDHzGT9z9WTt3YG+CPRhJs6nprbStx6DnWM4dh6gt7SU3sZodbZ08adQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-named-capturing-groups-regex/-/plugin-transform-named-capturing-groups-regex-7.24.6.tgz", + "integrity": "sha512-6DneiCiu91wm3YiNIGDWZsl6GfTTbspuj/toTEqLh9d4cx50UIzSdg+T96p8DuT7aJOBRhFyaE9ZvTHkXrXr6Q==", "dependencies": { - "@babel/helper-create-regexp-features-plugin": "^7.22.5", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-regexp-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1442,11 +1394,11 @@ } }, "node_modules/@babel/plugin-transform-new-target": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-new-target/-/plugin-transform-new-target-7.23.3.tgz", - "integrity": "sha512-YJ3xKqtJMAT5/TIZnpAR3I+K+WaDowYbN3xyxI8zxx/Gsypwf9B9h0VB+1Nh6ACAAPRS5NSRje0uVv5i79HYGQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-new-target/-/plugin-transform-new-target-7.24.6.tgz", + "integrity": "sha512-f8liz9JG2Va8A4J5ZBuaSdwfPqN6axfWRK+y66fjKYbwf9VBLuq4WxtinhJhvp1w6lamKUwLG0slK2RxqFgvHA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1456,11 +1408,11 @@ } }, "node_modules/@babel/plugin-transform-nullish-coalescing-operator": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-nullish-coalescing-operator/-/plugin-transform-nullish-coalescing-operator-7.23.4.tgz", - "integrity": "sha512-jHE9EVVqHKAQx+VePv5LLGHjmHSJR76vawFPTdlxR/LVJPfOEGxREQwQfjuZEOPTwG92X3LINSh3M40Rv4zpVA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-nullish-coalescing-operator/-/plugin-transform-nullish-coalescing-operator-7.24.6.tgz", + "integrity": "sha512-+QlAiZBMsBK5NqrBWFXCYeXyiU1y7BQ/OYaiPAcQJMomn5Tyg+r5WuVtyEuvTbpV7L25ZSLfE+2E9ywj4FD48A==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-nullish-coalescing-operator": "^7.8.3" }, "engines": { @@ -1471,11 +1423,11 @@ } }, "node_modules/@babel/plugin-transform-numeric-separator": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-numeric-separator/-/plugin-transform-numeric-separator-7.23.4.tgz", - "integrity": "sha512-mps6auzgwjRrwKEZA05cOwuDc9FAzoyFS4ZsG/8F43bTLf/TgkJg7QXOrPO1JO599iA3qgK9MXdMGOEC8O1h6Q==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-numeric-separator/-/plugin-transform-numeric-separator-7.24.6.tgz", + "integrity": "sha512-6voawq8T25Jvvnc4/rXcWZQKKxUNZcKMS8ZNrjxQqoRFernJJKjE3s18Qo6VFaatG5aiX5JV1oPD7DbJhn0a4Q==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-numeric-separator": "^7.10.4" }, "engines": { @@ -1486,15 +1438,14 @@ } }, "node_modules/@babel/plugin-transform-object-rest-spread": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-object-rest-spread/-/plugin-transform-object-rest-spread-7.23.4.tgz", - "integrity": "sha512-9x9K1YyeQVw0iOXJlIzwm8ltobIIv7j2iLyP2jIhEbqPRQ7ScNgwQufU2I0Gq11VjyG4gI4yMXt2VFags+1N3g==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-object-rest-spread/-/plugin-transform-object-rest-spread-7.24.6.tgz", + "integrity": "sha512-OKmi5wiMoRW5Smttne7BwHM8s/fb5JFs+bVGNSeHWzwZkWXWValR1M30jyXo1s/RaqgwwhEC62u4rFH/FBcBPg==", "dependencies": { - "@babel/compat-data": "^7.23.3", - "@babel/helper-compilation-targets": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-compilation-targets": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-object-rest-spread": "^7.8.3", - "@babel/plugin-transform-parameters": "^7.23.3" + "@babel/plugin-transform-parameters": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1504,12 +1455,12 @@ } }, "node_modules/@babel/plugin-transform-object-super": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-object-super/-/plugin-transform-object-super-7.23.3.tgz", - "integrity": "sha512-BwQ8q0x2JG+3lxCVFohg+KbQM7plfpBwThdW9A6TMtWwLsbDA01Ek2Zb/AgDN39BiZsExm4qrXxjk+P1/fzGrA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-object-super/-/plugin-transform-object-super-7.24.6.tgz", + "integrity": "sha512-N/C76ihFKlZgKfdkEYKtaRUtXZAgK7sOY4h2qrbVbVTXPrKGIi8aww5WGe/+Wmg8onn8sr2ut6FXlsbu/j6JHg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-replace-supers": "^7.22.20" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-replace-supers": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1519,11 +1470,11 @@ } }, "node_modules/@babel/plugin-transform-optional-catch-binding": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-optional-catch-binding/-/plugin-transform-optional-catch-binding-7.23.4.tgz", - "integrity": "sha512-XIq8t0rJPHf6Wvmbn9nFxU6ao4c7WhghTR5WyV8SrJfUFzyxhCm4nhC+iAp3HFhbAKLfYpgzhJ6t4XCtVwqO5A==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-optional-catch-binding/-/plugin-transform-optional-catch-binding-7.24.6.tgz", + "integrity": "sha512-L5pZ+b3O1mSzJ71HmxSCmTVd03VOT2GXOigug6vDYJzE5awLI7P1g0wFcdmGuwSDSrQ0L2rDOe/hHws8J1rv3w==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-optional-catch-binding": "^7.8.3" }, "engines": { @@ -1534,12 +1485,12 @@ } }, "node_modules/@babel/plugin-transform-optional-chaining": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-optional-chaining/-/plugin-transform-optional-chaining-7.23.4.tgz", - "integrity": "sha512-ZU8y5zWOfjM5vZ+asjgAPwDaBjJzgufjES89Rs4Lpq63O300R/kOz30WCLo6BxxX6QVEilwSlpClnG5cZaikTA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-optional-chaining/-/plugin-transform-optional-chaining-7.24.6.tgz", + "integrity": "sha512-cHbqF6l1QP11OkYTYQ+hhVx1E017O5ZcSPXk9oODpqhcAD1htsWG2NpHrrhthEO2qZomLK0FXS+u7NfrkF5aOQ==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-skip-transparent-expression-wrappers": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-skip-transparent-expression-wrappers": "^7.24.6", "@babel/plugin-syntax-optional-chaining": "^7.8.3" }, "engines": { @@ -1550,11 +1501,11 @@ } }, "node_modules/@babel/plugin-transform-parameters": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-parameters/-/plugin-transform-parameters-7.23.3.tgz", - "integrity": "sha512-09lMt6UsUb3/34BbECKVbVwrT9bO6lILWln237z7sLaWnMsTi7Yc9fhX5DLpkJzAGfaReXI22wP41SZmnAA3Vw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-parameters/-/plugin-transform-parameters-7.24.6.tgz", + "integrity": "sha512-ST7guE8vLV+vI70wmAxuZpIKzVjvFX9Qs8bl5w6tN/6gOypPWUmMQL2p7LJz5E63vEGrDhAiYetniJFyBH1RkA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1564,12 +1515,12 @@ } }, "node_modules/@babel/plugin-transform-private-methods": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-private-methods/-/plugin-transform-private-methods-7.23.3.tgz", - "integrity": "sha512-UzqRcRtWsDMTLrRWFvUBDwmw06tCQH9Rl1uAjfh6ijMSmGYQ+fpdB+cnqRC8EMh5tuuxSv0/TejGL+7vyj+50g==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-private-methods/-/plugin-transform-private-methods-7.24.6.tgz", + "integrity": "sha512-T9LtDI0BgwXOzyXrvgLTT8DFjCC/XgWLjflczTLXyvxbnSR/gpv0hbmzlHE/kmh9nOvlygbamLKRo6Op4yB6aw==", "dependencies": { - "@babel/helper-create-class-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-class-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1579,13 +1530,13 @@ } }, "node_modules/@babel/plugin-transform-private-property-in-object": { - "version": "7.23.4", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-private-property-in-object/-/plugin-transform-private-property-in-object-7.23.4.tgz", - "integrity": "sha512-9G3K1YqTq3F4Vt88Djx1UZ79PDyj+yKRnUy7cZGSMe+a7jkwD259uKKuUzQlPkGam7R+8RJwh5z4xO27fA1o2A==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-private-property-in-object/-/plugin-transform-private-property-in-object-7.24.6.tgz", + "integrity": "sha512-Qu/ypFxCY5NkAnEhCF86Mvg3NSabKsh/TPpBVswEdkGl7+FbsYHy1ziRqJpwGH4thBdQHh8zx+z7vMYmcJ7iaQ==", "dependencies": { - "@babel/helper-annotate-as-pure": "^7.22.5", - "@babel/helper-create-class-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-annotate-as-pure": "^7.24.6", + "@babel/helper-create-class-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", "@babel/plugin-syntax-private-property-in-object": "^7.14.5" }, "engines": { @@ -1596,11 +1547,11 @@ } }, "node_modules/@babel/plugin-transform-property-literals": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-property-literals/-/plugin-transform-property-literals-7.23.3.tgz", - "integrity": "sha512-jR3Jn3y7cZp4oEWPFAlRsSWjxKe4PZILGBSd4nis1TsC5qeSpb+nrtihJuDhNI7QHiVbUaiXa0X2RZY3/TI6Nw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-property-literals/-/plugin-transform-property-literals-7.24.6.tgz", + "integrity": "sha512-oARaglxhRsN18OYsnPTpb8TcKQWDYNsPNmTnx5++WOAsUJ0cSC/FZVlIJCKvPbU4yn/UXsS0551CFKJhN0CaMw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1675,11 +1626,11 @@ } }, "node_modules/@babel/plugin-transform-regenerator": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-regenerator/-/plugin-transform-regenerator-7.23.3.tgz", - "integrity": "sha512-KP+75h0KghBMcVpuKisx3XTu9Ncut8Q8TuvGO4IhY+9D5DFEckQefOuIsB/gQ2tG71lCke4NMrtIPS8pOj18BQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-regenerator/-/plugin-transform-regenerator-7.24.6.tgz", + "integrity": "sha512-SMDxO95I8WXRtXhTAc8t/NFQUT7VYbIWwJCJgEli9ml4MhqUMh4S6hxgH6SmAC3eAQNWCDJFxcFeEt9w2sDdXg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", + "@babel/helper-plugin-utils": "^7.24.6", "regenerator-transform": "^0.15.2" }, "engines": { @@ -1690,11 +1641,11 @@ } }, "node_modules/@babel/plugin-transform-reserved-words": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-reserved-words/-/plugin-transform-reserved-words-7.23.3.tgz", - "integrity": "sha512-QnNTazY54YqgGxwIexMZva9gqbPa15t/x9VS+0fsEFWplwVpXYZivtgl43Z1vMpc1bdPP2PP8siFeVcnFvA3Cg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-reserved-words/-/plugin-transform-reserved-words-7.24.6.tgz", + "integrity": "sha512-DcrgFXRRlK64dGE0ZFBPD5egM2uM8mgfrvTMOSB2yKzOtjpGegVYkzh3s1zZg1bBck3nkXiaOamJUqK3Syk+4A==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1724,11 +1675,11 @@ } }, "node_modules/@babel/plugin-transform-shorthand-properties": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-shorthand-properties/-/plugin-transform-shorthand-properties-7.23.3.tgz", - "integrity": "sha512-ED2fgqZLmexWiN+YNFX26fx4gh5qHDhn1O2gvEhreLW2iI63Sqm4llRLCXALKrCnbN4Jy0VcMQZl/SAzqug/jg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-shorthand-properties/-/plugin-transform-shorthand-properties-7.24.6.tgz", + "integrity": "sha512-xnEUvHSMr9eOWS5Al2YPfc32ten7CXdH7Zwyyk7IqITg4nX61oHj+GxpNvl+y5JHjfN3KXE2IV55wAWowBYMVw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1738,12 +1689,12 @@ } }, "node_modules/@babel/plugin-transform-spread": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-spread/-/plugin-transform-spread-7.23.3.tgz", - "integrity": "sha512-VvfVYlrlBVu+77xVTOAoxQ6mZbnIq5FM0aGBSFEcIh03qHf+zNqA4DC/3XMUozTg7bZV3e3mZQ0i13VB6v5yUg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-spread/-/plugin-transform-spread-7.24.6.tgz", + "integrity": "sha512-h/2j7oIUDjS+ULsIrNZ6/TKG97FgmEk1PXryk/HQq6op4XUUUwif2f69fJrzK0wza2zjCS1xhXmouACaWV5uPA==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-skip-transparent-expression-wrappers": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-skip-transparent-expression-wrappers": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1753,11 +1704,11 @@ } }, "node_modules/@babel/plugin-transform-sticky-regex": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-sticky-regex/-/plugin-transform-sticky-regex-7.23.3.tgz", - "integrity": "sha512-HZOyN9g+rtvnOU3Yh7kSxXrKbzgrm5X4GncPY1QOquu7epga5MxKHVpYu2hvQnry/H+JjckSYRb93iNfsioAGg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-sticky-regex/-/plugin-transform-sticky-regex-7.24.6.tgz", + "integrity": "sha512-fN8OcTLfGmYv7FnDrsjodYBo1DhPL3Pze/9mIIE2MGCT1KgADYIOD7rEglpLHZj8PZlC/JFX5WcD+85FLAQusw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1767,11 +1718,11 @@ } }, "node_modules/@babel/plugin-transform-template-literals": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-template-literals/-/plugin-transform-template-literals-7.23.3.tgz", - "integrity": "sha512-Flok06AYNp7GV2oJPZZcP9vZdszev6vPBkHLwxwSpaIqx75wn6mUd3UFWsSsA0l8nXAKkyCmL/sR02m8RYGeHg==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-template-literals/-/plugin-transform-template-literals-7.24.6.tgz", + "integrity": "sha512-BJbEqJIcKwrqUP+KfUIkxz3q8VzXe2R8Wv8TaNgO1cx+nNavxn/2+H8kp9tgFSOL6wYPPEgFvU6IKS4qoGqhmg==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1781,11 +1732,11 @@ } }, "node_modules/@babel/plugin-transform-typeof-symbol": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-typeof-symbol/-/plugin-transform-typeof-symbol-7.23.3.tgz", - "integrity": "sha512-4t15ViVnaFdrPC74be1gXBSMzXk3B4Us9lP7uLRQHTFpV5Dvt33pn+2MyyNxmN3VTTm3oTrZVMUmuw3oBnQ2oQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-typeof-symbol/-/plugin-transform-typeof-symbol-7.24.6.tgz", + "integrity": "sha512-IshCXQ+G9JIFJI7bUpxTE/oA2lgVLAIK8q1KdJNoPXOpvRaNjMySGuvLfBw/Xi2/1lLo953uE8hyYSDW3TSYig==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1812,11 +1763,11 @@ } }, "node_modules/@babel/plugin-transform-unicode-escapes": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-escapes/-/plugin-transform-unicode-escapes-7.23.3.tgz", - "integrity": "sha512-OMCUx/bU6ChE3r4+ZdylEqAjaQgHAgipgW8nsCfu5pGqDcFytVd91AwRvUJSBZDz0exPGgnjoqhgRYLRjFZc9Q==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-escapes/-/plugin-transform-unicode-escapes-7.24.6.tgz", + "integrity": "sha512-bKl3xxcPbkQQo5eX9LjjDpU2xYHeEeNQbOhj0iPvetSzA+Tu9q/o5lujF4Sek60CM6MgYvOS/DJuwGbiEYAnLw==", "dependencies": { - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1826,12 +1777,12 @@ } }, "node_modules/@babel/plugin-transform-unicode-property-regex": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-property-regex/-/plugin-transform-unicode-property-regex-7.23.3.tgz", - "integrity": "sha512-KcLIm+pDZkWZQAFJ9pdfmh89EwVfmNovFBcXko8szpBeF8z68kWIPeKlmSOkT9BXJxs2C0uk+5LxoxIv62MROA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-property-regex/-/plugin-transform-unicode-property-regex-7.24.6.tgz", + "integrity": "sha512-8EIgImzVUxy15cZiPii9GvLZwsy7Vxc+8meSlR3cXFmBIl5W5Tn9LGBf7CDKkHj4uVfNXCJB8RsVfnmY61iedA==", "dependencies": { - "@babel/helper-create-regexp-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-regexp-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1841,12 +1792,12 @@ } }, "node_modules/@babel/plugin-transform-unicode-regex": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-regex/-/plugin-transform-unicode-regex-7.23.3.tgz", - "integrity": "sha512-wMHpNA4x2cIA32b/ci3AfwNgheiva2W0WUKWTK7vBHBhDKfPsc5cFGNWm69WBqpwd86u1qwZ9PWevKqm1A3yAw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-regex/-/plugin-transform-unicode-regex-7.24.6.tgz", + "integrity": "sha512-pssN6ExsvxaKU638qcWb81RrvvgZom3jDgU/r5xFZ7TONkZGFf4MhI2ltMb8OcQWhHyxgIavEU+hgqtbKOmsPA==", "dependencies": { - "@babel/helper-create-regexp-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-regexp-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1856,12 +1807,12 @@ } }, "node_modules/@babel/plugin-transform-unicode-sets-regex": { - "version": "7.23.3", - "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-sets-regex/-/plugin-transform-unicode-sets-regex-7.23.3.tgz", - "integrity": "sha512-W7lliA/v9bNR83Qc3q1ip9CQMZ09CcHDbHfbLRDNuAhn1Mvkr1ZNF7hPmztMQvtTGVLJ9m8IZqWsTkXOml8dbw==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/plugin-transform-unicode-sets-regex/-/plugin-transform-unicode-sets-regex-7.24.6.tgz", + "integrity": "sha512-quiMsb28oXWIDK0gXLALOJRXLgICLiulqdZGOaPPd0vRT7fQp74NtdADAVu+D8s00C+0Xs0MxVP0VKF/sZEUgw==", "dependencies": { - "@babel/helper-create-regexp-features-plugin": "^7.22.15", - "@babel/helper-plugin-utils": "^7.22.5" + "@babel/helper-create-regexp-features-plugin": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -1871,25 +1822,26 @@ } }, "node_modules/@babel/preset-env": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/preset-env/-/preset-env-7.23.9.tgz", - "integrity": "sha512-3kBGTNBBk9DQiPoXYS0g0BYlwTQYUTifqgKTjxUwEUkduRT2QOa0FPGBJ+NROQhGyYO5BuTJwGvBnqKDykac6A==", - "dependencies": { - "@babel/compat-data": "^7.23.5", - "@babel/helper-compilation-targets": "^7.23.6", - "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-validator-option": "^7.23.5", - "@babel/plugin-bugfix-safari-id-destructuring-collision-in-function-expression": "^7.23.3", - "@babel/plugin-bugfix-v8-spread-parameters-in-optional-chaining": "^7.23.3", - "@babel/plugin-bugfix-v8-static-class-fields-redefine-readonly": "^7.23.7", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/preset-env/-/preset-env-7.24.6.tgz", + "integrity": "sha512-CrxEAvN7VxfjOG8JNF2Y/eMqMJbZPZ185amwGUBp8D9USK90xQmv7dLdFSa+VbD7fdIqcy/Mfv7WtzG8+/qxKg==", + "dependencies": { + "@babel/compat-data": "^7.24.6", + "@babel/helper-compilation-targets": "^7.24.6", + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-validator-option": "^7.24.6", + "@babel/plugin-bugfix-firefox-class-in-computed-class-key": "^7.24.6", + "@babel/plugin-bugfix-safari-id-destructuring-collision-in-function-expression": "^7.24.6", + "@babel/plugin-bugfix-v8-spread-parameters-in-optional-chaining": "^7.24.6", + "@babel/plugin-bugfix-v8-static-class-fields-redefine-readonly": "^7.24.6", "@babel/plugin-proposal-private-property-in-object": "7.21.0-placeholder-for-preset-env.2", "@babel/plugin-syntax-async-generators": "^7.8.4", "@babel/plugin-syntax-class-properties": "^7.12.13", "@babel/plugin-syntax-class-static-block": "^7.14.5", "@babel/plugin-syntax-dynamic-import": "^7.8.3", "@babel/plugin-syntax-export-namespace-from": "^7.8.3", - "@babel/plugin-syntax-import-assertions": "^7.23.3", - "@babel/plugin-syntax-import-attributes": "^7.23.3", + "@babel/plugin-syntax-import-assertions": "^7.24.6", + "@babel/plugin-syntax-import-attributes": "^7.24.6", "@babel/plugin-syntax-import-meta": "^7.10.4", "@babel/plugin-syntax-json-strings": "^7.8.3", "@babel/plugin-syntax-logical-assignment-operators": "^7.10.4", @@ -1901,58 +1853,58 @@ "@babel/plugin-syntax-private-property-in-object": "^7.14.5", "@babel/plugin-syntax-top-level-await": "^7.14.5", "@babel/plugin-syntax-unicode-sets-regex": "^7.18.6", - "@babel/plugin-transform-arrow-functions": "^7.23.3", - "@babel/plugin-transform-async-generator-functions": "^7.23.9", - "@babel/plugin-transform-async-to-generator": "^7.23.3", - "@babel/plugin-transform-block-scoped-functions": "^7.23.3", - "@babel/plugin-transform-block-scoping": "^7.23.4", - "@babel/plugin-transform-class-properties": "^7.23.3", - "@babel/plugin-transform-class-static-block": "^7.23.4", - "@babel/plugin-transform-classes": "^7.23.8", - "@babel/plugin-transform-computed-properties": "^7.23.3", - "@babel/plugin-transform-destructuring": "^7.23.3", - "@babel/plugin-transform-dotall-regex": "^7.23.3", - "@babel/plugin-transform-duplicate-keys": "^7.23.3", - "@babel/plugin-transform-dynamic-import": "^7.23.4", - "@babel/plugin-transform-exponentiation-operator": "^7.23.3", - "@babel/plugin-transform-export-namespace-from": "^7.23.4", - "@babel/plugin-transform-for-of": "^7.23.6", - "@babel/plugin-transform-function-name": "^7.23.3", - "@babel/plugin-transform-json-strings": "^7.23.4", - "@babel/plugin-transform-literals": "^7.23.3", - "@babel/plugin-transform-logical-assignment-operators": "^7.23.4", - "@babel/plugin-transform-member-expression-literals": "^7.23.3", - "@babel/plugin-transform-modules-amd": "^7.23.3", - "@babel/plugin-transform-modules-commonjs": "^7.23.3", - "@babel/plugin-transform-modules-systemjs": "^7.23.9", - "@babel/plugin-transform-modules-umd": "^7.23.3", - "@babel/plugin-transform-named-capturing-groups-regex": "^7.22.5", - "@babel/plugin-transform-new-target": "^7.23.3", - "@babel/plugin-transform-nullish-coalescing-operator": "^7.23.4", - "@babel/plugin-transform-numeric-separator": "^7.23.4", - "@babel/plugin-transform-object-rest-spread": "^7.23.4", - "@babel/plugin-transform-object-super": "^7.23.3", - "@babel/plugin-transform-optional-catch-binding": "^7.23.4", - "@babel/plugin-transform-optional-chaining": "^7.23.4", - "@babel/plugin-transform-parameters": "^7.23.3", - "@babel/plugin-transform-private-methods": "^7.23.3", - "@babel/plugin-transform-private-property-in-object": "^7.23.4", - "@babel/plugin-transform-property-literals": "^7.23.3", - "@babel/plugin-transform-regenerator": "^7.23.3", - "@babel/plugin-transform-reserved-words": "^7.23.3", - "@babel/plugin-transform-shorthand-properties": "^7.23.3", - "@babel/plugin-transform-spread": "^7.23.3", - "@babel/plugin-transform-sticky-regex": "^7.23.3", - "@babel/plugin-transform-template-literals": "^7.23.3", - "@babel/plugin-transform-typeof-symbol": "^7.23.3", - "@babel/plugin-transform-unicode-escapes": "^7.23.3", - "@babel/plugin-transform-unicode-property-regex": "^7.23.3", - "@babel/plugin-transform-unicode-regex": "^7.23.3", - "@babel/plugin-transform-unicode-sets-regex": "^7.23.3", + "@babel/plugin-transform-arrow-functions": "^7.24.6", + "@babel/plugin-transform-async-generator-functions": "^7.24.6", + "@babel/plugin-transform-async-to-generator": "^7.24.6", + "@babel/plugin-transform-block-scoped-functions": "^7.24.6", + "@babel/plugin-transform-block-scoping": "^7.24.6", + "@babel/plugin-transform-class-properties": "^7.24.6", + "@babel/plugin-transform-class-static-block": "^7.24.6", + "@babel/plugin-transform-classes": "^7.24.6", + "@babel/plugin-transform-computed-properties": "^7.24.6", + "@babel/plugin-transform-destructuring": "^7.24.6", + "@babel/plugin-transform-dotall-regex": "^7.24.6", + "@babel/plugin-transform-duplicate-keys": "^7.24.6", + "@babel/plugin-transform-dynamic-import": "^7.24.6", + "@babel/plugin-transform-exponentiation-operator": "^7.24.6", + "@babel/plugin-transform-export-namespace-from": "^7.24.6", + "@babel/plugin-transform-for-of": "^7.24.6", + "@babel/plugin-transform-function-name": "^7.24.6", + "@babel/plugin-transform-json-strings": "^7.24.6", + "@babel/plugin-transform-literals": "^7.24.6", + "@babel/plugin-transform-logical-assignment-operators": "^7.24.6", + "@babel/plugin-transform-member-expression-literals": "^7.24.6", + "@babel/plugin-transform-modules-amd": "^7.24.6", + "@babel/plugin-transform-modules-commonjs": "^7.24.6", + "@babel/plugin-transform-modules-systemjs": "^7.24.6", + "@babel/plugin-transform-modules-umd": "^7.24.6", + "@babel/plugin-transform-named-capturing-groups-regex": "^7.24.6", + "@babel/plugin-transform-new-target": "^7.24.6", + "@babel/plugin-transform-nullish-coalescing-operator": "^7.24.6", + "@babel/plugin-transform-numeric-separator": "^7.24.6", + "@babel/plugin-transform-object-rest-spread": "^7.24.6", + "@babel/plugin-transform-object-super": "^7.24.6", + "@babel/plugin-transform-optional-catch-binding": "^7.24.6", + "@babel/plugin-transform-optional-chaining": "^7.24.6", + "@babel/plugin-transform-parameters": "^7.24.6", + "@babel/plugin-transform-private-methods": "^7.24.6", + "@babel/plugin-transform-private-property-in-object": "^7.24.6", + "@babel/plugin-transform-property-literals": "^7.24.6", + "@babel/plugin-transform-regenerator": "^7.24.6", + "@babel/plugin-transform-reserved-words": "^7.24.6", + "@babel/plugin-transform-shorthand-properties": "^7.24.6", + "@babel/plugin-transform-spread": "^7.24.6", + "@babel/plugin-transform-sticky-regex": "^7.24.6", + "@babel/plugin-transform-template-literals": "^7.24.6", + "@babel/plugin-transform-typeof-symbol": "^7.24.6", + "@babel/plugin-transform-unicode-escapes": "^7.24.6", + "@babel/plugin-transform-unicode-property-regex": "^7.24.6", + "@babel/plugin-transform-unicode-regex": "^7.24.6", + "@babel/plugin-transform-unicode-sets-regex": "^7.24.6", "@babel/preset-modules": "0.1.6-no-external-plugins", - "babel-plugin-polyfill-corejs2": "^0.4.8", - "babel-plugin-polyfill-corejs3": "^0.9.0", - "babel-plugin-polyfill-regenerator": "^0.5.5", + "babel-plugin-polyfill-corejs2": "^0.4.10", + "babel-plugin-polyfill-corejs3": "^0.10.4", + "babel-plugin-polyfill-regenerator": "^0.6.1", "core-js-compat": "^3.31.0", "semver": "^6.3.1" }, @@ -1963,14 +1915,52 @@ "@babel/core": "^7.0.0-0" } }, - "node_modules/@babel/preset-flow": { - "version": "7.22.15", - "resolved": "https://registry.npmjs.org/@babel/preset-flow/-/preset-flow-7.22.15.tgz", - "integrity": "sha512-dB5aIMqpkgbTfN5vDdTRPzjqtWiZcRESNR88QYnoPR+bmdYoluOzMX9tQerTv0XzSgZYctPfO1oc0N5zdog1ew==", + "node_modules/@babel/preset-env/node_modules/@babel/helper-define-polyfill-provider": { + "version": "0.6.2", + "resolved": "https://registry.npmjs.org/@babel/helper-define-polyfill-provider/-/helper-define-polyfill-provider-0.6.2.tgz", + "integrity": "sha512-LV76g+C502biUK6AyZ3LK10vDpDyCzZnhZFXkH1L75zHPj68+qc8Zfpx2th+gzwA2MzyK+1g/3EPl62yFnVttQ==", "dependencies": { + "@babel/helper-compilation-targets": "^7.22.6", "@babel/helper-plugin-utils": "^7.22.5", - "@babel/helper-validator-option": "^7.22.15", - "@babel/plugin-transform-flow-strip-types": "^7.22.5" + "debug": "^4.1.1", + "lodash.debounce": "^4.0.8", + "resolve": "^1.14.2" + }, + "peerDependencies": { + "@babel/core": "^7.4.0 || ^8.0.0-0 <8.0.0" + } + }, + "node_modules/@babel/preset-env/node_modules/babel-plugin-polyfill-corejs3": { + "version": "0.10.4", + "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-corejs3/-/babel-plugin-polyfill-corejs3-0.10.4.tgz", + "integrity": "sha512-25J6I8NGfa5YkCDogHRID3fVCadIR8/pGl1/spvCkzb6lVn6SR3ojpx9nOn9iEBcUsjY24AmdKm5khcfKdylcg==", + "dependencies": { + "@babel/helper-define-polyfill-provider": "^0.6.1", + "core-js-compat": "^3.36.1" + }, + "peerDependencies": { + "@babel/core": "^7.4.0 || ^8.0.0-0 <8.0.0" + } + }, + "node_modules/@babel/preset-env/node_modules/babel-plugin-polyfill-regenerator": { + "version": "0.6.2", + "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-regenerator/-/babel-plugin-polyfill-regenerator-0.6.2.tgz", + "integrity": "sha512-2R25rQZWP63nGwaAswvDazbPXfrM3HwVoBXK6HcqeKrSrL/JqcC/rDcf95l4r7LXLyxDXc8uQDa064GubtCABg==", + "dependencies": { + "@babel/helper-define-polyfill-provider": "^0.6.2" + }, + "peerDependencies": { + "@babel/core": "^7.4.0 || ^8.0.0-0 <8.0.0" + } + }, + "node_modules/@babel/preset-flow": { + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/preset-flow/-/preset-flow-7.24.6.tgz", + "integrity": "sha512-huoe0T1Qs9fQhMWbmqE/NHUeZbqmHDsN6n/jYvPcUUHfuKiPV32C9i8tDhMbQ1DEKTjbBP7Rjm3nSLwlB2X05g==", + "dependencies": { + "@babel/helper-plugin-utils": "^7.24.6", + "@babel/helper-validator-option": "^7.24.6", + "@babel/plugin-transform-flow-strip-types": "^7.24.6" }, "engines": { "node": ">=6.9.0" @@ -2031,9 +2021,9 @@ } }, "node_modules/@babel/register": { - "version": "7.23.7", - "resolved": "https://registry.npmjs.org/@babel/register/-/register-7.23.7.tgz", - "integrity": "sha512-EjJeB6+kvpk+Y5DAkEAmbOBEFkh9OASx0huoEkqYTFxAZHzOAX2Oh5uwAUuL2rUddqfM0SA+KPXV2TbzoZ2kvQ==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/register/-/register-7.24.6.tgz", + "integrity": "sha512-WSuFCc2wCqMeXkz/i3yfAAsxwWflEgbVkZzivgAmXl/MxrXeoYFZOOPllbC8R8WTF7u61wSRQtDVZ1879cdu6w==", "dependencies": { "clone-deep": "^4.0.1", "find-cache-dir": "^2.0.0", @@ -2173,31 +2163,31 @@ } }, "node_modules/@babel/template": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/template/-/template-7.23.9.tgz", - "integrity": "sha512-+xrD2BWLpvHKNmX2QbpdpsBaWnRxahMwJjO+KZk2JOElj5nSmKezyS1B4u+QbHMTX69t4ukm6hh9lsYQ7GHCKA==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/template/-/template-7.24.6.tgz", + "integrity": "sha512-3vgazJlLwNXi9jhrR1ef8qiB65L1RK90+lEQwv4OxveHnqC3BfmnHdgySwRLzf6akhlOYenT+b7AfWq+a//AHw==", "dependencies": { - "@babel/code-frame": "^7.23.5", - "@babel/parser": "^7.23.9", - "@babel/types": "^7.23.9" + "@babel/code-frame": "^7.24.6", + "@babel/parser": "^7.24.6", + "@babel/types": "^7.24.6" }, "engines": { "node": ">=6.9.0" } }, "node_modules/@babel/traverse": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/traverse/-/traverse-7.23.9.tgz", - "integrity": "sha512-I/4UJ9vs90OkBtY6iiiTORVMyIhJ4kAVmsKo9KFc8UOxMeUfi2hvtIBsET5u9GizXE6/GFSuKCTNfgCswuEjRg==", - "dependencies": { - "@babel/code-frame": "^7.23.5", - "@babel/generator": "^7.23.6", - "@babel/helper-environment-visitor": "^7.22.20", - "@babel/helper-function-name": "^7.23.0", - "@babel/helper-hoist-variables": "^7.22.5", - "@babel/helper-split-export-declaration": "^7.22.6", - "@babel/parser": "^7.23.9", - "@babel/types": "^7.23.9", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/traverse/-/traverse-7.24.6.tgz", + "integrity": "sha512-OsNjaJwT9Zn8ozxcfoBc+RaHdj3gFmCmYoQLUII1o6ZrUwku0BMg80FoOTPx+Gi6XhcQxAYE4xyjPTo4SxEQqw==", + "dependencies": { + "@babel/code-frame": "^7.24.6", + "@babel/generator": "^7.24.6", + "@babel/helper-environment-visitor": "^7.24.6", + "@babel/helper-function-name": "^7.24.6", + "@babel/helper-hoist-variables": "^7.24.6", + "@babel/helper-split-export-declaration": "^7.24.6", + "@babel/parser": "^7.24.6", + "@babel/types": "^7.24.6", "debug": "^4.3.1", "globals": "^11.1.0" }, @@ -2206,12 +2196,12 @@ } }, "node_modules/@babel/types": { - "version": "7.23.9", - "resolved": "https://registry.npmjs.org/@babel/types/-/types-7.23.9.tgz", - "integrity": "sha512-dQjSq/7HaSjRM43FFGnv5keM2HsxpmyV1PfaSVm0nzzjwwTmjOe6J4bC8e3+pTEIgHaHj+1ZlLThRJ2auc/w1Q==", + "version": "7.24.6", + "resolved": "https://registry.npmjs.org/@babel/types/-/types-7.24.6.tgz", + "integrity": "sha512-WaMsgi6Q8zMgMth93GvWPXkhAIEobfsIkLTacoVZoK1J0CevIPGYY2Vo5YvJGqyHqXM6P4ppOYGsIRU8MM9pFQ==", "dependencies": { - "@babel/helper-string-parser": "^7.23.4", - "@babel/helper-validator-identifier": "^7.22.20", + "@babel/helper-string-parser": "^7.24.6", + "@babel/helper-validator-identifier": "^7.24.6", "to-fast-properties": "^2.0.0" }, "engines": { @@ -4182,13 +4172,21 @@ } }, "node_modules/@huggingface/inference": { - "version": "2.6.4", - "resolved": "https://registry.npmjs.org/@huggingface/inference/-/inference-2.6.4.tgz", - "integrity": "sha512-Xna7arltBSBoKaH3diGi3sYvkExgJMd/pF4T6vl2YbmDccbr1G/X5EPZ2048p+YgrJYG1jTYFCtY6Dr3HvJaow==", + "version": "2.7.0", + "resolved": "https://registry.npmjs.org/@huggingface/inference/-/inference-2.7.0.tgz", + "integrity": "sha512-u7Fn637Q3f7nUB1tajM4CgzhvoFQkOQr5W5Fm+2wT9ETgGoLBh25BLlYPTJRjAd2WY01s71v0lqAwNvHHCc3mg==", + "dependencies": { + "@huggingface/tasks": "^0.10.0" + }, "engines": { "node": ">=18" } }, + "node_modules/@huggingface/tasks": { + "version": "0.10.9", + "resolved": "https://registry.npmjs.org/@huggingface/tasks/-/tasks-0.10.9.tgz", + "integrity": "sha512-KdGnpw7sTLgr9nUwH6NrMHi/6/yBe5HdeXeKWauajseKZXwyrTYwNYIzMnh8/hE7Qa2UnseAdFMpCqe54vGd4A==" + }, "node_modules/@humanwhocodes/config-array": { "version": "0.11.14", "resolved": "https://registry.npmjs.org/@humanwhocodes/config-array/-/config-array-0.11.14.tgz", @@ -4276,152 +4274,14 @@ "url": "https://github.com/chalk/strip-ansi?sponsor=1" } }, - "node_modules/@istanbuljs/load-nyc-config": { - "version": "1.1.0", - "resolved": "https://registry.npmjs.org/@istanbuljs/load-nyc-config/-/load-nyc-config-1.1.0.tgz", - "integrity": "sha512-VjeHSlIzpv/NyD3N0YuHfXOPDIixcA1q2ZV98wsMqcYlPmv2n3Yb2lYP9XMElnaFVXg5A7YLTeLu6V84uQDjmQ==", - "dev": true, + "node_modules/@jridgewell/gen-mapping": { + "version": "0.3.5", + "resolved": "https://registry.npmjs.org/@jridgewell/gen-mapping/-/gen-mapping-0.3.5.tgz", + "integrity": "sha512-IzL8ZoEDIBRWEzlCcRhOaCupYyN5gdIK+Q6fbFdPDg6HqX6jpkItn7DFIpW9LQzXG6Df9sA7+OKnq0qlz/GaQg==", "dependencies": { - "camelcase": "^5.3.1", - "find-up": "^4.1.0", - "get-package-type": "^0.1.0", - "js-yaml": "^3.13.1", - "resolve-from": "^5.0.0" - }, - "engines": { - "node": ">=8" - } - }, - "node_modules/@istanbuljs/load-nyc-config/node_modules/find-up": { - "version": "4.1.0", - "resolved": "https://registry.npmjs.org/find-up/-/find-up-4.1.0.tgz", - "integrity": "sha512-PpOwAdQ/YlXQ2vj8a3h8IipDuYRi3wceVQQGYWxNINccq40Anw7BlsEXCMbt1Zt+OLA6Fq9suIpIWD0OsnISlw==", - "dev": true, - "dependencies": { - "locate-path": "^5.0.0", - "path-exists": "^4.0.0" - }, - "engines": { - "node": ">=8" - } - }, - "node_modules/@istanbuljs/load-nyc-config/node_modules/locate-path": { - "version": "5.0.0", - "resolved": "https://registry.npmjs.org/locate-path/-/locate-path-5.0.0.tgz", - "integrity": "sha512-t7hw9pI+WvuwNJXwk5zVHpyhIqzg2qTlklJOf0mVxGSbe3Fp2VieZcduNYjaLDoy6p9uGpQEGWG87WpMKlNq8g==", - "dev": true, - "dependencies": { - "p-locate": "^4.1.0" - }, - "engines": { - "node": ">=8" - } - }, - "node_modules/@istanbuljs/load-nyc-config/node_modules/p-limit": { - "version": "2.3.0", - "resolved": "https://registry.npmjs.org/p-limit/-/p-limit-2.3.0.tgz", - "integrity": "sha512-//88mFWSJx8lxCzwdAABTJL2MyWB12+eIY7MDL2SqLmAkeKU9qxRvWuSyTjm3FUmpBEMuFfckAIqEaVGUDxb6w==", - "dev": true, - "dependencies": { - "p-try": "^2.0.0" - }, - "engines": { - "node": ">=6" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/@istanbuljs/load-nyc-config/node_modules/p-locate": { - "version": "4.1.0", - "resolved": "https://registry.npmjs.org/p-locate/-/p-locate-4.1.0.tgz", - "integrity": "sha512-R79ZZ/0wAxKGu3oYMlz8jy/kbhsNrS7SKZ7PxEHBgJ5+F2mtFW2fK2cOtBh1cHYkQsbzFV7I+EoRKe6Yt0oK7A==", - "dev": true, - "dependencies": { - "p-limit": "^2.2.0" - }, - "engines": { - "node": ">=8" - } - }, - "node_modules/@istanbuljs/schema": { - "version": "0.1.3", - "resolved": "https://registry.npmjs.org/@istanbuljs/schema/-/schema-0.1.3.tgz", - "integrity": "sha512-ZXRY4jNvVgSVQ8DL3LTcakaAtXwTVUxE81hslsyD2AtoXW/wVob10HkOJ1X/pAlcI7D+2YoZKg5do8G/w6RYgA==", - "dev": true, - "engines": { - "node": ">=8" - } - }, - "node_modules/@jest/schemas": { - "version": "29.6.3", - "resolved": "https://registry.npmjs.org/@jest/schemas/-/schemas-29.6.3.tgz", - "integrity": "sha512-mo5j5X+jIZmJQveBKeS/clAueipV7KgiX1vMgCxam1RNYiqE1w62n0/tJJnHtjW8ZHcQco5gY85jA3mi0L+nSA==", - "dev": true, - "dependencies": { - "@sinclair/typebox": "^0.27.8" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/@jest/transform": { - "version": "29.7.0", - "resolved": "https://registry.npmjs.org/@jest/transform/-/transform-29.7.0.tgz", - "integrity": "sha512-ok/BTPFzFKVMwO5eOHRrvnBVHdRy9IrsrW1GpMaQ9MCnilNLXQKmAX8s1YXDFaai9xJpac2ySzV0YeRRECr2Vw==", - "dev": true, - "dependencies": { - "@babel/core": "^7.11.6", - "@jest/types": "^29.6.3", - "@jridgewell/trace-mapping": "^0.3.18", - "babel-plugin-istanbul": "^6.1.1", - "chalk": "^4.0.0", - "convert-source-map": "^2.0.0", - "fast-json-stable-stringify": "^2.1.0", - "graceful-fs": "^4.2.9", - "jest-haste-map": "^29.7.0", - "jest-regex-util": "^29.6.3", - "jest-util": "^29.7.0", - "micromatch": "^4.0.4", - "pirates": "^4.0.4", - "slash": "^3.0.0", - "write-file-atomic": "^4.0.2" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/@jest/transform/node_modules/convert-source-map": { - "version": "2.0.0", - "resolved": "https://registry.npmjs.org/convert-source-map/-/convert-source-map-2.0.0.tgz", - "integrity": "sha512-Kvp459HrV2FEJ1CAsi1Ku+MY3kasH19TFykTz2xWmMeq6bk2NU3XXvfJ+Q61m0xktWwt+1HSYf3JZsTms3aRJg==", - "dev": true - }, - "node_modules/@jest/types": { - "version": "29.6.3", - "resolved": "https://registry.npmjs.org/@jest/types/-/types-29.6.3.tgz", - "integrity": "sha512-u3UPsIilWKOM3F9CXtrG8LEJmNxwoCQC/XVj4IKYXvvpx7QIi/Kg1LI5uDmDpKlac62NUtX7eLjRh+jVZcLOzw==", - "dev": true, - "dependencies": { - "@jest/schemas": "^29.6.3", - "@types/istanbul-lib-coverage": "^2.0.0", - "@types/istanbul-reports": "^3.0.0", - "@types/node": "*", - "@types/yargs": "^17.0.8", - "chalk": "^4.0.0" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/@jridgewell/gen-mapping": { - "version": "0.3.3", - "resolved": "https://registry.npmjs.org/@jridgewell/gen-mapping/-/gen-mapping-0.3.3.tgz", - "integrity": "sha512-HLhSWOLRi875zjjMG/r+Nv0oCW8umGb0BgEhyX3dDX3egwZtB8PqLnjz3yedt8R5StBrzcg4aBpnh8UA9D1BoQ==", - "dependencies": { - "@jridgewell/set-array": "^1.0.1", + "@jridgewell/set-array": "^1.2.1", "@jridgewell/sourcemap-codec": "^1.4.10", - "@jridgewell/trace-mapping": "^0.3.9" + "@jridgewell/trace-mapping": "^0.3.24" }, "engines": { "node": ">=6.0.0" @@ -4436,9 +4296,9 @@ } }, "node_modules/@jridgewell/set-array": { - "version": "1.1.2", - "resolved": "https://registry.npmjs.org/@jridgewell/set-array/-/set-array-1.1.2.tgz", - "integrity": "sha512-xnkseuNADM0gt2bs+BvhO0p78Mk762YnZdsuzFV018NoG1Sj1SCQvpSqa7XUaTam5vAGasABV9qXASMKnFMwMw==", + "version": "1.2.1", + "resolved": "https://registry.npmjs.org/@jridgewell/set-array/-/set-array-1.2.1.tgz", + "integrity": "sha512-R8gLRTZeyp03ymzP/6Lil/28tGeGEzhx1q2k703KGWRAI1VdvPIXdG70VJc2pAMw3NA6JKL5hhFu1sJX0Mnn/A==", "engines": { "node": ">=6.0.0" } @@ -4458,9 +4318,9 @@ "integrity": "sha512-eF2rxCRulEKXHTRiDrDy6erMYWqNw4LPdQ8UQA4huuxaQsVeRPFl2oM8oDGxMFhJUWZf9McpLtJasDDZb/Bpeg==" }, "node_modules/@jridgewell/trace-mapping": { - "version": "0.3.19", - "resolved": "https://registry.npmjs.org/@jridgewell/trace-mapping/-/trace-mapping-0.3.19.tgz", - "integrity": "sha512-kf37QtfW+Hwx/buWGMPcR60iF9ziHa6r/CZJIHbmcm4+0qrXiVdxegAH0F6yddEVQ7zdkjcGCgCzUu+BcbhQxw==", + "version": "0.3.25", + "resolved": "https://registry.npmjs.org/@jridgewell/trace-mapping/-/trace-mapping-0.3.25.tgz", + "integrity": "sha512-vNk6aEwybGtawWmy/PzwnGDOjCkLWSD2wqvjGGAgOAwCGWySYXfYoxt00IJkTF+8Lb57DwOb3Aa0o9CApepiYQ==", "dependencies": { "@jridgewell/resolve-uri": "^3.1.0", "@jridgewell/sourcemap-codec": "^1.4.14" @@ -4522,19 +4382,19 @@ "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==" }, "node_modules/@mdx-js/react": { - "version": "2.3.0", - "resolved": "https://registry.npmjs.org/@mdx-js/react/-/react-2.3.0.tgz", - "integrity": "sha512-zQH//gdOmuu7nt2oJR29vFhDv88oGPmVw6BggmrHeMI+xgEkp1B2dX9/bMBSYtK0dyLX/aOmesKS09g222K1/g==", + "version": "3.0.1", + "resolved": "https://registry.npmjs.org/@mdx-js/react/-/react-3.0.1.tgz", + "integrity": "sha512-9ZrPIU4MGf6et1m1ov3zKf+q9+deetI51zprKB1D/z3NOb+rUxxtEl3mCjW5wTGh6VhRdwPueh1oRzi6ezkA8A==", "dev": true, "dependencies": { - "@types/mdx": "^2.0.0", - "@types/react": ">=16" + "@types/mdx": "^2.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/unified" }, "peerDependencies": { + "@types/react": ">=16", "react": ">=16" } }, @@ -4549,9 +4409,9 @@ } }, "node_modules/@next/env": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/env/-/env-14.1.3.tgz", - "integrity": "sha512-VhgXTvrgeBRxNPjyfBsDIMvgsKDxjlpw4IAUsHCX8Gjl1vtHUYRT3+xfQ/wwvLPDd/6kqfLqk9Pt4+7gysuCKQ==" + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/env/-/env-14.2.3.tgz", + "integrity": "sha512-W7fd7IbkfmeeY2gXrzJYDx8D2lWKbVoTIj1o1ScPHNzvp30s1AuoEFSdr39bC5sjxJaxTtq3OTCZboNp0lNWHA==" }, "node_modules/@next/eslint-plugin-next": { "version": "14.1.3", @@ -4561,10 +4421,53 @@ "glob": "10.3.10" } }, + "node_modules/@next/eslint-plugin-next/node_modules/brace-expansion": { + "version": "2.0.1", + "resolved": "https://registry.npmjs.org/brace-expansion/-/brace-expansion-2.0.1.tgz", + "integrity": "sha512-XnAIvQ8eM+kC6aULx6wuQiwVsnzsi9d3WxzV3FpWTGA19F621kwdbsAcFKXgKUHZWsy+mY6iL1sHTxWEFCytDA==", + "dependencies": { + "balanced-match": "^1.0.0" + } + }, + "node_modules/@next/eslint-plugin-next/node_modules/glob": { + "version": "10.3.10", + "resolved": "https://registry.npmjs.org/glob/-/glob-10.3.10.tgz", + "integrity": "sha512-fa46+tv1Ak0UPK1TOy/pZrIybNNt4HCv7SDzwyfiOZkvZLEbjsZkJBPtDHVshZjbecAoAGSC20MjLDG/qr679g==", + "dependencies": { + "foreground-child": "^3.1.0", + "jackspeak": "^2.3.5", + "minimatch": "^9.0.1", + "minipass": "^5.0.0 || ^6.0.2 || ^7.0.0", + "path-scurry": "^1.10.1" + }, + "bin": { + "glob": "dist/esm/bin.mjs" + }, + "engines": { + "node": ">=16 || 14 >=14.17" + }, + "funding": { + "url": "https://github.com/sponsors/isaacs" + } + }, + "node_modules/@next/eslint-plugin-next/node_modules/minimatch": { + "version": "9.0.4", + "resolved": "https://registry.npmjs.org/minimatch/-/minimatch-9.0.4.tgz", + "integrity": "sha512-KqWh+VchfxcMNRAJjj2tnsSJdNbHsVgnkBhTNrW7AjVo6OvLtxw8zfT9oLw1JSohlFzJ8jCoTgaoXvJ+kHt6fw==", + "dependencies": { + "brace-expansion": "^2.0.1" + }, + "engines": { + "node": ">=16 || 14 >=14.17" + }, + "funding": { + "url": "https://github.com/sponsors/isaacs" + } + }, "node_modules/@next/swc-darwin-arm64": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-darwin-arm64/-/swc-darwin-arm64-14.1.3.tgz", - "integrity": "sha512-LALu0yIBPRiG9ANrD5ncB3pjpO0Gli9ZLhxdOu6ZUNf3x1r3ea1rd9Q+4xxUkGrUXLqKVK9/lDkpYIJaCJ6AHQ==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-darwin-arm64/-/swc-darwin-arm64-14.2.3.tgz", + "integrity": "sha512-3pEYo/RaGqPP0YzwnlmPN2puaF2WMLM3apt5jLW2fFdXD9+pqcoTzRk+iZsf8ta7+quAe4Q6Ms0nR0SFGFdS1A==", "cpu": [ "arm64" ], @@ -4577,9 +4480,9 @@ } }, "node_modules/@next/swc-darwin-x64": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-darwin-x64/-/swc-darwin-x64-14.1.3.tgz", - "integrity": "sha512-E/9WQeXxkqw2dfcn5UcjApFgUq73jqNKaE5bysDm58hEUdUGedVrnRhblhJM7HbCZNhtVl0j+6TXsK0PuzXTCg==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-darwin-x64/-/swc-darwin-x64-14.2.3.tgz", + "integrity": "sha512-6adp7waE6P1TYFSXpY366xwsOnEXM+y1kgRpjSRVI2CBDOcbRjsJ67Z6EgKIqWIue52d2q/Mx8g9MszARj8IEA==", "cpu": [ "x64" ], @@ -4592,9 +4495,9 @@ } }, "node_modules/@next/swc-linux-arm64-gnu": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-gnu/-/swc-linux-arm64-gnu-14.1.3.tgz", - "integrity": "sha512-USArX9B+3rZSXYLFvgy0NVWQgqh6LHWDmMt38O4lmiJNQcwazeI6xRvSsliDLKt+78KChVacNiwvOMbl6g6BBw==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-gnu/-/swc-linux-arm64-gnu-14.2.3.tgz", + "integrity": "sha512-cuzCE/1G0ZSnTAHJPUT1rPgQx1w5tzSX7POXSLaS7w2nIUJUD+e25QoXD/hMfxbsT9rslEXugWypJMILBj/QsA==", "cpu": [ "arm64" ], @@ -4607,9 +4510,9 @@ } }, "node_modules/@next/swc-linux-arm64-musl": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-musl/-/swc-linux-arm64-musl-14.1.3.tgz", - "integrity": "sha512-esk1RkRBLSIEp1qaQXv1+s6ZdYzuVCnDAZySpa62iFTMGTisCyNQmqyCTL9P+cLJ4N9FKCI3ojtSfsyPHJDQNw==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-musl/-/swc-linux-arm64-musl-14.2.3.tgz", + "integrity": "sha512-0D4/oMM2Y9Ta3nGuCcQN8jjJjmDPYpHX9OJzqk42NZGJocU2MqhBq5tWkJrUQOQY9N+In9xOdymzapM09GeiZw==", "cpu": [ "arm64" ], @@ -4622,9 +4525,9 @@ } }, "node_modules/@next/swc-linux-x64-gnu": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-gnu/-/swc-linux-x64-gnu-14.1.3.tgz", - "integrity": "sha512-8uOgRlYEYiKo0L8YGeS+3TudHVDWDjPVDUcST+z+dUzgBbTEwSSIaSgF/vkcC1T/iwl4QX9iuUyUdQEl0Kxalg==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-gnu/-/swc-linux-x64-gnu-14.2.3.tgz", + "integrity": "sha512-ENPiNnBNDInBLyUU5ii8PMQh+4XLr4pG51tOp6aJ9xqFQ2iRI6IH0Ds2yJkAzNV1CfyagcyzPfROMViS2wOZ9w==", "cpu": [ "x64" ], @@ -4637,9 +4540,9 @@ } }, "node_modules/@next/swc-linux-x64-musl": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-musl/-/swc-linux-x64-musl-14.1.3.tgz", - "integrity": "sha512-DX2zqz05ziElLoxskgHasaJBREC5Y9TJcbR2LYqu4r7naff25B4iXkfXWfcp69uD75/0URmmoSgT8JclJtrBoQ==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-musl/-/swc-linux-x64-musl-14.2.3.tgz", + "integrity": "sha512-BTAbq0LnCbF5MtoM7I/9UeUu/8ZBY0i8SFjUMCbPDOLv+un67e2JgyN4pmgfXBwy/I+RHu8q+k+MCkDN6P9ViQ==", "cpu": [ "x64" ], @@ -4652,9 +4555,9 @@ } }, "node_modules/@next/swc-win32-arm64-msvc": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-win32-arm64-msvc/-/swc-win32-arm64-msvc-14.1.3.tgz", - "integrity": "sha512-HjssFsCdsD4GHstXSQxsi2l70F/5FsRTRQp8xNgmQs15SxUfUJRvSI9qKny/jLkY3gLgiCR3+6A7wzzK0DBlfA==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-win32-arm64-msvc/-/swc-win32-arm64-msvc-14.2.3.tgz", + "integrity": "sha512-AEHIw/dhAMLNFJFJIJIyOFDzrzI5bAjI9J26gbO5xhAKHYTZ9Or04BesFPXiAYXDNdrwTP2dQceYA4dL1geu8A==", "cpu": [ "arm64" ], @@ -4667,9 +4570,9 @@ } }, "node_modules/@next/swc-win32-ia32-msvc": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-win32-ia32-msvc/-/swc-win32-ia32-msvc-14.1.3.tgz", - "integrity": "sha512-DRuxD5axfDM1/Ue4VahwSxl1O5rn61hX8/sF0HY8y0iCbpqdxw3rB3QasdHn/LJ6Wb2y5DoWzXcz3L1Cr+Thrw==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-win32-ia32-msvc/-/swc-win32-ia32-msvc-14.2.3.tgz", + "integrity": "sha512-vga40n1q6aYb0CLrM+eEmisfKCR45ixQYXuBXxOOmmoV8sYST9k7E3US32FsY+CkkF7NtzdcebiFT4CHuMSyZw==", "cpu": [ "ia32" ], @@ -4682,9 +4585,9 @@ } }, "node_modules/@next/swc-win32-x64-msvc": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/@next/swc-win32-x64-msvc/-/swc-win32-x64-msvc-14.1.3.tgz", - "integrity": "sha512-uC2DaDoWH7h1P/aJ4Fok3Xiw6P0Lo4ez7NbowW2VGNXw/Xv6tOuLUcxhBYZxsSUJtpeknCi8/fvnSpyCFp4Rcg==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/@next/swc-win32-x64-msvc/-/swc-win32-x64-msvc-14.2.3.tgz", + "integrity": "sha512-Q1/zm43RWynxrO7lW4ehciQVj+5ePBhOK+/K2P7pLFX3JaJ/IZVC69SHidrmZSOkqz7ECIOhhy7XhAFG4JYyHA==", "cpu": [ "x64" ], @@ -4754,7 +4657,7 @@ "version": "1.43.1", "resolved": "https://registry.npmjs.org/@playwright/test/-/test-1.43.1.tgz", "integrity": "sha512-HgtQzFgNEEo4TE22K/X7sYTYNqEMMTZmFS8kTq6m8hXj+m1D8TgwgIbumHddJa9h4yl4GkKb8/bgAl2+g7eDgA==", - "dev": true, + "devOptional": true, "dependencies": { "playwright": "1.43.1" }, @@ -4982,27 +4885,48 @@ } } }, - "node_modules/@radix-ui/react-direction": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-direction/-/react-direction-1.0.1.tgz", - "integrity": "sha512-RXcvnXgyvYvBEOhCBuddKecVkoMiI10Jcm5cTI7abJRAHYfFxeu+FBQs/DvdxSYucxR5mna0dNsL6QFlds5TMA==", + "node_modules/@radix-ui/react-dialog": { + "version": "1.0.5", + "resolved": "https://registry.npmjs.org/@radix-ui/react-dialog/-/react-dialog-1.0.5.tgz", + "integrity": "sha512-GjWJX/AUpB703eEBanuBnIWdIXg6NvJFCXcNlSZk4xdszCdhrJgBoUd1cGk67vFO+WdA2pfI/plOpqz/5GUP6Q==", + "dev": true, "dependencies": { - "@babel/runtime": "^7.13.10" + "@babel/runtime": "^7.13.10", + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-dismissable-layer": "1.0.5", + "@radix-ui/react-focus-guards": "1.0.1", + "@radix-ui/react-focus-scope": "1.0.4", + "@radix-ui/react-id": "1.0.1", + "@radix-ui/react-portal": "1.0.4", + "@radix-ui/react-presence": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-slot": "1.0.2", + "@radix-ui/react-use-controllable-state": "1.0.1", + "aria-hidden": "^1.1.1", + "react-remove-scroll": "2.5.5" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-dismissable-layer": { - "version": "1.0.4", - "resolved": "https://registry.npmjs.org/@radix-ui/react-dismissable-layer/-/react-dismissable-layer-1.0.4.tgz", - "integrity": "sha512-7UpBa/RKMoHJYjie1gkF1DlK8l1fdU/VKDpoS3rCCo8YBJR294GwcEHyxHw72yvphJ7ld0AXEcSLAzY2F/WyCg==", + "node_modules/@radix-ui/react-dialog/node_modules/@radix-ui/react-dismissable-layer": { + "version": "1.0.5", + "resolved": "https://registry.npmjs.org/@radix-ui/react-dismissable-layer/-/react-dismissable-layer-1.0.5.tgz", + "integrity": "sha512-aJeDjQhywg9LBu2t/At58hCvr7pEm0o2Ke1x33B+MhjNmmZ17sy4KImo0KPLgsnc/zN7GPdce8Cnn0SWvwZO7g==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", "@radix-ui/primitive": "1.0.1", @@ -5026,27 +4950,11 @@ } } }, - "node_modules/@radix-ui/react-focus-guards": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-guards/-/react-focus-guards-1.0.1.tgz", - "integrity": "sha512-Rect2dWbQ8waGzhMavsIbmSVCgYxkXLxxR3ZvCX79JOglzdEy4JXMb98lq4hPxUbLr77nP0UOGf4rcMU+s1pUA==", - "dependencies": { - "@babel/runtime": "^7.13.10" - }, - "peerDependencies": { - "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" - }, - "peerDependenciesMeta": { - "@types/react": { - "optional": true - } - } - }, - "node_modules/@radix-ui/react-focus-scope": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-scope/-/react-focus-scope-1.0.3.tgz", - "integrity": "sha512-upXdPfqI4islj2CslyfUBNlaJCPybbqRHAi1KER7Isel9Q2AtSJ0zRBZv8mWQiFXD2nyAJ4BhC3yXgZ6kMBSrQ==", + "node_modules/@radix-ui/react-dialog/node_modules/@radix-ui/react-focus-scope": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-scope/-/react-focus-scope-1.0.4.tgz", + "integrity": "sha512-sL04Mgvf+FmyvZeYfNu1EPAaaxD+aw7cYeIB9L9Fvq8+urhltTRaEo5ysKOpHuKPclsZcSUMKlN05x4u+CINpA==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", "@radix-ui/react-compose-refs": "1.0.1", @@ -5068,45 +4976,14 @@ } } }, - "node_modules/@radix-ui/react-id": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-id/-/react-id-1.0.1.tgz", - "integrity": "sha512-tI7sT/kqYp8p96yGWY1OAnLHrqDgzHefRBKQ2YAkBS5ja7QLcZ9Z/uY7bEjPUatf8RomoXM8/1sMj1IJaE5UzQ==", - "dependencies": { - "@babel/runtime": "^7.13.10", - "@radix-ui/react-use-layout-effect": "1.0.1" - }, - "peerDependencies": { - "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" - }, - "peerDependenciesMeta": { - "@types/react": { - "optional": true - } - } - }, - "node_modules/@radix-ui/react-popover": { - "version": "1.0.6", - "resolved": "https://registry.npmjs.org/@radix-ui/react-popover/-/react-popover-1.0.6.tgz", - "integrity": "sha512-cZ4defGpkZ0qTRtlIBzJLSzL6ht7ofhhW4i1+pkemjV1IKXm0wgCRnee154qlV6r9Ttunmh2TNZhMfV2bavUyA==", + "node_modules/@radix-ui/react-dialog/node_modules/@radix-ui/react-portal": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-portal/-/react-portal-1.0.4.tgz", + "integrity": "sha512-Qki+C/EuGUVCQTOTD5vzJzJuMUlewbzuKyUy+/iHM2uwGiru9gZeBJtHAPKAEkB5KWGi9mP/CHKcY0wt1aW45Q==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/primitive": "1.0.1", - "@radix-ui/react-compose-refs": "1.0.1", - "@radix-ui/react-context": "1.0.1", - "@radix-ui/react-dismissable-layer": "1.0.4", - "@radix-ui/react-focus-guards": "1.0.1", - "@radix-ui/react-focus-scope": "1.0.3", - "@radix-ui/react-id": "1.0.1", - "@radix-ui/react-popper": "1.1.2", - "@radix-ui/react-portal": "1.0.3", - "@radix-ui/react-presence": "1.0.1", - "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-slot": "1.0.2", - "@radix-ui/react-use-controllable-state": "1.0.1", - "aria-hidden": "^1.1.1", - "react-remove-scroll": "2.5.5" + "@radix-ui/react-primitive": "1.0.3" }, "peerDependencies": { "@types/react": "*", @@ -5123,10 +5000,11 @@ } } }, - "node_modules/@radix-ui/react-popover/node_modules/react-remove-scroll": { + "node_modules/@radix-ui/react-dialog/node_modules/react-remove-scroll": { "version": "2.5.5", "resolved": "https://registry.npmjs.org/react-remove-scroll/-/react-remove-scroll-2.5.5.tgz", "integrity": "sha512-ImKhrzJJsyXJfBZ4bzu8Bwpka14c/fQt0k+cyFp/PBhTfyDnU5hjOtM4AG/0AMyy8oKzOTR0lDgJIM7pYXI0kw==", + "dev": true, "dependencies": { "react-remove-scroll-bar": "^2.3.3", "react-style-singleton": "^2.2.1", @@ -5147,22 +5025,35 @@ } } }, - "node_modules/@radix-ui/react-popper": { - "version": "1.1.2", - "resolved": "https://registry.npmjs.org/@radix-ui/react-popper/-/react-popper-1.1.2.tgz", - "integrity": "sha512-1CnGGfFi/bbqtJZZ0P/NQY20xdG3E0LALJaLUEoKwPLwl6PPPfbeiCqMVQnhoFRAxjJj4RpBRJzDmUgsex2tSg==", + "node_modules/@radix-ui/react-direction": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-direction/-/react-direction-1.0.1.tgz", + "integrity": "sha512-RXcvnXgyvYvBEOhCBuddKecVkoMiI10Jcm5cTI7abJRAHYfFxeu+FBQs/DvdxSYucxR5mna0dNsL6QFlds5TMA==", "dependencies": { - "@babel/runtime": "^7.13.10", - "@floating-ui/react-dom": "^2.0.0", - "@radix-ui/react-arrow": "1.0.3", - "@radix-ui/react-compose-refs": "1.0.1", - "@radix-ui/react-context": "1.0.1", - "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-use-callback-ref": "1.0.1", - "@radix-ui/react-use-layout-effect": "1.0.1", - "@radix-ui/react-use-rect": "1.0.1", - "@radix-ui/react-use-size": "1.0.1", - "@radix-ui/rect": "1.0.1" + "@babel/runtime": "^7.13.10" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-dismissable-layer": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-dismissable-layer/-/react-dismissable-layer-1.0.4.tgz", + "integrity": "sha512-7UpBa/RKMoHJYjie1gkF1DlK8l1fdU/VKDpoS3rCCo8YBJR294GwcEHyxHw72yvphJ7ld0AXEcSLAzY2F/WyCg==", + "dev": true, + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-escape-keydown": "1.0.3" }, "peerDependencies": { "@types/react": "*", @@ -5179,13 +5070,33 @@ } } }, - "node_modules/@radix-ui/react-portal": { + "node_modules/@radix-ui/react-focus-guards": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-guards/-/react-focus-guards-1.0.1.tgz", + "integrity": "sha512-Rect2dWbQ8waGzhMavsIbmSVCgYxkXLxxR3ZvCX79JOglzdEy4JXMb98lq4hPxUbLr77nP0UOGf4rcMU+s1pUA==", + "dependencies": { + "@babel/runtime": "^7.13.10" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-focus-scope": { "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-portal/-/react-portal-1.0.3.tgz", - "integrity": "sha512-xLYZeHrWoPmA5mEKEfZZevoVRK/Q43GfzRXkWV6qawIWWK8t6ifIiLQdd7rmQ4Vk1bmI21XhqF9BN3jWf+phpA==", + "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-scope/-/react-focus-scope-1.0.3.tgz", + "integrity": "sha512-upXdPfqI4islj2CslyfUBNlaJCPybbqRHAi1KER7Isel9Q2AtSJ0zRBZv8mWQiFXD2nyAJ4BhC3yXgZ6kMBSrQ==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-primitive": "1.0.3" + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5202,15 +5113,46 @@ } } }, - "node_modules/@radix-ui/react-presence": { + "node_modules/@radix-ui/react-id": { "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-presence/-/react-presence-1.0.1.tgz", - "integrity": "sha512-UXLW4UAbIY5ZjcvzjfRFo5gxva8QirC9hF7wRE4U5gz+TP0DbRk+//qyuAQ1McDxBt1xNMBTaciFGvEmJvAZCg==", + "resolved": "https://registry.npmjs.org/@radix-ui/react-id/-/react-id-1.0.1.tgz", + "integrity": "sha512-tI7sT/kqYp8p96yGWY1OAnLHrqDgzHefRBKQ2YAkBS5ja7QLcZ9Z/uY7bEjPUatf8RomoXM8/1sMj1IJaE5UzQ==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-compose-refs": "1.0.1", "@radix-ui/react-use-layout-effect": "1.0.1" }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-popover": { + "version": "1.0.7", + "resolved": "https://registry.npmjs.org/@radix-ui/react-popover/-/react-popover-1.0.7.tgz", + "integrity": "sha512-shtvVnlsxT6faMnK/a7n0wptwBD23xc1Z5mdrtKLwVEfsEMXodS0r5s0/g5P0hX//EKYZS2sxUjqfzlg52ZSnQ==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-dismissable-layer": "1.0.5", + "@radix-ui/react-focus-guards": "1.0.1", + "@radix-ui/react-focus-scope": "1.0.4", + "@radix-ui/react-id": "1.0.1", + "@radix-ui/react-popper": "1.1.3", + "@radix-ui/react-portal": "1.0.4", + "@radix-ui/react-presence": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-slot": "1.0.2", + "@radix-ui/react-use-controllable-state": "1.0.1", + "aria-hidden": "^1.1.1", + "react-remove-scroll": "2.5.5" + }, "peerDependencies": { "@types/react": "*", "@types/react-dom": "*", @@ -5226,13 +5168,17 @@ } } }, - "node_modules/@radix-ui/react-primitive": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-primitive/-/react-primitive-1.0.3.tgz", - "integrity": "sha512-yi58uVyoAcK/Nq1inRY56ZSjKypBNKTa/1mcL8qdl6oJeEaDbOldlzrGn7P6Q3Id5d+SYNGc5AJgc4vGhjs5+g==", + "node_modules/@radix-ui/react-popover/node_modules/@radix-ui/react-dismissable-layer": { + "version": "1.0.5", + "resolved": "https://registry.npmjs.org/@radix-ui/react-dismissable-layer/-/react-dismissable-layer-1.0.5.tgz", + "integrity": "sha512-aJeDjQhywg9LBu2t/At58hCvr7pEm0o2Ke1x33B+MhjNmmZ17sy4KImo0KPLgsnc/zN7GPdce8Cnn0SWvwZO7g==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-slot": "1.0.2" + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-escape-keydown": "1.0.3" }, "peerDependencies": { "@types/react": "*", @@ -5249,21 +5195,15 @@ } } }, - "node_modules/@radix-ui/react-roving-focus": { + "node_modules/@radix-ui/react-popover/node_modules/@radix-ui/react-focus-scope": { "version": "1.0.4", - "resolved": "https://registry.npmjs.org/@radix-ui/react-roving-focus/-/react-roving-focus-1.0.4.tgz", - "integrity": "sha512-2mUg5Mgcu001VkGy+FfzZyzbmuUWzgWkj3rvv4yu+mLw03+mTzbxZHvfcGyFp2b8EkQeMkpRQ5FiA2Vr2O6TeQ==", + "resolved": "https://registry.npmjs.org/@radix-ui/react-focus-scope/-/react-focus-scope-1.0.4.tgz", + "integrity": "sha512-sL04Mgvf+FmyvZeYfNu1EPAaaxD+aw7cYeIB9L9Fvq8+urhltTRaEo5ysKOpHuKPclsZcSUMKlN05x4u+CINpA==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/primitive": "1.0.1", - "@radix-ui/react-collection": "1.0.3", "@radix-ui/react-compose-refs": "1.0.1", - "@radix-ui/react-context": "1.0.1", - "@radix-ui/react-direction": "1.0.1", - "@radix-ui/react-id": "1.0.1", "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-use-callback-ref": "1.0.1", - "@radix-ui/react-use-controllable-state": "1.0.1" + "@radix-ui/react-use-callback-ref": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5280,34 +5220,22 @@ } } }, - "node_modules/@radix-ui/react-select": { - "version": "1.2.2", - "resolved": "https://registry.npmjs.org/@radix-ui/react-select/-/react-select-1.2.2.tgz", - "integrity": "sha512-zI7McXr8fNaSrUY9mZe4x/HC0jTLY9fWNhO1oLWYMQGDXuV4UCivIGTxwioSzO0ZCYX9iSLyWmAh/1TOmX3Cnw==", - "dev": true, + "node_modules/@radix-ui/react-popover/node_modules/@radix-ui/react-popper": { + "version": "1.1.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-popper/-/react-popper-1.1.3.tgz", + "integrity": "sha512-cKpopj/5RHZWjrbF2846jBNacjQVwkP068DfmgrNJXpvVWrOvlAmE9xSiy5OqeE+Gi8D9fP+oDhUnPqNMY8/5w==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/number": "1.0.1", - "@radix-ui/primitive": "1.0.1", - "@radix-ui/react-collection": "1.0.3", + "@floating-ui/react-dom": "^2.0.0", + "@radix-ui/react-arrow": "1.0.3", "@radix-ui/react-compose-refs": "1.0.1", "@radix-ui/react-context": "1.0.1", - "@radix-ui/react-direction": "1.0.1", - "@radix-ui/react-dismissable-layer": "1.0.4", - "@radix-ui/react-focus-guards": "1.0.1", - "@radix-ui/react-focus-scope": "1.0.3", - "@radix-ui/react-id": "1.0.1", - "@radix-ui/react-popper": "1.1.2", - "@radix-ui/react-portal": "1.0.3", "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-slot": "1.0.2", "@radix-ui/react-use-callback-ref": "1.0.1", - "@radix-ui/react-use-controllable-state": "1.0.1", "@radix-ui/react-use-layout-effect": "1.0.1", - "@radix-ui/react-use-previous": "1.0.1", - "@radix-ui/react-visually-hidden": "1.0.3", - "aria-hidden": "^1.1.1", - "react-remove-scroll": "2.5.5" + "@radix-ui/react-use-rect": "1.0.1", + "@radix-ui/react-use-size": "1.0.1", + "@radix-ui/rect": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5324,11 +5252,33 @@ } } }, - "node_modules/@radix-ui/react-select/node_modules/react-remove-scroll": { + "node_modules/@radix-ui/react-popover/node_modules/@radix-ui/react-portal": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-portal/-/react-portal-1.0.4.tgz", + "integrity": "sha512-Qki+C/EuGUVCQTOTD5vzJzJuMUlewbzuKyUy+/iHM2uwGiru9gZeBJtHAPKAEkB5KWGi9mP/CHKcY0wt1aW45Q==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/react-primitive": "1.0.3" + }, + "peerDependencies": { + "@types/react": "*", + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + }, + "@types/react-dom": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-popover/node_modules/react-remove-scroll": { "version": "2.5.5", "resolved": "https://registry.npmjs.org/react-remove-scroll/-/react-remove-scroll-2.5.5.tgz", "integrity": "sha512-ImKhrzJJsyXJfBZ4bzu8Bwpka14c/fQt0k+cyFp/PBhTfyDnU5hjOtM4AG/0AMyy8oKzOTR0lDgJIM7pYXI0kw==", - "dev": true, "dependencies": { "react-remove-scroll-bar": "^2.3.3", "react-style-singleton": "^2.2.1", @@ -5349,14 +5299,23 @@ } } }, - "node_modules/@radix-ui/react-separator": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-separator/-/react-separator-1.0.3.tgz", - "integrity": "sha512-itYmTy/kokS21aiV5+Z56MZB54KrhPgn6eHDKkFeOLR34HMN2s8PaN47qZZAGnvupcjxHaFZnW4pQEh0BvvVuw==", + "node_modules/@radix-ui/react-popper": { + "version": "1.1.2", + "resolved": "https://registry.npmjs.org/@radix-ui/react-popper/-/react-popper-1.1.2.tgz", + "integrity": "sha512-1CnGGfFi/bbqtJZZ0P/NQY20xdG3E0LALJaLUEoKwPLwl6PPPfbeiCqMVQnhoFRAxjJj4RpBRJzDmUgsex2tSg==", "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-primitive": "1.0.3" + "@floating-ui/react-dom": "^2.0.0", + "@radix-ui/react-arrow": "1.0.3", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-layout-effect": "1.0.1", + "@radix-ui/react-use-rect": "1.0.1", + "@radix-ui/react-use-size": "1.0.1", + "@radix-ui/rect": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5373,33 +5332,38 @@ } } }, - "node_modules/@radix-ui/react-slot": { - "version": "1.0.2", - "resolved": "https://registry.npmjs.org/@radix-ui/react-slot/-/react-slot-1.0.2.tgz", - "integrity": "sha512-YeTpuq4deV+6DusvVUW4ivBgnkHwECUu0BiN43L5UCDFgdhsRUWAghhTF5MbvNTPzmiFOx90asDSUjWuCNapwg==", + "node_modules/@radix-ui/react-portal": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-portal/-/react-portal-1.0.3.tgz", + "integrity": "sha512-xLYZeHrWoPmA5mEKEfZZevoVRK/Q43GfzRXkWV6qawIWWK8t6ifIiLQdd7rmQ4Vk1bmI21XhqF9BN3jWf+phpA==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-compose-refs": "1.0.1" + "@radix-ui/react-primitive": "1.0.3" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-toggle": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-toggle/-/react-toggle-1.0.3.tgz", - "integrity": "sha512-Pkqg3+Bc98ftZGsl60CLANXQBBQ4W3mTFS9EJvNxKMZ7magklKV69/id1mlAlOFDDfHvlCms0fx8fA4CMKDJHg==", + "node_modules/@radix-ui/react-presence": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-presence/-/react-presence-1.0.1.tgz", + "integrity": "sha512-UXLW4UAbIY5ZjcvzjfRFo5gxva8QirC9hF7wRE4U5gz+TP0DbRk+//qyuAQ1McDxBt1xNMBTaciFGvEmJvAZCg==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/primitive": "1.0.1", - "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-use-controllable-state": "1.0.1" + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-use-layout-effect": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5416,19 +5380,13 @@ } } }, - "node_modules/@radix-ui/react-toggle-group": { - "version": "1.0.4", - "resolved": "https://registry.npmjs.org/@radix-ui/react-toggle-group/-/react-toggle-group-1.0.4.tgz", - "integrity": "sha512-Uaj/M/cMyiyT9Bx6fOZO0SAG4Cls0GptBWiBmBxofmDbNVnYYoyRWj/2M/6VCi/7qcXFWnHhRUfdfZFvvkuu8A==", + "node_modules/@radix-ui/react-primitive": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-primitive/-/react-primitive-1.0.3.tgz", + "integrity": "sha512-yi58uVyoAcK/Nq1inRY56ZSjKypBNKTa/1mcL8qdl6oJeEaDbOldlzrGn7P6Q3Id5d+SYNGc5AJgc4vGhjs5+g==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/primitive": "1.0.1", - "@radix-ui/react-context": "1.0.1", - "@radix-ui/react-direction": "1.0.1", - "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-roving-focus": "1.0.4", - "@radix-ui/react-toggle": "1.0.3", - "@radix-ui/react-use-controllable-state": "1.0.1" + "@radix-ui/react-slot": "1.0.2" }, "peerDependencies": { "@types/react": "*", @@ -5445,20 +5403,21 @@ } } }, - "node_modules/@radix-ui/react-toolbar": { + "node_modules/@radix-ui/react-roving-focus": { "version": "1.0.4", - "resolved": "https://registry.npmjs.org/@radix-ui/react-toolbar/-/react-toolbar-1.0.4.tgz", - "integrity": "sha512-tBgmM/O7a07xbaEkYJWYTXkIdU/1pW4/KZORR43toC/4XWyBCURK0ei9kMUdp+gTPPKBgYLxXmRSH1EVcIDp8Q==", - "dev": true, + "resolved": "https://registry.npmjs.org/@radix-ui/react-roving-focus/-/react-roving-focus-1.0.4.tgz", + "integrity": "sha512-2mUg5Mgcu001VkGy+FfzZyzbmuUWzgWkj3rvv4yu+mLw03+mTzbxZHvfcGyFp2b8EkQeMkpRQ5FiA2Vr2O6TeQ==", "dependencies": { "@babel/runtime": "^7.13.10", "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-collection": "1.0.3", + "@radix-ui/react-compose-refs": "1.0.1", "@radix-ui/react-context": "1.0.1", "@radix-ui/react-direction": "1.0.1", + "@radix-ui/react-id": "1.0.1", "@radix-ui/react-primitive": "1.0.3", - "@radix-ui/react-roving-focus": "1.0.4", - "@radix-ui/react-separator": "1.0.3", - "@radix-ui/react-toggle-group": "1.0.4" + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-controllable-state": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5475,24 +5434,34 @@ } } }, - "node_modules/@radix-ui/react-tooltip": { - "version": "1.0.6", - "resolved": "https://registry.npmjs.org/@radix-ui/react-tooltip/-/react-tooltip-1.0.6.tgz", - "integrity": "sha512-DmNFOiwEc2UDigsYj6clJENma58OelxD24O4IODoZ+3sQc3Zb+L8w1EP+y9laTuKCLAysPw4fD6/v0j4KNV8rg==", + "node_modules/@radix-ui/react-select": { + "version": "1.2.2", + "resolved": "https://registry.npmjs.org/@radix-ui/react-select/-/react-select-1.2.2.tgz", + "integrity": "sha512-zI7McXr8fNaSrUY9mZe4x/HC0jTLY9fWNhO1oLWYMQGDXuV4UCivIGTxwioSzO0ZCYX9iSLyWmAh/1TOmX3Cnw==", + "dev": true, "dependencies": { "@babel/runtime": "^7.13.10", + "@radix-ui/number": "1.0.1", "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-collection": "1.0.3", "@radix-ui/react-compose-refs": "1.0.1", "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-direction": "1.0.1", "@radix-ui/react-dismissable-layer": "1.0.4", + "@radix-ui/react-focus-guards": "1.0.1", + "@radix-ui/react-focus-scope": "1.0.3", "@radix-ui/react-id": "1.0.1", "@radix-ui/react-popper": "1.1.2", "@radix-ui/react-portal": "1.0.3", - "@radix-ui/react-presence": "1.0.1", "@radix-ui/react-primitive": "1.0.3", "@radix-ui/react-slot": "1.0.2", + "@radix-ui/react-use-callback-ref": "1.0.1", "@radix-ui/react-use-controllable-state": "1.0.1", - "@radix-ui/react-visually-hidden": "1.0.3" + "@radix-ui/react-use-layout-effect": "1.0.1", + "@radix-ui/react-use-previous": "1.0.1", + "@radix-ui/react-visually-hidden": "1.0.3", + "aria-hidden": "^1.1.1", + "react-remove-scroll": "2.5.5" }, "peerDependencies": { "@types/react": "*", @@ -5509,30 +5478,62 @@ } } }, - "node_modules/@radix-ui/react-use-callback-ref": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-callback-ref/-/react-use-callback-ref-1.0.1.tgz", - "integrity": "sha512-D94LjX4Sp0xJFVaoQOd3OO9k7tpBYNOXdVhkltUbGv2Qb9OXdrg/CpsjlZv7ia14Sylv398LswWBVVu5nqKzAQ==", + "node_modules/@radix-ui/react-select/node_modules/react-remove-scroll": { + "version": "2.5.5", + "resolved": "https://registry.npmjs.org/react-remove-scroll/-/react-remove-scroll-2.5.5.tgz", + "integrity": "sha512-ImKhrzJJsyXJfBZ4bzu8Bwpka14c/fQt0k+cyFp/PBhTfyDnU5hjOtM4AG/0AMyy8oKzOTR0lDgJIM7pYXI0kw==", + "dev": true, "dependencies": { - "@babel/runtime": "^7.13.10" + "react-remove-scroll-bar": "^2.3.3", + "react-style-singleton": "^2.2.1", + "tslib": "^2.1.0", + "use-callback-ref": "^1.3.0", + "use-sidecar": "^1.1.2" + }, + "engines": { + "node": ">=10" + }, + "peerDependencies": { + "@types/react": "^16.8.0 || ^17.0.0 || ^18.0.0", + "react": "^16.8.0 || ^17.0.0 || ^18.0.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-separator": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-separator/-/react-separator-1.0.3.tgz", + "integrity": "sha512-itYmTy/kokS21aiV5+Z56MZB54KrhPgn6eHDKkFeOLR34HMN2s8PaN47qZZAGnvupcjxHaFZnW4pQEh0BvvVuw==", + "dev": true, + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/react-primitive": "1.0.3" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-use-controllable-state": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-controllable-state/-/react-use-controllable-state-1.0.1.tgz", - "integrity": "sha512-Svl5GY5FQeN758fWKrjM6Qb7asvXeiZltlT4U2gVfl8Gx5UAv2sMR0LWo8yhsIZh2oQ0eFdZ59aoOOMV7b47VA==", + "node_modules/@radix-ui/react-slot": { + "version": "1.0.2", + "resolved": "https://registry.npmjs.org/@radix-ui/react-slot/-/react-slot-1.0.2.tgz", + "integrity": "sha512-YeTpuq4deV+6DusvVUW4ivBgnkHwECUu0BiN43L5UCDFgdhsRUWAghhTF5MbvNTPzmiFOx90asDSUjWuCNapwg==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-use-callback-ref": "1.0.1" + "@radix-ui/react-compose-refs": "1.0.1" }, "peerDependencies": { "@types/react": "*", @@ -5544,99 +5545,187 @@ } } }, - "node_modules/@radix-ui/react-use-escape-keydown": { + "node_modules/@radix-ui/react-toggle": { "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-escape-keydown/-/react-use-escape-keydown-1.0.3.tgz", - "integrity": "sha512-vyL82j40hcFicA+M4Ex7hVkB9vHgSse1ZWomAqV2Je3RleKGO5iM8KMOEtfoSB0PnIelMd2lATjTGMYqN5ylTg==", + "resolved": "https://registry.npmjs.org/@radix-ui/react-toggle/-/react-toggle-1.0.3.tgz", + "integrity": "sha512-Pkqg3+Bc98ftZGsl60CLANXQBBQ4W3mTFS9EJvNxKMZ7magklKV69/id1mlAlOFDDfHvlCms0fx8fA4CMKDJHg==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-use-callback-ref": "1.0.1" + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-controllable-state": "1.0.1" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-use-layout-effect": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-layout-effect/-/react-use-layout-effect-1.0.1.tgz", - "integrity": "sha512-v/5RegiJWYdoCvMnITBkNNx6bCj20fiaJnWtRkU18yITptraXjffz5Qbn05uOiQnOvi+dbkznkoaMltz1GnszQ==", + "node_modules/@radix-ui/react-toggle-group": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-toggle-group/-/react-toggle-group-1.0.4.tgz", + "integrity": "sha512-Uaj/M/cMyiyT9Bx6fOZO0SAG4Cls0GptBWiBmBxofmDbNVnYYoyRWj/2M/6VCi/7qcXFWnHhRUfdfZFvvkuu8A==", "dependencies": { - "@babel/runtime": "^7.13.10" + "@babel/runtime": "^7.13.10", + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-direction": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-roving-focus": "1.0.4", + "@radix-ui/react-toggle": "1.0.3", + "@radix-ui/react-use-controllable-state": "1.0.1" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-use-previous": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-previous/-/react-use-previous-1.0.1.tgz", - "integrity": "sha512-cV5La9DPwiQ7S0gf/0qiD6YgNqM5Fk97Kdrlc5yBcrF3jyEZQwm7vYFqMo4IfeHgJXsRaMvLABFtd0OVEmZhDw==", + "node_modules/@radix-ui/react-toolbar": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-toolbar/-/react-toolbar-1.0.4.tgz", + "integrity": "sha512-tBgmM/O7a07xbaEkYJWYTXkIdU/1pW4/KZORR43toC/4XWyBCURK0ei9kMUdp+gTPPKBgYLxXmRSH1EVcIDp8Q==", "dev": true, "dependencies": { - "@babel/runtime": "^7.13.10" + "@babel/runtime": "^7.13.10", + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-direction": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-roving-focus": "1.0.4", + "@radix-ui/react-separator": "1.0.3", + "@radix-ui/react-toggle-group": "1.0.4" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-use-rect": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-rect/-/react-use-rect-1.0.1.tgz", - "integrity": "sha512-Cq5DLuSiuYVKNU8orzJMbl15TXilTnJKUCltMVQg53BQOF1/C5toAaGrowkgksdBQ9H+SRL23g0HDmg9tvmxXw==", + "node_modules/@radix-ui/react-tooltip": { + "version": "1.0.7", + "resolved": "https://registry.npmjs.org/@radix-ui/react-tooltip/-/react-tooltip-1.0.7.tgz", + "integrity": "sha512-lPh5iKNFVQ/jav/j6ZrWq3blfDJ0OH9R6FlNUHPMqdLuQ9vwDgFsRxvl8b7Asuy5c8xmoojHUxKHQSOAvMHxyw==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/rect": "1.0.1" + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-dismissable-layer": "1.0.5", + "@radix-ui/react-id": "1.0.1", + "@radix-ui/react-popper": "1.1.3", + "@radix-ui/react-portal": "1.0.4", + "@radix-ui/react-presence": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-slot": "1.0.2", + "@radix-ui/react-use-controllable-state": "1.0.1", + "@radix-ui/react-visually-hidden": "1.0.3" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-use-size": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/react-use-size/-/react-use-size-1.0.1.tgz", - "integrity": "sha512-ibay+VqrgcaI6veAojjofPATwledXiSmX+C0KrBk/xgpX9rBzPV3OsfwlhQdUOFbh+LKQorLYT+xTXW9V8yd0g==", + "node_modules/@radix-ui/react-tooltip/node_modules/@radix-ui/react-dismissable-layer": { + "version": "1.0.5", + "resolved": "https://registry.npmjs.org/@radix-ui/react-dismissable-layer/-/react-dismissable-layer-1.0.5.tgz", + "integrity": "sha512-aJeDjQhywg9LBu2t/At58hCvr7pEm0o2Ke1x33B+MhjNmmZ17sy4KImo0KPLgsnc/zN7GPdce8Cnn0SWvwZO7g==", "dependencies": { "@babel/runtime": "^7.13.10", - "@radix-ui/react-use-layout-effect": "1.0.1" + "@radix-ui/primitive": "1.0.1", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-escape-keydown": "1.0.3" }, "peerDependencies": { "@types/react": "*", - "react": "^16.8 || ^17.0 || ^18.0" + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" }, "peerDependenciesMeta": { "@types/react": { "optional": true + }, + "@types/react-dom": { + "optional": true } } }, - "node_modules/@radix-ui/react-visually-hidden": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/@radix-ui/react-visually-hidden/-/react-visually-hidden-1.0.3.tgz", - "integrity": "sha512-D4w41yN5YRKtu464TLnByKzMDG/JlMPHtfZgQAu9v6mNakUqGUI9vUrfQKz8NK41VMm/xbZbh76NUTVtIYqOMA==", + "node_modules/@radix-ui/react-tooltip/node_modules/@radix-ui/react-popper": { + "version": "1.1.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-popper/-/react-popper-1.1.3.tgz", + "integrity": "sha512-cKpopj/5RHZWjrbF2846jBNacjQVwkP068DfmgrNJXpvVWrOvlAmE9xSiy5OqeE+Gi8D9fP+oDhUnPqNMY8/5w==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@floating-ui/react-dom": "^2.0.0", + "@radix-ui/react-arrow": "1.0.3", + "@radix-ui/react-compose-refs": "1.0.1", + "@radix-ui/react-context": "1.0.1", + "@radix-ui/react-primitive": "1.0.3", + "@radix-ui/react-use-callback-ref": "1.0.1", + "@radix-ui/react-use-layout-effect": "1.0.1", + "@radix-ui/react-use-rect": "1.0.1", + "@radix-ui/react-use-size": "1.0.1", + "@radix-ui/rect": "1.0.1" + }, + "peerDependencies": { + "@types/react": "*", + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + }, + "@types/react-dom": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-tooltip/node_modules/@radix-ui/react-portal": { + "version": "1.0.4", + "resolved": "https://registry.npmjs.org/@radix-ui/react-portal/-/react-portal-1.0.4.tgz", + "integrity": "sha512-Qki+C/EuGUVCQTOTD5vzJzJuMUlewbzuKyUy+/iHM2uwGiru9gZeBJtHAPKAEkB5KWGi9mP/CHKcY0wt1aW45Q==", "dependencies": { "@babel/runtime": "^7.13.10", "@radix-ui/react-primitive": "1.0.3" @@ -5656,42 +5745,189 @@ } } }, - "node_modules/@radix-ui/rect": { + "node_modules/@radix-ui/react-use-callback-ref": { "version": "1.0.1", - "resolved": "https://registry.npmjs.org/@radix-ui/rect/-/rect-1.0.1.tgz", - "integrity": "sha512-fyrgCaedtvMg9NK3en0pnOYJdtfwxUcNolezkNPUsoX57X8oQk+NkqcvzHXD2uKNij6GXmWU9NDru2IWjrO4BQ==", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-callback-ref/-/react-use-callback-ref-1.0.1.tgz", + "integrity": "sha512-D94LjX4Sp0xJFVaoQOd3OO9k7tpBYNOXdVhkltUbGv2Qb9OXdrg/CpsjlZv7ia14Sylv398LswWBVVu5nqKzAQ==", "dependencies": { "@babel/runtime": "^7.13.10" - } - }, - "node_modules/@react-email/body": { - "version": "0.0.7", - "resolved": "https://registry.npmjs.org/@react-email/body/-/body-0.0.7.tgz", - "integrity": "sha512-vjJ5P1MUNWV0KNivaEWA6MGj/I3c764qQJMsKjCHlW6mkFJ4SXbm2OlQFtKAb++Bj8LDqBlnE6oW77bWcMc0NA==", + }, "peerDependencies": { - "react": "18.2.0" + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } } }, - "node_modules/@react-email/button": { - "version": "0.0.14", - "resolved": "https://registry.npmjs.org/@react-email/button/-/button-0.0.14.tgz", - "integrity": "sha512-SMk40moGcAvkHIALX4XercQlK0PNeeEIam6OXHw68ea9WtzzqVwiK4pzLY0iiMI9B4xWHcaS2lCPf3cKbQBf1Q==", - "engines": { - "node": ">=18.0.0" + "node_modules/@radix-ui/react-use-controllable-state": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-controllable-state/-/react-use-controllable-state-1.0.1.tgz", + "integrity": "sha512-Svl5GY5FQeN758fWKrjM6Qb7asvXeiZltlT4U2gVfl8Gx5UAv2sMR0LWo8yhsIZh2oQ0eFdZ59aoOOMV7b47VA==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/react-use-callback-ref": "1.0.1" }, "peerDependencies": { - "react": "18.2.0" + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } } }, - "node_modules/@react-email/code-block": { - "version": "0.0.3", - "resolved": "https://registry.npmjs.org/@react-email/code-block/-/code-block-0.0.3.tgz", - "integrity": "sha512-nxhl7WjjM2cOYtl0boBZfSObTrUCz2LbarcMyHkTVAsA9rbjbtWAQF7jmlefXJusk3Uol5l2c8hTh2lHLlHTRQ==", + "node_modules/@radix-ui/react-use-escape-keydown": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-escape-keydown/-/react-use-escape-keydown-1.0.3.tgz", + "integrity": "sha512-vyL82j40hcFicA+M4Ex7hVkB9vHgSse1ZWomAqV2Je3RleKGO5iM8KMOEtfoSB0PnIelMd2lATjTGMYqN5ylTg==", "dependencies": { - "prismjs": "1.29.0" - }, - "engines": { - "node": ">=18.0.0" + "@babel/runtime": "^7.13.10", + "@radix-ui/react-use-callback-ref": "1.0.1" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-use-layout-effect": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-layout-effect/-/react-use-layout-effect-1.0.1.tgz", + "integrity": "sha512-v/5RegiJWYdoCvMnITBkNNx6bCj20fiaJnWtRkU18yITptraXjffz5Qbn05uOiQnOvi+dbkznkoaMltz1GnszQ==", + "dependencies": { + "@babel/runtime": "^7.13.10" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-use-previous": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-previous/-/react-use-previous-1.0.1.tgz", + "integrity": "sha512-cV5La9DPwiQ7S0gf/0qiD6YgNqM5Fk97Kdrlc5yBcrF3jyEZQwm7vYFqMo4IfeHgJXsRaMvLABFtd0OVEmZhDw==", + "dev": true, + "dependencies": { + "@babel/runtime": "^7.13.10" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-use-rect": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-rect/-/react-use-rect-1.0.1.tgz", + "integrity": "sha512-Cq5DLuSiuYVKNU8orzJMbl15TXilTnJKUCltMVQg53BQOF1/C5toAaGrowkgksdBQ9H+SRL23g0HDmg9tvmxXw==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/rect": "1.0.1" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-use-size": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/react-use-size/-/react-use-size-1.0.1.tgz", + "integrity": "sha512-ibay+VqrgcaI6veAojjofPATwledXiSmX+C0KrBk/xgpX9rBzPV3OsfwlhQdUOFbh+LKQorLYT+xTXW9V8yd0g==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/react-use-layout-effect": "1.0.1" + }, + "peerDependencies": { + "@types/react": "*", + "react": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + } + } + }, + "node_modules/@radix-ui/react-visually-hidden": { + "version": "1.0.3", + "resolved": "https://registry.npmjs.org/@radix-ui/react-visually-hidden/-/react-visually-hidden-1.0.3.tgz", + "integrity": "sha512-D4w41yN5YRKtu464TLnByKzMDG/JlMPHtfZgQAu9v6mNakUqGUI9vUrfQKz8NK41VMm/xbZbh76NUTVtIYqOMA==", + "dependencies": { + "@babel/runtime": "^7.13.10", + "@radix-ui/react-primitive": "1.0.3" + }, + "peerDependencies": { + "@types/react": "*", + "@types/react-dom": "*", + "react": "^16.8 || ^17.0 || ^18.0", + "react-dom": "^16.8 || ^17.0 || ^18.0" + }, + "peerDependenciesMeta": { + "@types/react": { + "optional": true + }, + "@types/react-dom": { + "optional": true + } + } + }, + "node_modules/@radix-ui/rect": { + "version": "1.0.1", + "resolved": "https://registry.npmjs.org/@radix-ui/rect/-/rect-1.0.1.tgz", + "integrity": "sha512-fyrgCaedtvMg9NK3en0pnOYJdtfwxUcNolezkNPUsoX57X8oQk+NkqcvzHXD2uKNij6GXmWU9NDru2IWjrO4BQ==", + "dependencies": { + "@babel/runtime": "^7.13.10" + } + }, + "node_modules/@react-email/body": { + "version": "0.0.7", + "resolved": "https://registry.npmjs.org/@react-email/body/-/body-0.0.7.tgz", + "integrity": "sha512-vjJ5P1MUNWV0KNivaEWA6MGj/I3c764qQJMsKjCHlW6mkFJ4SXbm2OlQFtKAb++Bj8LDqBlnE6oW77bWcMc0NA==", + "peerDependencies": { + "react": "18.2.0" + } + }, + "node_modules/@react-email/button": { + "version": "0.0.14", + "resolved": "https://registry.npmjs.org/@react-email/button/-/button-0.0.14.tgz", + "integrity": "sha512-SMk40moGcAvkHIALX4XercQlK0PNeeEIam6OXHw68ea9WtzzqVwiK4pzLY0iiMI9B4xWHcaS2lCPf3cKbQBf1Q==", + "engines": { + "node": ">=18.0.0" + }, + "peerDependencies": { + "react": "18.2.0" + } + }, + "node_modules/@react-email/code-block": { + "version": "0.0.3", + "resolved": "https://registry.npmjs.org/@react-email/code-block/-/code-block-0.0.3.tgz", + "integrity": "sha512-nxhl7WjjM2cOYtl0boBZfSObTrUCz2LbarcMyHkTVAsA9rbjbtWAQF7jmlefXJusk3Uol5l2c8hTh2lHLlHTRQ==", + "dependencies": { + "prismjs": "1.29.0" + }, + "engines": { + "node": ">=18.0.0" }, "peerDependencies": { "react": "18.2.0" @@ -5865,20 +6101,6 @@ "react": "18.2.0" } }, - "node_modules/@react-email/markdown": { - "version": "0.0.8", - "resolved": "https://registry.npmjs.org/@react-email/markdown/-/markdown-0.0.8.tgz", - "integrity": "sha512-x/2iTWskE0XoM13Rx80ckwbWaWdS6koYvxW6PHkOJ/k88NPnDIm+TaYvvg2DYSFJAUI0gK/LmIwenbebgNDS+w==", - "dependencies": { - "md-to-react-email": "4.1.0" - }, - "engines": { - "node": ">=18.0.0" - }, - "peerDependencies": { - "react": "18.2.0" - } - }, "node_modules/@react-email/preview": { "version": "0.0.8", "resolved": "https://registry.npmjs.org/@react-email/preview/-/preview-0.0.8.tgz", @@ -6012,11 +6234,16 @@ "integrity": "sha512-RNiOoTPkptFtSVzQevY/yWtZwf/RxyVnPy/OcA9HBM3MlGDnBEYL5B41H0MTn0Uec8Hi+2qUtTfG2WWZBmMejQ==", "dev": true }, - "node_modules/@sinclair/typebox": { - "version": "0.27.8", - "resolved": "https://registry.npmjs.org/@sinclair/typebox/-/typebox-0.27.8.tgz", - "integrity": "sha512-+Fj43pSMwJs4KRrH/938Uf+uAELIgVBmQzg/q1YG10djyfA3TnrU8N8XzqCh/okZdszqBQTZf96idMfE5lnwTA==", - "dev": true + "node_modules/@sindresorhus/merge-streams": { + "version": "2.3.0", + "resolved": "https://registry.npmjs.org/@sindresorhus/merge-streams/-/merge-streams-2.3.0.tgz", + "integrity": "sha512-LtoMMhxAlorcGhmFYI+LhPgbPZCkgP6ra1YL604EeF6U98pLlQ3iWIGMdWSC+vWmPBWBNgmDBAhnAobLROJmwg==", + "engines": { + "node": ">=18" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } }, "node_modules/@socket.io/component-emitter": { "version": "3.1.0", @@ -6024,12 +6251,12 @@ "integrity": "sha512-+9jVqKhRSpsc591z5vX+X5Yyw+he/HCB4iQ/RYxw35CEPaY1gnsNE43nf9n9AaYjAQrTiI/mOwKUKdUs9vf7Xg==" }, "node_modules/@storybook/addon-actions": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-actions/-/addon-actions-7.6.16.tgz", - "integrity": "sha512-wCpZljLXnu08TZzp+qL5AXousfUBzY6TgHVwn4yoZkMhPg3WLxZTceKYnc+XAxoMmdTrDjwanEF7v/uQ9eu64Q==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-actions/-/addon-actions-8.1.6.tgz", + "integrity": "sha512-EbiAdbtXN/UM4by3+qisbrQmElaIfahgNqffbst6GiCTmUCVE5if6geL1mzKd/u/rZOzx5g0EG76x8N9yDjOtg==", "dev": true, "dependencies": { - "@storybook/core-events": "7.6.16", + "@storybook/core-events": "8.1.6", "@storybook/global": "^5.0.0", "@types/uuid": "^9.0.1", "dequal": "^2.0.2", @@ -6041,10 +6268,24 @@ "url": "https://opencollective.com/storybook" } }, + "node_modules/@storybook/addon-actions/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, + "dependencies": { + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, "node_modules/@storybook/addon-backgrounds": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-backgrounds/-/addon-backgrounds-7.6.16.tgz", - "integrity": "sha512-q9985hjtoX3ytvReV2YC4UY0FVASXFq2fW6RNOrrivw81UbW2SWxVG01vh7ZXjMrWbQ6r3yC05X9vVAmCa7TdQ==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-backgrounds/-/addon-backgrounds-8.1.6.tgz", + "integrity": "sha512-mrBG5mkcMg6vpRUtNxyYaseD4ucrG+mZiqZnXcx8LWzwDMOd4mOODvap286z+Si0Fl1etbGDDhPU9+hV+o1arw==", "dev": true, "dependencies": { "@storybook/global": "^5.0.0", @@ -6057,12 +6298,13 @@ } }, "node_modules/@storybook/addon-controls": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-controls/-/addon-controls-7.6.16.tgz", - "integrity": "sha512-WeIuwyGxaMMClWSHhSH0ibwPSarEFtxE6SPQxCTmGIeD11bn5vQ6UUrmm9A2xbFqHOJBoB60TJhw69alnI0AHA==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-controls/-/addon-controls-8.1.6.tgz", + "integrity": "sha512-hDMsu4yRP/ySb/G7hbd7nSFhVNz+F9hnizJGJX4XGuiSx7rAEYjvfKQKkawxTP+VeAw6iZPj1fukvOrMCQ0xxQ==", "dev": true, "dependencies": { - "@storybook/blocks": "7.6.16", + "@storybook/blocks": "8.1.6", + "dequal": "^2.0.2", "lodash": "^4.17.21", "ts-dedent": "^2.0.0" }, @@ -6071,166 +6313,471 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/addon-controls/node_modules/@storybook/blocks": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/blocks/-/blocks-7.6.16.tgz", - "integrity": "sha512-rWG9a7BbK0qYvge1oJTIpAbcQ4eOSxetKqgeZc7jxQGeJw0Xvq7C/CmkBY4ZrdP8nj7M7R1Yw49u6OV4aXlyOg==", + "node_modules/@storybook/addon-docs": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-docs/-/addon-docs-8.1.6.tgz", + "integrity": "sha512-ejTbjDhaHn6IeTma/pwn8OutDzIqbMJKNhZx24W4FE/qvYInZIK/9gYPU9/oLKZ7FImqP3s1e4+RxDBgsq21lA==", + "dev": true, + "dependencies": { + "@babel/core": "^7.24.4", + "@mdx-js/react": "^3.0.0", + "@storybook/blocks": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/components": "8.1.6", + "@storybook/csf-plugin": "8.1.6", + "@storybook/csf-tools": "8.1.6", + "@storybook/global": "^5.0.0", + "@storybook/node-logger": "8.1.6", + "@storybook/preview-api": "8.1.6", + "@storybook/react-dom-shim": "8.1.6", + "@storybook/theming": "8.1.6", + "@storybook/types": "8.1.6", + "@types/react": "^16.8.0 || ^17.0.0 || ^18.0.0", + "fs-extra": "^11.1.0", + "react": "^16.8.0 || ^17.0.0 || ^18.0.0", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0", + "rehype-external-links": "^3.0.0", + "rehype-slug": "^6.0.0", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-docs/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", "dev": true, "dependencies": { - "@storybook/channels": "7.6.16", - "@storybook/client-logger": "7.6.16", - "@storybook/components": "7.6.16", - "@storybook/core-events": "7.6.16", - "@storybook/csf": "^0.1.2", - "@storybook/docs-tools": "7.6.16", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", "@storybook/global": "^5.0.0", - "@storybook/manager-api": "7.6.16", - "@storybook/preview-api": "7.6.16", - "@storybook/theming": "7.6.16", - "@storybook/types": "7.6.16", - "@types/lodash": "^4.14.167", - "color-convert": "^2.0.1", - "dequal": "^2.0.2", - "lodash": "^4.17.21", - "markdown-to-jsx": "^7.1.8", - "memoizerific": "^1.11.3", - "polished": "^4.2.2", - "react-colorful": "^5.1.2", "telejson": "^7.2.0", - "tocbot": "^4.20.1", - "ts-dedent": "^2.0.0", - "util-deprecate": "^1.0.2" + "tiny-invariant": "^1.3.1" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-docs/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/addon-docs": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-docs/-/addon-docs-7.6.16.tgz", - "integrity": "sha512-X4WLAwwxGq9ki49FtERT5VHstGeZYca+l+8lxVXW6NQYuQ1xCeSy5puwknDv5p5u4thIVW2Fa4Uvma7wCfddtg==", - "dev": true, - "dependencies": { - "@jest/transform": "^29.3.1", - "@mdx-js/react": "^2.1.5", - "@storybook/blocks": "7.6.16", - "@storybook/client-logger": "7.6.16", - "@storybook/components": "7.6.16", - "@storybook/csf-plugin": "7.6.16", - "@storybook/csf-tools": "7.6.16", - "@storybook/global": "^5.0.0", - "@storybook/mdx2-csf": "^1.0.0", - "@storybook/node-logger": "7.6.16", - "@storybook/postinstall": "7.6.16", - "@storybook/preview-api": "7.6.16", - "@storybook/react-dom-shim": "7.6.16", - "@storybook/theming": "7.6.16", - "@storybook/types": "7.6.16", - "fs-extra": "^11.1.0", - "remark-external-links": "^8.0.0", - "remark-slug": "^6.0.0", + "node_modules/@storybook/addon-docs/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, + "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" - }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" } }, - "node_modules/@storybook/addon-docs/node_modules/@storybook/blocks": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/blocks/-/blocks-7.6.16.tgz", - "integrity": "sha512-rWG9a7BbK0qYvge1oJTIpAbcQ4eOSxetKqgeZc7jxQGeJw0Xvq7C/CmkBY4ZrdP8nj7M7R1Yw49u6OV4aXlyOg==", + "node_modules/@storybook/addon-docs/node_modules/@storybook/node-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.6.tgz", + "integrity": "sha512-IZEiTLFHu8Oom/vdEGpisSw5CfU+cw6/fTaX1P3EVClFOWVuy8/3X5MPu4wJH3jPym6E2DBduIUFeRsiuq61gA==", + "dev": true, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-docs/node_modules/@storybook/preview-api": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.1.6.tgz", + "integrity": "sha512-g9EvVg/DYqmjMh1uivJBJnSIvURyuK4LLabYicQNmYdQJscAeXX2bpMcA4aeci9BBm9B2RP7JbSnq7DbXZaJYA==", "dev": true, "dependencies": { - "@storybook/channels": "7.6.16", - "@storybook/client-logger": "7.6.16", - "@storybook/components": "7.6.16", - "@storybook/core-events": "7.6.16", - "@storybook/csf": "^0.1.2", - "@storybook/docs-tools": "7.6.16", + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", - "@storybook/manager-api": "7.6.16", - "@storybook/preview-api": "7.6.16", - "@storybook/theming": "7.6.16", - "@storybook/types": "7.6.16", - "@types/lodash": "^4.14.167", - "color-convert": "^2.0.1", + "@storybook/types": "8.1.6", + "@types/qs": "^6.9.5", "dequal": "^2.0.2", "lodash": "^4.17.21", - "markdown-to-jsx": "^7.1.8", "memoizerific": "^1.11.3", - "polished": "^4.2.2", - "react-colorful": "^5.1.2", - "telejson": "^7.2.0", - "tocbot": "^4.20.1", + "qs": "^6.10.0", + "tiny-invariant": "^1.3.1", "ts-dedent": "^2.0.0", "util-deprecate": "^1.0.2" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" - }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" } }, - "node_modules/@storybook/addon-essentials": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-essentials/-/addon-essentials-7.6.16.tgz", - "integrity": "sha512-LTrsud7yphxA7dpbk8TvIsHXqk5Wkq3JAwby3yQDEOFakpgNeXj8b6rlr9CHJja2p13pB4LuXokLk8t+qJGnQQ==", - "dev": true, - "dependencies": { - "@storybook/addon-actions": "7.6.16", - "@storybook/addon-backgrounds": "7.6.16", - "@storybook/addon-controls": "7.6.16", - "@storybook/addon-docs": "7.6.16", - "@storybook/addon-highlight": "7.6.16", - "@storybook/addon-measure": "7.6.16", - "@storybook/addon-outline": "7.6.16", - "@storybook/addon-toolbars": "7.6.16", - "@storybook/addon-viewport": "7.6.16", - "@storybook/core-common": "7.6.16", - "@storybook/manager-api": "7.6.16", - "@storybook/node-logger": "7.6.16", - "@storybook/preview-api": "7.6.16", - "ts-dedent": "^2.0.0" - }, + "node_modules/@storybook/addon-docs/node_modules/@storybook/react-dom-shim": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/react-dom-shim/-/react-dom-shim-8.1.6.tgz", + "integrity": "sha512-qP5nkAmpGFy/gshO+bVjRo1rgo/6UVDElgOd2dlUtYnfdPONiOfWko2XGYKKfxa6Cp7KU35JlZz/kHGqWG31zQ==", + "dev": true, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" } }, - "node_modules/@storybook/addon-highlight": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-highlight/-/addon-highlight-7.6.16.tgz", - "integrity": "sha512-DJtUBiButx6cz55eaRe5JFVBORVtp3Htr9PnxWVGEy4Ki5aoYCYWxMcPOuXVFvtWgBmh6d3HO0pEd888qPr60g==", + "node_modules/@storybook/addon-docs/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", "dev": true, "dependencies": { - "@storybook/global": "^5.0.0" + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/addon-interactions": { - "version": "7.4.5", - "resolved": "https://registry.npmjs.org/@storybook/addon-interactions/-/addon-interactions-7.4.5.tgz", - "integrity": "sha512-KDdV/THxj38VsuOevrUefev0rZPhzqUXCgrw1Jc2PsJGidHf9d9nnB7wbA9ZFYsxTz90M/Vk5sm7i1QkMmsquA==", + "node_modules/@storybook/addon-essentials": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-essentials/-/addon-essentials-8.1.6.tgz", + "integrity": "sha512-8ve9eM9dL6JsC5hV98unXtADvwyhIZoa3iWSeTicxWab49tvAfIM9ExwcWmUyPaB4m5q45jBSBXg66bzW2+TFw==", + "dev": true, + "dependencies": { + "@storybook/addon-actions": "8.1.6", + "@storybook/addon-backgrounds": "8.1.6", + "@storybook/addon-controls": "8.1.6", + "@storybook/addon-docs": "8.1.6", + "@storybook/addon-highlight": "8.1.6", + "@storybook/addon-measure": "8.1.6", + "@storybook/addon-outline": "8.1.6", + "@storybook/addon-toolbars": "8.1.6", + "@storybook/addon-viewport": "8.1.6", + "@storybook/core-common": "8.1.6", + "@storybook/manager-api": "8.1.6", + "@storybook/node-logger": "8.1.6", + "@storybook/preview-api": "8.1.6", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", + "dev": true, + "dependencies": { + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/global": "^5.0.0", + "telejson": "^7.2.0", + "tiny-invariant": "^1.3.1" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/core-common": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.6.tgz", + "integrity": "sha512-OTlfJFaTOB588ibXrrFm0TAXam6E5xV1VXSjNXL+fIifx8Kjln2HNSy1JKjvcblQneYiV4J1xPCVnAIe0EGHDg==", + "dev": true, + "dependencies": { + "@storybook/core-events": "8.1.6", + "@storybook/csf-tools": "8.1.6", + "@storybook/node-logger": "8.1.6", + "@storybook/types": "8.1.6", + "@yarnpkg/fslib": "2.10.3", + "@yarnpkg/libzip": "2.3.0", + "chalk": "^4.1.0", + "cross-spawn": "^7.0.3", + "esbuild": "^0.18.0 || ^0.19.0 || ^0.20.0", + "esbuild-register": "^3.5.0", + "execa": "^5.0.0", + "file-system-cache": "2.3.0", + "find-cache-dir": "^3.0.0", + "find-up": "^5.0.0", + "fs-extra": "^11.1.0", + "glob": "^10.0.0", + "handlebars": "^4.7.7", + "lazy-universal-dotenv": "^4.0.0", + "node-fetch": "^2.0.0", + "picomatch": "^2.3.0", + "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", + "pretty-hrtime": "^1.0.3", + "resolve-from": "^5.0.0", + "semver": "^7.3.7", + "tempy": "^3.1.0", + "tiny-invariant": "^1.3.1", + "ts-dedent": "^2.0.0", + "util": "^0.12.4" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, + "dependencies": { + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/node-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.6.tgz", + "integrity": "sha512-IZEiTLFHu8Oom/vdEGpisSw5CfU+cw6/fTaX1P3EVClFOWVuy8/3X5MPu4wJH3jPym6E2DBduIUFeRsiuq61gA==", + "dev": true, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/preview-api": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.1.6.tgz", + "integrity": "sha512-g9EvVg/DYqmjMh1uivJBJnSIvURyuK4LLabYicQNmYdQJscAeXX2bpMcA4aeci9BBm9B2RP7JbSnq7DbXZaJYA==", + "dev": true, + "dependencies": { + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", + "@storybook/global": "^5.0.0", + "@storybook/types": "8.1.6", + "@types/qs": "^6.9.5", + "dequal": "^2.0.2", + "lodash": "^4.17.21", + "memoizerific": "^1.11.3", + "qs": "^6.10.0", + "tiny-invariant": "^1.3.1", + "ts-dedent": "^2.0.0", + "util-deprecate": "^1.0.2" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", + "dev": true, + "dependencies": { + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/crypto-random-string": { + "version": "4.0.0", + "resolved": "https://registry.npmjs.org/crypto-random-string/-/crypto-random-string-4.0.0.tgz", + "integrity": "sha512-x8dy3RnvYdlUcPOjkEHqozhiwzKNSq7GcPuXFbnyMOCHxX8V3OgIg/pYuabl2sbUPfIJaeAQB7PMOK8DFIdoRA==", + "dev": true, + "dependencies": { + "type-fest": "^1.0.1" + }, + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/crypto-random-string/node_modules/type-fest": { + "version": "1.4.0", + "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-1.4.0.tgz", + "integrity": "sha512-yGSza74xk0UG8k+pLh5oeoYirvIiWo5t0/o3zHHAO2tRDiZcxWP7fywNlXhqb6/r6sWvwi+RsyQMWhVLe4BVuA==", + "dev": true, + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/execa": { + "version": "5.1.1", + "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", + "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", + "dev": true, + "dependencies": { + "cross-spawn": "^7.0.3", + "get-stream": "^6.0.0", + "human-signals": "^2.1.0", + "is-stream": "^2.0.0", + "merge-stream": "^2.0.0", + "npm-run-path": "^4.0.1", + "onetime": "^5.1.2", + "signal-exit": "^3.0.3", + "strip-final-newline": "^2.0.0" + }, + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sindresorhus/execa?sponsor=1" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/get-stream": { + "version": "6.0.1", + "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", + "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", + "dev": true, + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/human-signals": { + "version": "2.1.0", + "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", + "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", + "dev": true, + "engines": { + "node": ">=10.17.0" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/semver": { + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", + "dev": true, + "bin": { + "semver": "bin/semver.js" + }, + "engines": { + "node": ">=10" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/temp-dir": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/temp-dir/-/temp-dir-3.0.0.tgz", + "integrity": "sha512-nHc6S/bwIilKHNRgK/3jlhDoIHcp45YgyiwcAk46Tr0LfEqGBVpmiAyuiuxeVE44m3mXnEeVhaipLOEWmH+Njw==", + "dev": true, + "engines": { + "node": ">=14.16" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/tempy": { + "version": "3.1.0", + "resolved": "https://registry.npmjs.org/tempy/-/tempy-3.1.0.tgz", + "integrity": "sha512-7jDLIdD2Zp0bDe5r3D2qtkd1QOCacylBuL7oa4udvN6v2pqr4+LcCr67C8DR1zkpaZ8XosF5m1yQSabKAW6f2g==", + "dev": true, + "dependencies": { + "is-stream": "^3.0.0", + "temp-dir": "^3.0.0", + "type-fest": "^2.12.2", + "unique-string": "^3.0.0" + }, + "engines": { + "node": ">=14.16" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/tempy/node_modules/is-stream": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/is-stream/-/is-stream-3.0.0.tgz", + "integrity": "sha512-LnQR4bZ9IADDRSkvpqMGvt/tEJWclzklNgSw48V5EAaAeDd6qGvN8ei6k5p0tvxSR171VmGyHuTiAOfxAbr8kA==", + "dev": true, + "engines": { + "node": "^12.20.0 || ^14.13.1 || >=16.0.0" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-essentials/node_modules/unique-string": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/unique-string/-/unique-string-3.0.0.tgz", + "integrity": "sha512-VGXBUVwxKMBUznyffQweQABPRRW1vHZAbadFZud4pLFAqRGvv/96vafgjWFqzourzr8YonlQiPgH0YCJfawoGQ==", + "dev": true, + "dependencies": { + "crypto-random-string": "^4.0.0" + }, + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/addon-highlight": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-highlight/-/addon-highlight-8.1.6.tgz", + "integrity": "sha512-QT95TS4OT0SJJVz/1m038COUdS2yWukQOwyq2rCgSM6nU3OHOPf/CldDK4Sdch7Z4jV9kRdRS0Pu4FB5SV+uOw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/addon-interactions": { + "version": "7.4.5", + "resolved": "https://registry.npmjs.org/@storybook/addon-interactions/-/addon-interactions-7.4.5.tgz", + "integrity": "sha512-KDdV/THxj38VsuOevrUefev0rZPhzqUXCgrw1Jc2PsJGidHf9d9nnB7wbA9ZFYsxTz90M/Vk5sm7i1QkMmsquA==", "dev": true, "dependencies": { "@storybook/client-logger": "7.4.5", @@ -6554,9 +7101,9 @@ } }, "node_modules/@storybook/addon-measure": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-measure/-/addon-measure-7.6.16.tgz", - "integrity": "sha512-lQw7WXEeLuvDe3bfi7699WnHMryLIRnoT/w7oHqvS19UHp2HR0TKqYiPPppI6Yy4RoWHx+qFhKZJlajFyKDGfg==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-measure/-/addon-measure-8.1.6.tgz", + "integrity": "sha512-afG6XzClrkBQ9ZUZQs0rI9z/RYB+qhebG5k1NTCGYJnj7K4c+jso9nQ9vmypOBqlYKwTT2ZG+9xSK1/IhudEvg==", "dev": true, "dependencies": { "@storybook/global": "^5.0.0", @@ -6568,9 +7115,9 @@ } }, "node_modules/@storybook/addon-outline": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-outline/-/addon-outline-7.6.16.tgz", - "integrity": "sha512-bG9KN10ANLUDIsm4e6RXRsCZ++b8pyfYTyu0MlSNXf6KdYcuDvdTY59gj6RIeVGKqWeX5yYCYUm2oPLtkms1NQ==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-outline/-/addon-outline-8.1.6.tgz", + "integrity": "sha512-YjH3L4kxln0fLF77oDGJ2KF1I0RNrBQ9FRtqZkGMUbplxwYU0BBrguSgVeGxTLN1q/69LmL6wjFP4nLzqZARhA==", "dev": true, "dependencies": { "@storybook/global": "^5.0.0", @@ -6582,9 +7129,9 @@ } }, "node_modules/@storybook/addon-toolbars": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-toolbars/-/addon-toolbars-7.6.16.tgz", - "integrity": "sha512-6wSNXe50auEVwHCcupYPrJkpzQFugumEBfgYuQ6ICW9k2xJtGtahy7TyM9sZbYgnDkoTm2ba7UhML6Noy3JuUg==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-toolbars/-/addon-toolbars-8.1.6.tgz", + "integrity": "sha512-d1GciLzD2ZRqh7+b8+JGuCdx8x/MAobhTy+jKeK79d+QKNtPhqZ1OvyUbwObgD6XLF8B/3DvyP3r52lmYMwlnQ==", "dev": true, "funding": { "type": "opencollective", @@ -6592,9 +7139,9 @@ } }, "node_modules/@storybook/addon-viewport": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/addon-viewport/-/addon-viewport-7.6.16.tgz", - "integrity": "sha512-WkvixYHncLXpAeEnktjfYIffJ3b6poymB+wDbHKK/tg7m3N8llLlys64nvyeb7DbZ/+1yJls3K1DVbk1AIEHrQ==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/addon-viewport/-/addon-viewport-8.1.6.tgz", + "integrity": "sha512-4EpEkJW1fPqlHIqG7OQtnAaHh9DPj7k+guXpzWjVwHfF6AE0fXIg7Yx6iVDGPyKkRaagPw6nL8DOr2U8YwK4rQ==", "dev": true, "dependencies": { "memoizerific": "^1.11.3" @@ -6605,23 +7152,23 @@ } }, "node_modules/@storybook/blocks": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/blocks/-/blocks-8.0.4.tgz", - "integrity": "sha512-9dRXk9zLJVPOmEWsSXm10XUmIfvS/tVgeBgFXNbusFQZXPpexIPNdRgB004pDGg9RvlY78ykpnd3yP143zaXMg==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/blocks/-/blocks-8.1.6.tgz", + "integrity": "sha512-HBp80G9puOejqlBA0iNlV3gUxc7TkBlNIVG2rmhjcvPZUueldxTUGIGvEfTLdEM6nqzNVZT+duXwqeHHnDcynA==", "dev": true, "dependencies": { - "@storybook/channels": "8.0.4", - "@storybook/client-logger": "8.0.4", - "@storybook/components": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/docs-tools": "8.0.4", + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/components": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", + "@storybook/docs-tools": "8.1.6", "@storybook/global": "^5.0.0", "@storybook/icons": "^1.2.5", - "@storybook/manager-api": "8.0.4", - "@storybook/preview-api": "8.0.4", - "@storybook/theming": "8.0.4", - "@storybook/types": "8.0.4", + "@storybook/manager-api": "8.1.6", + "@storybook/preview-api": "8.1.6", + "@storybook/theming": "8.1.6", + "@storybook/types": "8.1.6", "@types/lodash": "^4.14.167", "color-convert": "^2.0.1", "dequal": "^2.0.2", @@ -6640,8 +7187,8 @@ "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" }, "peerDependenciesMeta": { "react": { @@ -6653,13 +7200,13 @@ } }, "node_modules/@storybook/blocks/node_modules/@storybook/channels": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.4.tgz", - "integrity": "sha512-haKV+8RbiSzLjicowUfc7h2fTClZHX/nz9SRUecf4IEZUEu2T78OgM/TzqZvL7rA3+/fKqp5iI+3PN3OA75Sdg==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", "dev": true, "dependencies": { - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -6670,9 +7217,9 @@ } }, "node_modules/@storybook/blocks/node_modules/@storybook/client-logger": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.4.tgz", - "integrity": "sha512-2SeEg3PT/d0l/+EAVtyj9hmMLTyTPp+bRBSzxYouBjtJPM1jrdKpFagj1o3uBRovwWm9SIVX6/ZsoRC33PEV1g==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", "dev": true, "dependencies": { "@storybook/global": "^5.0.0" @@ -6682,41 +7229,16 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/components": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/components/-/components-8.0.4.tgz", - "integrity": "sha512-i5ngl5GTOLB9nZ1cmpxTjtWct5IuH9UxzFC73a0jHMkCwN26w16IqufRVDaoQv0AvZN4pd4fNM2in/XVHA10dw==", - "dev": true, - "dependencies": { - "@radix-ui/react-slot": "^1.0.2", - "@storybook/client-logger": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/global": "^5.0.0", - "@storybook/icons": "^1.2.5", - "@storybook/theming": "8.0.4", - "@storybook/types": "8.0.4", - "memoizerific": "^1.11.3", - "util-deprecate": "^1.0.2" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" - } - }, "node_modules/@storybook/blocks/node_modules/@storybook/core-common": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.4.tgz", - "integrity": "sha512-dzFRLm5FxUa2EFE6Rx/KLDTJNLBIp1S2/+Q1K+rG8V+CLvewCc2Cd486rStZqSXEKI7vDnsRs/aMla+N0X/++Q==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.6.tgz", + "integrity": "sha512-OTlfJFaTOB588ibXrrFm0TAXam6E5xV1VXSjNXL+fIifx8Kjln2HNSy1JKjvcblQneYiV4J1xPCVnAIe0EGHDg==", "dev": true, "dependencies": { - "@storybook/core-events": "8.0.4", - "@storybook/csf-tools": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@storybook/types": "8.0.4", + "@storybook/core-events": "8.1.6", + "@storybook/csf-tools": "8.1.6", + "@storybook/node-logger": "8.1.6", + "@storybook/types": "8.1.6", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", "chalk": "^4.1.0", @@ -6734,10 +7256,11 @@ "node-fetch": "^2.0.0", "picomatch": "^2.3.0", "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", "pretty-hrtime": "^1.0.3", "resolve-from": "^5.0.0", "semver": "^7.3.7", - "tempy": "^1.0.1", + "tempy": "^3.1.0", "tiny-invariant": "^1.3.1", "ts-dedent": "^2.0.0", "util": "^0.12.4" @@ -6745,14 +7268,23 @@ "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } } }, "node_modules/@storybook/blocks/node_modules/@storybook/core-events": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.4.tgz", - "integrity": "sha512-1FgLacIGi9i6/fyxw7ZJDC621RK47IMaA3keH4lc11ASRzCSwJ4YOrXjBFjfPc79EF2BuX72DDJNbhj6ynfF3g==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", "dev": true, "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -6760,36 +7292,16 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/csf-tools": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.4.tgz", - "integrity": "sha512-dMSZxWnXBhmXGOZZOAJ4DKZRCYdA0HaqqZ4/eF9MLLsI+qvW4EklcpjVY6bsIzACgubRWtRZkTpxTnjExi/N1A==", + "node_modules/@storybook/blocks/node_modules/@storybook/docs-tools": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/docs-tools/-/docs-tools-8.1.6.tgz", + "integrity": "sha512-IhqQHSJ5nEBEJ162P/6/6c45toLinWpAkB7pwbAoP00djZSzfHNdQ4HfpZSGfD4GUJIvzsqMzUlyqCKLAoRPPA==", "dev": true, "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.4", - "fs-extra": "^11.1.0", - "recast": "^0.23.5", - "ts-dedent": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/@storybook/blocks/node_modules/@storybook/docs-tools": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/docs-tools/-/docs-tools-8.0.4.tgz", - "integrity": "sha512-PONfG8j/AOHi79NbEkneFRZIscrShbA0sgA+62zeejH4r9+fuIkIKtLnKcAxvr8Bm6uo9aSQbISJZUcBG42WhQ==", - "dev": true, - "dependencies": { - "@storybook/core-common": "8.0.4", - "@storybook/preview-api": "8.0.4", - "@storybook/types": "8.0.4", + "@storybook/core-common": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/preview-api": "8.1.6", + "@storybook/types": "8.1.6", "@types/doctrine": "^0.0.3", "assert": "^2.1.0", "doctrine": "^3.0.0", @@ -6800,37 +7312,10 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/manager-api": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-8.0.4.tgz", - "integrity": "sha512-TudiRmWlsi8kdjwqW0DDLen76Zp4Sci/AnvTbZvZOWe8C2mruxcr6aaGwuIug6y+uxIyXDvURF6Cek5Twz4isg==", - "dev": true, - "dependencies": { - "@storybook/channels": "8.0.4", - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/global": "^5.0.0", - "@storybook/icons": "^1.2.5", - "@storybook/router": "8.0.4", - "@storybook/theming": "8.0.4", - "@storybook/types": "8.0.4", - "dequal": "^2.0.2", - "lodash": "^4.17.21", - "memoizerific": "^1.11.3", - "store2": "^2.14.2", - "telejson": "^7.2.0", - "ts-dedent": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, "node_modules/@storybook/blocks/node_modules/@storybook/node-logger": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.4.tgz", - "integrity": "sha512-cALLHuX53vLQsoJamGRlquh2pfhPq9copXou2JTmFT6mrCcipo77SzhBDfeeuhaGv6vUWPfmGjPBEHXWGPe4+g==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.6.tgz", + "integrity": "sha512-IZEiTLFHu8Oom/vdEGpisSw5CfU+cw6/fTaX1P3EVClFOWVuy8/3X5MPu4wJH3jPym6E2DBduIUFeRsiuq61gA==", "dev": true, "funding": { "type": "opencollective", @@ -6838,17 +7323,17 @@ } }, "node_modules/@storybook/blocks/node_modules/@storybook/preview-api": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.0.4.tgz", - "integrity": "sha512-uZCgZ/7BZkFTNudCBWx3YPFVdReMQSZJj9EfQVhQaPmfGORHGMvZMRsQXl0ONhPy7zDD4rVQxu5dSKWmIiYoWQ==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.1.6.tgz", + "integrity": "sha512-g9EvVg/DYqmjMh1uivJBJnSIvURyuK4LLabYicQNmYdQJscAeXX2bpMcA4aeci9BBm9B2RP7JbSnq7DbXZaJYA==", "dev": true, "dependencies": { - "@storybook/channels": "8.0.4", - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", - "@storybook/types": "8.0.4", + "@storybook/types": "8.1.6", "@types/qs": "^6.9.5", "dequal": "^2.0.2", "lodash": "^4.17.21", @@ -6863,62 +7348,46 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/router": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/router/-/router-8.0.4.tgz", - "integrity": "sha512-hlR80QvmLBflAqMeGcgtDuSe6TJlzdizwEAkBLE1lDvFI6tvvEyAliCAXBpIDdOZTe0u/zeeJkOUXKSx33caoQ==", + "node_modules/@storybook/blocks/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", "dev": true, "dependencies": { - "@storybook/client-logger": "8.0.4", - "memoizerific": "^1.11.3", - "qs": "^6.10.0" + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/theming": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-8.0.4.tgz", - "integrity": "sha512-NxtTU2wMC0lj375ejoT3Npdcqwv6NeUpLaJl6EZCMXSR41ve9WG4suUNWQ63olhqKxirjzAz0IL7ggH7c3hPvA==", + "node_modules/@storybook/blocks/node_modules/crypto-random-string": { + "version": "4.0.0", + "resolved": "https://registry.npmjs.org/crypto-random-string/-/crypto-random-string-4.0.0.tgz", + "integrity": "sha512-x8dy3RnvYdlUcPOjkEHqozhiwzKNSq7GcPuXFbnyMOCHxX8V3OgIg/pYuabl2sbUPfIJaeAQB7PMOK8DFIdoRA==", "dev": true, "dependencies": { - "@emotion/use-insertion-effect-with-fallbacks": "^1.0.1", - "@storybook/client-logger": "8.0.4", - "@storybook/global": "^5.0.0", - "memoizerific": "^1.11.3" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" + "type-fest": "^1.0.1" }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "engines": { + "node": ">=12" }, - "peerDependenciesMeta": { - "react": { - "optional": true - }, - "react-dom": { - "optional": true - } + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/@storybook/blocks/node_modules/@storybook/types": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.4.tgz", - "integrity": "sha512-OO7QY+qZFCYkItDUBACtIV32p75O7sNziAiyS1V2Oxgo7Ln7fwZwr3mJcA1ruBed6ZcrW3c87k7Xs40T2zAWcg==", + "node_modules/@storybook/blocks/node_modules/crypto-random-string/node_modules/type-fest": { + "version": "1.4.0", + "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-1.4.0.tgz", + "integrity": "sha512-yGSza74xk0UG8k+pLh5oeoYirvIiWo5t0/o3zHHAO2tRDiZcxWP7fywNlXhqb6/r6sWvwi+RsyQMWhVLe4BVuA==", "dev": true, - "dependencies": { - "@storybook/channels": "8.0.4", - "@types/express": "^4.7.0", - "file-system-cache": "2.3.0" + "engines": { + "node": ">=10" }, "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" + "url": "https://github.com/sponsors/sindresorhus" } }, "node_modules/@storybook/blocks/node_modules/execa": { @@ -6965,52 +7434,85 @@ "node": ">=10.17.0" } }, - "node_modules/@storybook/blocks/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", + "node_modules/@storybook/blocks/node_modules/semver": { + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", "dev": true, - "dependencies": { - "yallist": "^4.0.0" + "bin": { + "semver": "bin/semver.js" }, "engines": { "node": ">=10" } }, - "node_modules/@storybook/blocks/node_modules/semver": { - "version": "7.6.0", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.0.tgz", - "integrity": "sha512-EnwXhrlwXMk9gKu5/flx5sv/an57AkRplG3hTK68W7FRDN+k+OWBj65M7719OkA82XLBxrcX0KSHj+X5COhOVg==", + "node_modules/@storybook/blocks/node_modules/temp-dir": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/temp-dir/-/temp-dir-3.0.0.tgz", + "integrity": "sha512-nHc6S/bwIilKHNRgK/3jlhDoIHcp45YgyiwcAk46Tr0LfEqGBVpmiAyuiuxeVE44m3mXnEeVhaipLOEWmH+Njw==", + "dev": true, + "engines": { + "node": ">=14.16" + } + }, + "node_modules/@storybook/blocks/node_modules/tempy": { + "version": "3.1.0", + "resolved": "https://registry.npmjs.org/tempy/-/tempy-3.1.0.tgz", + "integrity": "sha512-7jDLIdD2Zp0bDe5r3D2qtkd1QOCacylBuL7oa4udvN6v2pqr4+LcCr67C8DR1zkpaZ8XosF5m1yQSabKAW6f2g==", "dev": true, "dependencies": { - "lru-cache": "^6.0.0" + "is-stream": "^3.0.0", + "temp-dir": "^3.0.0", + "type-fest": "^2.12.2", + "unique-string": "^3.0.0" }, - "bin": { - "semver": "bin/semver.js" + "engines": { + "node": ">=14.16" }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/blocks/node_modules/tempy/node_modules/is-stream": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/is-stream/-/is-stream-3.0.0.tgz", + "integrity": "sha512-LnQR4bZ9IADDRSkvpqMGvt/tEJWclzklNgSw48V5EAaAeDd6qGvN8ei6k5p0tvxSR171VmGyHuTiAOfxAbr8kA==", + "dev": true, "engines": { - "node": ">=10" + "node": "^12.20.0 || ^14.13.1 || >=16.0.0" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/@storybook/blocks/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==", - "dev": true + "node_modules/@storybook/blocks/node_modules/unique-string": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/unique-string/-/unique-string-3.0.0.tgz", + "integrity": "sha512-VGXBUVwxKMBUznyffQweQABPRRW1vHZAbadFZud4pLFAqRGvv/96vafgjWFqzourzr8YonlQiPgH0YCJfawoGQ==", + "dev": true, + "dependencies": { + "crypto-random-string": "^4.0.0" + }, + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } }, "node_modules/@storybook/builder-manager": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/builder-manager/-/builder-manager-8.0.8.tgz", - "integrity": "sha512-0uihNTpTou0RFMM6PQLlfCxDxse9nIDEb83AmWE/OUnpKDDY9+WFupVWGaZc9HfH9h4Yqre2fiuK1b7KNYe7AQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/builder-manager/-/builder-manager-8.1.3.tgz", + "integrity": "sha512-VIYgF6PreiteJMGlz716P27yyL/JF1dR7M2htVJij5IP2X6HUgyzFXScElKljX9fETq7vig+UZWksZ2M2Q9dYg==", "dependencies": { "@fal-works/esbuild-plugin-global-externals": "^2.1.2", - "@storybook/core-common": "8.0.8", - "@storybook/manager": "8.0.8", - "@storybook/node-logger": "8.0.8", + "@storybook/core-common": "8.1.3", + "@storybook/manager": "8.1.3", + "@storybook/node-logger": "8.1.3", "@types/ejs": "^3.1.1", "@yarnpkg/esbuild-plugin-pnp": "^3.0.0-rc.10", "browser-assert": "^1.2.1", - "ejs": "^3.1.8", + "ejs": "^3.1.10", "esbuild": "^0.18.0 || ^0.19.0 || ^0.20.0", "esbuild-plugin-alias": "^0.2.1", "express": "^4.17.3", @@ -7024,12 +7526,12 @@ } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/channels": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.8.tgz", - "integrity": "sha512-L3EGVkabv3fweXnykD/GlNUDO5HtwlIfSovC7BF4MmP7662j2/eqlZrJxDojGtbv11XHjWp/UJHUIfKpcHXYjQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.3.tgz", + "integrity": "sha512-iDoHFX3ty7vhSXegFRevJkQ6cV+QQ1JjDnoXK/SHeloMT26sn5gPtetn3ET9+6ZoFkU05Pf5d0DoywVOfumfcg==", "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -7040,9 +7542,9 @@ } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/client-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.8.tgz", - "integrity": "sha512-a4BKwl9NLFcuRgMyI7S4SsJeLFK0LCQxIy76V6YyrE1DigoXz4nA4eQxdjLf7JVvU0EZFmNSfbVL/bXzzWKNXA==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.3.tgz", + "integrity": "sha512-dX1jZ+HhJ8hVhAKHQ8gs/FalHjIGo5j1Xk+2UqdsGjLoBlwHIHfHzkVbzrc/gCxxXL0juisk7BzbXaz7lME0KA==", "dependencies": { "@storybook/global": "^5.0.0" }, @@ -7052,14 +7554,14 @@ } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/core-common": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.8.tgz", - "integrity": "sha512-CL15M2oeQW+Rb1l7ciunLDI2Re+ojL2lX1ZFAiDedcOU+JHsdq43zAuXoZVzp8icUi2AUSwEjZIxGCSingj+JQ==", - "dependencies": { - "@storybook/core-events": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.3.tgz", + "integrity": "sha512-VLG2Kg6oX0msq/Gjo+Pveqg7oLnJBClzms43/nwh6oxjJ/TFehRi3DyLjLqL+Nj726LI5lQetFZZyrsHudVskg==", + "dependencies": { + "@storybook/core-events": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/types": "8.1.3", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", "chalk": "^4.1.0", @@ -7077,6 +7579,7 @@ "node-fetch": "^2.0.0", "picomatch": "^2.3.0", "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", "pretty-hrtime": "^1.0.3", "resolve-from": "^5.0.0", "semver": "^7.3.7", @@ -7088,13 +7591,22 @@ "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/core-events": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.8.tgz", - "integrity": "sha512-PtuvR7vS4glDEdCfKB4f1k3Vs1C3rTWP2DNbF+IjjPhNLMBznCdzTAPcz+NUIBvpjjGnhKwWikJ0yj931YjSVg==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.3.tgz", + "integrity": "sha512-eOs4HRrsEZz2FZFlMGwPuH9CGYBK8fkUS7mcHNPv8CqoHV8d3ErvDax8zA/KGRj3S6kWJ4PzI9IGuiDVvwuxhA==", "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -7103,16 +7615,16 @@ } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/csf-tools": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.8.tgz", - "integrity": "sha512-Ji5fpoGym/MSyHJ6ALghVUUecwhEbN0On+jOZ2VPkrkATi9UDtryHQPdF60HKR63Iv53xRuWRzudB6zm43RTzw==", - "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.3.tgz", + "integrity": "sha512-22h6Uv7w29v8HjoFsJvAkBci9POVH0aQhlfZ4NNYkiMbgD4X4HWeD2wqob6fTKpVWP3tDaNS9FfCWHxQXFE+ag==", + "dependencies": { + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.3", "fs-extra": "^11.1.0", "recast": "^0.23.5", "ts-dedent": "^2.0.0" @@ -7123,20 +7635,20 @@ } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/node-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.8.tgz", - "integrity": "sha512-ymps3MMTxtMWq0eDiXk1iO7iv0Eg0PuUvOpPPohEJauGzU9THv81xx01aaHKSprFFJYD2LMQr1aFuUplItO12g==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.3.tgz", + "integrity": "sha512-MpQ7Zl5n58zbFr1Yu3qgInGENoScEnfqsCxipMhj57b5SWJJ7NoOdSAWznjFFffo8NoaqxldHscuaQfzPBN9hA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, "node_modules/@storybook/builder-manager/node_modules/@storybook/types": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.8.tgz", - "integrity": "sha512-NGsgCsXnWlaZmHenHDgHGs21zhweZACkqTNsEQ7hvsiF08QeiKAdgJLQg3YeGK73h9mFDRP9djprUtJYab6vnQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.3.tgz", + "integrity": "sha512-2uUC1z7heMceRPHQ4KCcZwwKjtW2YiToUODsEw0YOq6NC/Q9elZta1FABSG0Bq7XM08EiAgjyc7P9CZPJ2QxUQ==", "dependencies": { - "@storybook/channels": "8.0.8", + "@storybook/channels": "8.1.3", "@types/express": "^4.7.0", "file-system-cache": "2.3.0" }, @@ -7186,24 +7698,10 @@ "node": ">=10.17.0" } }, - "node_modules/@storybook/builder-manager/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", - "dependencies": { - "yallist": "^4.0.0" - }, - "engines": { - "node": ">=10" - } - }, "node_modules/@storybook/builder-manager/node_modules/semver": { - "version": "7.6.0", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.0.tgz", - "integrity": "sha512-EnwXhrlwXMk9gKu5/flx5sv/an57AkRplG3hTK68W7FRDN+k+OWBj65M7719OkA82XLBxrcX0KSHj+X5COhOVg==", - "dependencies": { - "lru-cache": "^6.0.0" - }, + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", "bin": { "semver": "bin/semver.js" }, @@ -7211,11 +7709,6 @@ "node": ">=10" } }, - "node_modules/@storybook/builder-manager/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==" - }, "node_modules/@storybook/builder-webpack5": { "version": "8.0.8", "resolved": "https://registry.npmjs.org/@storybook/builder-webpack5/-/builder-webpack5-8.0.8.tgz", @@ -7508,39 +8001,22 @@ "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==", "dev": true }, - "node_modules/@storybook/channels": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-7.6.16.tgz", - "integrity": "sha512-LKB0t4OGISez1O4TRJ/CDPxlb2wAW7gg8YRL91VVUHeffVyr4bnpklvMbLbuEcYrysM82Q2UMB9ipQdyK6Issg==", - "dependencies": { - "@storybook/client-logger": "7.6.16", - "@storybook/core-events": "7.6.16", - "@storybook/global": "^5.0.0", - "qs": "^6.10.0", - "telejson": "^7.2.0", - "tiny-invariant": "^1.3.1" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, "node_modules/@storybook/cli": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/cli/-/cli-8.0.8.tgz", - "integrity": "sha512-RnSdgykh2i7es1rQ7CNGpDrKK/PN1f0xjwpkAHXCEB6T9KpHBmqDquzZp+N127a1HBHHXy018yi4wT8mSQyEoA==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/cli/-/cli-8.1.3.tgz", + "integrity": "sha512-eqzjy7YOIF0WkeUPT5Mv+WKibk3z+IfP0voTKIWzYKAqZ8sD36NQV/lE7bHy0JAPw+rfw1Fq0gMOiFVcx3ZaUQ==", "dependencies": { - "@babel/core": "^7.23.0", - "@babel/types": "^7.23.0", + "@babel/core": "^7.24.4", + "@babel/types": "^7.24.0", "@ndelangen/get-tarball": "^3.0.7", - "@storybook/codemod": "8.0.8", - "@storybook/core-common": "8.0.8", - "@storybook/core-events": "8.0.8", - "@storybook/core-server": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/telemetry": "8.0.8", - "@storybook/types": "8.0.8", + "@storybook/codemod": "8.1.3", + "@storybook/core-common": "8.1.3", + "@storybook/core-events": "8.1.3", + "@storybook/core-server": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/telemetry": "8.1.3", + "@storybook/types": "8.1.3", "@types/semver": "^7.3.4", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", @@ -7554,7 +8030,7 @@ "fs-extra": "^11.1.0", "get-npm-tarball-url": "^2.0.3", "giget": "^1.0.0", - "globby": "^11.0.2", + "globby": "^14.0.1", "jscodeshift": "^0.15.1", "leven": "^3.1.0", "ora": "^5.4.1", @@ -7577,12 +8053,12 @@ } }, "node_modules/@storybook/cli/node_modules/@storybook/channels": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.8.tgz", - "integrity": "sha512-L3EGVkabv3fweXnykD/GlNUDO5HtwlIfSovC7BF4MmP7662j2/eqlZrJxDojGtbv11XHjWp/UJHUIfKpcHXYjQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.3.tgz", + "integrity": "sha512-iDoHFX3ty7vhSXegFRevJkQ6cV+QQ1JjDnoXK/SHeloMT26sn5gPtetn3ET9+6ZoFkU05Pf5d0DoywVOfumfcg==", "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -7593,9 +8069,9 @@ } }, "node_modules/@storybook/cli/node_modules/@storybook/client-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.8.tgz", - "integrity": "sha512-a4BKwl9NLFcuRgMyI7S4SsJeLFK0LCQxIy76V6YyrE1DigoXz4nA4eQxdjLf7JVvU0EZFmNSfbVL/bXzzWKNXA==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.3.tgz", + "integrity": "sha512-dX1jZ+HhJ8hVhAKHQ8gs/FalHjIGo5j1Xk+2UqdsGjLoBlwHIHfHzkVbzrc/gCxxXL0juisk7BzbXaz7lME0KA==", "dependencies": { "@storybook/global": "^5.0.0" }, @@ -7605,14 +8081,14 @@ } }, "node_modules/@storybook/cli/node_modules/@storybook/core-common": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.8.tgz", - "integrity": "sha512-CL15M2oeQW+Rb1l7ciunLDI2Re+ojL2lX1ZFAiDedcOU+JHsdq43zAuXoZVzp8icUi2AUSwEjZIxGCSingj+JQ==", - "dependencies": { - "@storybook/core-events": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.3.tgz", + "integrity": "sha512-VLG2Kg6oX0msq/Gjo+Pveqg7oLnJBClzms43/nwh6oxjJ/TFehRi3DyLjLqL+Nj726LI5lQetFZZyrsHudVskg==", + "dependencies": { + "@storybook/core-events": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/types": "8.1.3", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", "chalk": "^4.1.0", @@ -7630,6 +8106,7 @@ "node-fetch": "^2.0.0", "picomatch": "^2.3.0", "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", "pretty-hrtime": "^1.0.3", "resolve-from": "^5.0.0", "semver": "^7.3.7", @@ -7641,13 +8118,22 @@ "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } } }, "node_modules/@storybook/cli/node_modules/@storybook/core-events": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.8.tgz", - "integrity": "sha512-PtuvR7vS4glDEdCfKB4f1k3Vs1C3rTWP2DNbF+IjjPhNLMBznCdzTAPcz+NUIBvpjjGnhKwWikJ0yj931YjSVg==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.3.tgz", + "integrity": "sha512-eOs4HRrsEZz2FZFlMGwPuH9CGYBK8fkUS7mcHNPv8CqoHV8d3ErvDax8zA/KGRj3S6kWJ4PzI9IGuiDVvwuxhA==", "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -7656,16 +8142,16 @@ } }, "node_modules/@storybook/cli/node_modules/@storybook/csf-tools": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.8.tgz", - "integrity": "sha512-Ji5fpoGym/MSyHJ6ALghVUUecwhEbN0On+jOZ2VPkrkATi9UDtryHQPdF60HKR63Iv53xRuWRzudB6zm43RTzw==", - "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.3.tgz", + "integrity": "sha512-22h6Uv7w29v8HjoFsJvAkBci9POVH0aQhlfZ4NNYkiMbgD4X4HWeD2wqob6fTKpVWP3tDaNS9FfCWHxQXFE+ag==", + "dependencies": { + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.3", "fs-extra": "^11.1.0", "recast": "^0.23.5", "ts-dedent": "^2.0.0" @@ -7676,20 +8162,20 @@ } }, "node_modules/@storybook/cli/node_modules/@storybook/node-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.8.tgz", - "integrity": "sha512-ymps3MMTxtMWq0eDiXk1iO7iv0Eg0PuUvOpPPohEJauGzU9THv81xx01aaHKSprFFJYD2LMQr1aFuUplItO12g==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.3.tgz", + "integrity": "sha512-MpQ7Zl5n58zbFr1Yu3qgInGENoScEnfqsCxipMhj57b5SWJJ7NoOdSAWznjFFffo8NoaqxldHscuaQfzPBN9hA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, "node_modules/@storybook/cli/node_modules/@storybook/types": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.8.tgz", - "integrity": "sha512-NGsgCsXnWlaZmHenHDgHGs21zhweZACkqTNsEQ7hvsiF08QeiKAdgJLQg3YeGK73h9mFDRP9djprUtJYab6vnQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.3.tgz", + "integrity": "sha512-2uUC1z7heMceRPHQ4KCcZwwKjtW2YiToUODsEw0YOq6NC/Q9elZta1FABSG0Bq7XM08EiAgjyc7P9CZPJ2QxUQ==", "dependencies": { - "@storybook/channels": "8.0.8", + "@storybook/channels": "8.1.3", "@types/express": "^4.7.0", "file-system-cache": "2.3.0" }, @@ -7731,6 +8217,25 @@ "url": "https://github.com/sponsors/sindresorhus" } }, + "node_modules/@storybook/cli/node_modules/globby": { + "version": "14.0.1", + "resolved": "https://registry.npmjs.org/globby/-/globby-14.0.1.tgz", + "integrity": "sha512-jOMLD2Z7MAhyG8aJpNOpmziMOP4rPLcc95oQPKXBazW82z+CEgPFBQvEpRUa1KeIMUJo4Wsm+q6uzO/Q/4BksQ==", + "dependencies": { + "@sindresorhus/merge-streams": "^2.1.0", + "fast-glob": "^3.3.2", + "ignore": "^5.2.4", + "path-type": "^5.0.0", + "slash": "^5.1.0", + "unicorn-magic": "^0.1.0" + }, + "engines": { + "node": ">=18" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, "node_modules/@storybook/cli/node_modules/human-signals": { "version": "2.1.0", "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", @@ -7739,24 +8244,21 @@ "node": ">=10.17.0" } }, - "node_modules/@storybook/cli/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", - "dependencies": { - "yallist": "^4.0.0" - }, + "node_modules/@storybook/cli/node_modules/path-type": { + "version": "5.0.0", + "resolved": "https://registry.npmjs.org/path-type/-/path-type-5.0.0.tgz", + "integrity": "sha512-5HviZNaZcfqP95rwpv+1HDgUamezbqdSYTyzjTvwtJSnIH+3vnbmWsItli8OFEndS984VT55M3jduxZbX351gg==", "engines": { - "node": ">=10" + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, "node_modules/@storybook/cli/node_modules/semver": { - "version": "7.5.4", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.5.4.tgz", - "integrity": "sha512-1bCSESV6Pv+i21Hvpxp3Dx+pSD8lIPt8uVjRrxAUt/nbswYc+tK6Y2btiULjd4+fnq15PX+nqQDC7Oft7WkwcA==", - "dependencies": { - "lru-cache": "^6.0.0" - }, + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", "bin": { "semver": "bin/semver.js" }, @@ -7764,38 +8266,32 @@ "node": ">=10" } }, - "node_modules/@storybook/cli/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==" - }, - "node_modules/@storybook/client-logger": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-7.6.16.tgz", - "integrity": "sha512-Vquhmgk/SO0VeAkojcA1juuicBHoTST+f4XwBvyUNiebOSOdGIkxHVxpDFXu2kS0aKflFBEutX2IgoysDup+fQ==", - "dependencies": { - "@storybook/global": "^5.0.0" + "node_modules/@storybook/cli/node_modules/slash": { + "version": "5.1.0", + "resolved": "https://registry.npmjs.org/slash/-/slash-5.1.0.tgz", + "integrity": "sha512-ZA6oR3T/pEyuqwMgAKT0/hAv8oAXckzbkmR0UkUosQ+Mc4RxGoJkRmwHgHufaenlyAgE1Mxgpdcrf75y6XcnDg==", + "engines": { + "node": ">=14.16" }, "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" + "url": "https://github.com/sponsors/sindresorhus" } }, "node_modules/@storybook/codemod": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/codemod/-/codemod-8.0.8.tgz", - "integrity": "sha512-ufEBLciLmLlAh+L6lGgBObTiny6odXMKqiJOewQ9XfIN0wdWdyRUf5QdZIPOdfgHhWF2Q2HeswiulsoHm8Z/hA==", - "dependencies": { - "@babel/core": "^7.23.2", - "@babel/preset-env": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/codemod/-/codemod-8.1.3.tgz", + "integrity": "sha512-U21HQICKKm/xsfLKEODDphJJiBkzq5wFZzKN2DyMPd3vOfLpCWcaPsO9Pi5IX1cekyCz2o+phYt2r9aSRQUbOg==", + "dependencies": { + "@babel/core": "^7.24.4", + "@babel/preset-env": "^7.24.4", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/types": "8.1.3", "@types/cross-spawn": "^6.0.2", "cross-spawn": "^7.0.3", - "globby": "^11.0.2", + "globby": "^14.0.1", "jscodeshift": "^0.15.1", "lodash": "^4.17.21", "prettier": "^3.1.1", @@ -7808,12 +8304,12 @@ } }, "node_modules/@storybook/codemod/node_modules/@storybook/channels": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.8.tgz", - "integrity": "sha512-L3EGVkabv3fweXnykD/GlNUDO5HtwlIfSovC7BF4MmP7662j2/eqlZrJxDojGtbv11XHjWp/UJHUIfKpcHXYjQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.3.tgz", + "integrity": "sha512-iDoHFX3ty7vhSXegFRevJkQ6cV+QQ1JjDnoXK/SHeloMT26sn5gPtetn3ET9+6ZoFkU05Pf5d0DoywVOfumfcg==", "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -7824,9 +8320,9 @@ } }, "node_modules/@storybook/codemod/node_modules/@storybook/client-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.8.tgz", - "integrity": "sha512-a4BKwl9NLFcuRgMyI7S4SsJeLFK0LCQxIy76V6YyrE1DigoXz4nA4eQxdjLf7JVvU0EZFmNSfbVL/bXzzWKNXA==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.3.tgz", + "integrity": "sha512-dX1jZ+HhJ8hVhAKHQ8gs/FalHjIGo5j1Xk+2UqdsGjLoBlwHIHfHzkVbzrc/gCxxXL0juisk7BzbXaz7lME0KA==", "dependencies": { "@storybook/global": "^5.0.0" }, @@ -7836,10 +8332,11 @@ } }, "node_modules/@storybook/codemod/node_modules/@storybook/core-events": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.8.tgz", - "integrity": "sha512-PtuvR7vS4glDEdCfKB4f1k3Vs1C3rTWP2DNbF+IjjPhNLMBznCdzTAPcz+NUIBvpjjGnhKwWikJ0yj931YjSVg==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.3.tgz", + "integrity": "sha512-eOs4HRrsEZz2FZFlMGwPuH9CGYBK8fkUS7mcHNPv8CqoHV8d3ErvDax8zA/KGRj3S6kWJ4PzI9IGuiDVvwuxhA==", "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -7848,16 +8345,16 @@ } }, "node_modules/@storybook/codemod/node_modules/@storybook/csf-tools": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.8.tgz", - "integrity": "sha512-Ji5fpoGym/MSyHJ6ALghVUUecwhEbN0On+jOZ2VPkrkATi9UDtryHQPdF60HKR63Iv53xRuWRzudB6zm43RTzw==", - "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.3.tgz", + "integrity": "sha512-22h6Uv7w29v8HjoFsJvAkBci9POVH0aQhlfZ4NNYkiMbgD4X4HWeD2wqob6fTKpVWP3tDaNS9FfCWHxQXFE+ag==", + "dependencies": { + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.3", "fs-extra": "^11.1.0", "recast": "^0.23.5", "ts-dedent": "^2.0.0" @@ -7868,20 +8365,20 @@ } }, "node_modules/@storybook/codemod/node_modules/@storybook/node-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.8.tgz", - "integrity": "sha512-ymps3MMTxtMWq0eDiXk1iO7iv0Eg0PuUvOpPPohEJauGzU9THv81xx01aaHKSprFFJYD2LMQr1aFuUplItO12g==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.3.tgz", + "integrity": "sha512-MpQ7Zl5n58zbFr1Yu3qgInGENoScEnfqsCxipMhj57b5SWJJ7NoOdSAWznjFFffo8NoaqxldHscuaQfzPBN9hA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, "node_modules/@storybook/codemod/node_modules/@storybook/types": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.8.tgz", - "integrity": "sha512-NGsgCsXnWlaZmHenHDgHGs21zhweZACkqTNsEQ7hvsiF08QeiKAdgJLQg3YeGK73h9mFDRP9djprUtJYab6vnQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.3.tgz", + "integrity": "sha512-2uUC1z7heMceRPHQ4KCcZwwKjtW2YiToUODsEw0YOq6NC/Q9elZta1FABSG0Bq7XM08EiAgjyc7P9CZPJ2QxUQ==", "dependencies": { - "@storybook/channels": "8.0.8", + "@storybook/channels": "8.1.3", "@types/express": "^4.7.0", "file-system-cache": "2.3.0" }, @@ -7890,21 +8387,62 @@ "url": "https://opencollective.com/storybook" } }, + "node_modules/@storybook/codemod/node_modules/globby": { + "version": "14.0.1", + "resolved": "https://registry.npmjs.org/globby/-/globby-14.0.1.tgz", + "integrity": "sha512-jOMLD2Z7MAhyG8aJpNOpmziMOP4rPLcc95oQPKXBazW82z+CEgPFBQvEpRUa1KeIMUJo4Wsm+q6uzO/Q/4BksQ==", + "dependencies": { + "@sindresorhus/merge-streams": "^2.1.0", + "fast-glob": "^3.3.2", + "ignore": "^5.2.4", + "path-type": "^5.0.0", + "slash": "^5.1.0", + "unicorn-magic": "^0.1.0" + }, + "engines": { + "node": ">=18" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/codemod/node_modules/path-type": { + "version": "5.0.0", + "resolved": "https://registry.npmjs.org/path-type/-/path-type-5.0.0.tgz", + "integrity": "sha512-5HviZNaZcfqP95rwpv+1HDgUamezbqdSYTyzjTvwtJSnIH+3vnbmWsItli8OFEndS984VT55M3jduxZbX351gg==", + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/codemod/node_modules/slash": { + "version": "5.1.0", + "resolved": "https://registry.npmjs.org/slash/-/slash-5.1.0.tgz", + "integrity": "sha512-ZA6oR3T/pEyuqwMgAKT0/hAv8oAXckzbkmR0UkUosQ+Mc4RxGoJkRmwHgHufaenlyAgE1Mxgpdcrf75y6XcnDg==", + "engines": { + "node": ">=14.16" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, "node_modules/@storybook/components": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/components/-/components-7.6.16.tgz", - "integrity": "sha512-5KZQqxFiVEGM485ceF/7PmiNEkHgouEa8ZUJvDGrW9Ap5MfN0xqAuyTTveHvZzGrKp0YlOcOnpqwu/cSk0HQKA==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/components/-/components-8.1.6.tgz", + "integrity": "sha512-RDcSj2gBVhK/klfcXQgINtvWe5hpJ1CYUv8hrAon3fWtZmX1+IrTJTorsdISvdHQ99o0WHZ+Ouz42O0yJnHzRg==", "dev": true, "dependencies": { - "@radix-ui/react-select": "^1.2.2", - "@radix-ui/react-toolbar": "^1.0.4", - "@storybook/client-logger": "7.6.16", - "@storybook/csf": "^0.1.2", + "@radix-ui/react-dialog": "^1.0.5", + "@radix-ui/react-slot": "^1.0.2", + "@storybook/client-logger": "8.1.6", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", - "@storybook/theming": "7.6.16", - "@storybook/types": "7.6.16", + "@storybook/icons": "^1.2.5", + "@storybook/theming": "8.1.6", + "@storybook/types": "8.1.6", "memoizerific": "^1.11.3", - "use-resize-observer": "^9.1.0", "util-deprecate": "^1.0.2" }, "funding": { @@ -7912,71 +8450,63 @@ "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" } }, - "node_modules/@storybook/core-client": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/core-client/-/core-client-7.6.16.tgz", - "integrity": "sha512-ogVwvjpNPrcv8Lk9oSa38b7X4NNgYIgVnCjvvr9FCmhh4xAuA4XNUyB+vyAdK4JOT0/CoMKRpTp+VL5e2+BZbg==", + "node_modules/@storybook/components/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", + "dev": true, "dependencies": { - "@storybook/client-logger": "7.6.16", - "@storybook/preview-api": "7.6.16" + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/global": "^5.0.0", + "telejson": "^7.2.0", + "tiny-invariant": "^1.3.1" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/core-common": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-7.6.16.tgz", - "integrity": "sha512-Xn3Fbo4k9RRKgYzOBx9CeJFpWgS9gkcdo3J9XMMzmUqdZ+MUGT74kl2sMmzSypcH5aI1AUl5vZIKvLwloliejw==", + "node_modules/@storybook/components/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, "dependencies": { - "@storybook/core-events": "7.6.16", - "@storybook/node-logger": "7.6.16", - "@storybook/types": "7.6.16", - "@types/find-cache-dir": "^3.2.1", - "@types/node": "^18.0.0", - "@types/node-fetch": "^2.6.4", - "@types/pretty-hrtime": "^1.0.0", - "chalk": "^4.1.0", - "esbuild": "^0.18.0", - "esbuild-register": "^3.5.0", - "file-system-cache": "2.3.0", - "find-cache-dir": "^3.0.0", - "find-up": "^5.0.0", - "fs-extra": "^11.1.0", - "glob": "^10.0.0", - "handlebars": "^4.7.7", - "lazy-universal-dotenv": "^4.0.0", - "node-fetch": "^2.0.0", - "picomatch": "^2.3.0", - "pkg-dir": "^5.0.0", - "pretty-hrtime": "^1.0.3", - "resolve-from": "^5.0.0", - "ts-dedent": "^2.0.0" + "@storybook/global": "^5.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/core-common/node_modules/@types/node": { - "version": "18.19.17", - "resolved": "https://registry.npmjs.org/@types/node/-/node-18.19.17.tgz", - "integrity": "sha512-SzyGKgwPzuWp2SHhlpXKzCX0pIOfcI4V2eF37nNBJOhwlegQ83omtVQ1XxZpDE06V/d6AQvfQdPfnw0tRC//Ng==", + "node_modules/@storybook/components/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, "dependencies": { - "undici-types": "~5.26.4" + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/core-events": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-7.6.16.tgz", - "integrity": "sha512-mkBqzrbp6vmdjo0fBZGrFQQ4YdvMFxF6AesdKTf8EzPa69FoxnhQLrmQ4aXF+9vXkxfXVJF2HfpoTEdfqqAo+w==", + "node_modules/@storybook/components/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", + "dev": true, "dependencies": { - "ts-dedent": "^2.0.0" + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" }, "funding": { "type": "opencollective", @@ -7984,28 +8514,30 @@ } }, "node_modules/@storybook/core-server": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-server/-/core-server-8.0.8.tgz", - "integrity": "sha512-tSEueEBttbSohzhZVN2bFNlFx3eoqQ7p57cjQLKXXwKygS2qKxISKnFy+Y0nj20APz68Wj51kx0rN0nGALeegw==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-server/-/core-server-8.1.3.tgz", + "integrity": "sha512-bOHbLI5atDFBOsFc5M0V0ikURVw+Kx/jRXGO5dnc6kr5SwW+ZfWooy1hiFKHRnI8hmVpGXcS6YqTHkUbcrAWgA==", "dependencies": { "@aw-web-design/x-default-browser": "1.4.126", - "@babel/core": "^7.23.9", + "@babel/core": "^7.24.4", + "@babel/parser": "^7.24.4", "@discoveryjs/json-ext": "^0.5.3", - "@storybook/builder-manager": "8.0.8", - "@storybook/channels": "8.0.8", - "@storybook/core-common": "8.0.8", - "@storybook/core-events": "8.0.8", - "@storybook/csf": "^0.1.2", - "@storybook/csf-tools": "8.0.8", - "@storybook/docs-mdx": "3.0.0", + "@storybook/builder-manager": "8.1.3", + "@storybook/channels": "8.1.3", + "@storybook/core-common": "8.1.3", + "@storybook/core-events": "8.1.3", + "@storybook/csf": "^0.1.7", + "@storybook/csf-tools": "8.1.3", + "@storybook/docs-mdx": "3.1.0-next.0", "@storybook/global": "^5.0.0", - "@storybook/manager": "8.0.8", - "@storybook/manager-api": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/preview-api": "8.0.8", - "@storybook/telemetry": "8.0.8", - "@storybook/types": "8.0.8", + "@storybook/manager": "8.1.3", + "@storybook/manager-api": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/preview-api": "8.1.3", + "@storybook/telemetry": "8.1.3", + "@storybook/types": "8.1.3", "@types/detect-port": "^1.3.0", + "@types/diff": "^5.0.9", "@types/node": "^18.0.0", "@types/pretty-hrtime": "^1.0.0", "@types/semver": "^7.3.4", @@ -8014,9 +8546,10 @@ "cli-table3": "^0.6.1", "compression": "^1.7.4", "detect-port": "^1.3.0", + "diff": "^5.2.0", "express": "^4.17.3", "fs-extra": "^11.1.0", - "globby": "^11.0.2", + "globby": "^14.0.1", "ip": "^2.0.1", "lodash": "^4.17.21", "open": "^8.4.0", @@ -8038,12 +8571,12 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/channels": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.8.tgz", - "integrity": "sha512-L3EGVkabv3fweXnykD/GlNUDO5HtwlIfSovC7BF4MmP7662j2/eqlZrJxDojGtbv11XHjWp/UJHUIfKpcHXYjQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.3.tgz", + "integrity": "sha512-iDoHFX3ty7vhSXegFRevJkQ6cV+QQ1JjDnoXK/SHeloMT26sn5gPtetn3ET9+6ZoFkU05Pf5d0DoywVOfumfcg==", "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -8054,9 +8587,9 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/client-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.8.tgz", - "integrity": "sha512-a4BKwl9NLFcuRgMyI7S4SsJeLFK0LCQxIy76V6YyrE1DigoXz4nA4eQxdjLf7JVvU0EZFmNSfbVL/bXzzWKNXA==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.3.tgz", + "integrity": "sha512-dX1jZ+HhJ8hVhAKHQ8gs/FalHjIGo5j1Xk+2UqdsGjLoBlwHIHfHzkVbzrc/gCxxXL0juisk7BzbXaz7lME0KA==", "dependencies": { "@storybook/global": "^5.0.0" }, @@ -8066,14 +8599,14 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/core-common": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.8.tgz", - "integrity": "sha512-CL15M2oeQW+Rb1l7ciunLDI2Re+ojL2lX1ZFAiDedcOU+JHsdq43zAuXoZVzp8icUi2AUSwEjZIxGCSingj+JQ==", - "dependencies": { - "@storybook/core-events": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.3.tgz", + "integrity": "sha512-VLG2Kg6oX0msq/Gjo+Pveqg7oLnJBClzms43/nwh6oxjJ/TFehRi3DyLjLqL+Nj726LI5lQetFZZyrsHudVskg==", + "dependencies": { + "@storybook/core-events": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/types": "8.1.3", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", "chalk": "^4.1.0", @@ -8091,6 +8624,7 @@ "node-fetch": "^2.0.0", "picomatch": "^2.3.0", "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", "pretty-hrtime": "^1.0.3", "resolve-from": "^5.0.0", "semver": "^7.3.7", @@ -8102,13 +8636,22 @@ "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } } }, "node_modules/@storybook/core-server/node_modules/@storybook/core-events": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.8.tgz", - "integrity": "sha512-PtuvR7vS4glDEdCfKB4f1k3Vs1C3rTWP2DNbF+IjjPhNLMBznCdzTAPcz+NUIBvpjjGnhKwWikJ0yj931YjSVg==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.3.tgz", + "integrity": "sha512-eOs4HRrsEZz2FZFlMGwPuH9CGYBK8fkUS7mcHNPv8CqoHV8d3ErvDax8zA/KGRj3S6kWJ4PzI9IGuiDVvwuxhA==", "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -8117,16 +8660,16 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/csf-tools": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.8.tgz", - "integrity": "sha512-Ji5fpoGym/MSyHJ6ALghVUUecwhEbN0On+jOZ2VPkrkATi9UDtryHQPdF60HKR63Iv53xRuWRzudB6zm43RTzw==", - "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.8", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.3.tgz", + "integrity": "sha512-22h6Uv7w29v8HjoFsJvAkBci9POVH0aQhlfZ4NNYkiMbgD4X4HWeD2wqob6fTKpVWP3tDaNS9FfCWHxQXFE+ag==", + "dependencies": { + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.3", "fs-extra": "^11.1.0", "recast": "^0.23.5", "ts-dedent": "^2.0.0" @@ -8137,19 +8680,19 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/manager-api": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-8.0.8.tgz", - "integrity": "sha512-1HU4nfLRi0sD2uw229gb8EQyufNWrLvMNpg013kBsBXRd+Dj4dqF3v+KrYFNtteY7riC4mAJ6YcQ4tBUNYZDug==", - "dependencies": { - "@storybook/channels": "8.0.8", - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", - "@storybook/csf": "^0.1.2", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-8.1.3.tgz", + "integrity": "sha512-2OpbHK0a3Tak+Wba0ZW/b17C62hdXMFa++rzGT7KzFcVmzg8Nx464wVx2hlrNxjlfBJkHoT723irAiAwmIl2Pg==", + "dependencies": { + "@storybook/channels": "8.1.3", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", "@storybook/icons": "^1.2.5", - "@storybook/router": "8.0.8", - "@storybook/theming": "8.0.8", - "@storybook/types": "8.0.8", + "@storybook/router": "8.1.3", + "@storybook/theming": "8.1.3", + "@storybook/types": "8.1.3", "dequal": "^2.0.2", "lodash": "^4.17.21", "memoizerific": "^1.11.3", @@ -8163,25 +8706,25 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/node-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.8.tgz", - "integrity": "sha512-ymps3MMTxtMWq0eDiXk1iO7iv0Eg0PuUvOpPPohEJauGzU9THv81xx01aaHKSprFFJYD2LMQr1aFuUplItO12g==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.3.tgz", + "integrity": "sha512-MpQ7Zl5n58zbFr1Yu3qgInGENoScEnfqsCxipMhj57b5SWJJ7NoOdSAWznjFFffo8NoaqxldHscuaQfzPBN9hA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, "node_modules/@storybook/core-server/node_modules/@storybook/preview-api": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.0.8.tgz", - "integrity": "sha512-khgw2mNiBrSZS3KNGQPzjneL3Csh3BOq0yLAtJpT7CRSrI/YjlE7jjcTkKzoxW+UCgvNTnLvsowcuzu82e69fA==", - "dependencies": { - "@storybook/channels": "8.0.8", - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", - "@storybook/csf": "^0.1.2", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.1.3.tgz", + "integrity": "sha512-2eyNVr5wLzglE7KABdXu4nu+rPjJ8gVDP9TiovgU1MHhE5rX8qbKmJ47ymWSfJT1DMvH2dPISh4/wRK3WVNjmw==", + "dependencies": { + "@storybook/channels": "8.1.3", + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", - "@storybook/types": "8.0.8", + "@storybook/types": "8.1.3", "@types/qs": "^6.9.5", "dequal": "^2.0.2", "lodash": "^4.17.21", @@ -8197,11 +8740,11 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/router": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/router/-/router-8.0.8.tgz", - "integrity": "sha512-wdFdNsEKweigU9VkGZtpb7GhBJLWzbABcwOuEy2h0d5m7egB97hy9BxhANdqkC+PbAHrabxC99Ca3wTj50MoDg==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/router/-/router-8.1.3.tgz", + "integrity": "sha512-CVEMpRD+PDVb+oZ3Sd0SV4P9vBJhYDgYiO9Km9X1jV6iyg/CXIALlo5Rd9pT+/U8IdqI2QX3bkZBUgCFDff67w==", "dependencies": { - "@storybook/client-logger": "8.0.8", + "@storybook/client-logger": "8.1.3", "memoizerific": "^1.11.3", "qs": "^6.10.0" }, @@ -8211,12 +8754,12 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/theming": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-8.0.8.tgz", - "integrity": "sha512-43hkNz7yo8Bl97AO2WbxIGprUqMhUZyK9g8383bd30gSxy9nfND/bdSdcgmA8IokDn8qp37Q4QmxtUZdhjMzZQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-8.1.3.tgz", + "integrity": "sha512-BXtD5pna4eAAxNbzZUijP6W25IFVhvANG5P96xYM+OH+5OMSdLpDANnG2qWcZumwX5JFd74KqOIuV8yIO0AYXQ==", "dependencies": { "@emotion/use-insertion-effect-with-fallbacks": "^1.0.1", - "@storybook/client-logger": "8.0.8", + "@storybook/client-logger": "8.1.3", "@storybook/global": "^5.0.0", "memoizerific": "^1.11.3" }, @@ -8225,8 +8768,8 @@ "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" }, "peerDependenciesMeta": { "react": { @@ -8238,11 +8781,11 @@ } }, "node_modules/@storybook/core-server/node_modules/@storybook/types": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.8.tgz", - "integrity": "sha512-NGsgCsXnWlaZmHenHDgHGs21zhweZACkqTNsEQ7hvsiF08QeiKAdgJLQg3YeGK73h9mFDRP9djprUtJYab6vnQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.3.tgz", + "integrity": "sha512-2uUC1z7heMceRPHQ4KCcZwwKjtW2YiToUODsEw0YOq6NC/Q9elZta1FABSG0Bq7XM08EiAgjyc7P9CZPJ2QxUQ==", "dependencies": { - "@storybook/channels": "8.0.8", + "@storybook/channels": "8.1.3", "@types/express": "^4.7.0", "file-system-cache": "2.3.0" }, @@ -8252,9 +8795,9 @@ } }, "node_modules/@storybook/core-server/node_modules/@types/node": { - "version": "18.19.31", - "resolved": "https://registry.npmjs.org/@types/node/-/node-18.19.31.tgz", - "integrity": "sha512-ArgCD39YpyyrtFKIqMDvjz79jto5fcI/SVUs2HwB+f0dAzq68yqOdyaSivLiLugSziTpNXLQrVb7RZFmdZzbhA==", + "version": "18.19.33", + "resolved": "https://registry.npmjs.org/@types/node/-/node-18.19.33.tgz", + "integrity": "sha512-NR9+KrpSajr2qBVp/Yt5TU/rp+b5Mayi3+OlMlcg2cVCfRmcG5PWZ7S4+MG9PZ5gWBoc9Pd0BKSRViuBCRPu0A==", "dependencies": { "undici-types": "~5.26.4" } @@ -8292,6 +8835,25 @@ "url": "https://github.com/sponsors/sindresorhus" } }, + "node_modules/@storybook/core-server/node_modules/globby": { + "version": "14.0.1", + "resolved": "https://registry.npmjs.org/globby/-/globby-14.0.1.tgz", + "integrity": "sha512-jOMLD2Z7MAhyG8aJpNOpmziMOP4rPLcc95oQPKXBazW82z+CEgPFBQvEpRUa1KeIMUJo4Wsm+q6uzO/Q/4BksQ==", + "dependencies": { + "@sindresorhus/merge-streams": "^2.1.0", + "fast-glob": "^3.3.2", + "ignore": "^5.2.4", + "path-type": "^5.0.0", + "slash": "^5.1.0", + "unicorn-magic": "^0.1.0" + }, + "engines": { + "node": ">=18" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, "node_modules/@storybook/core-server/node_modules/human-signals": { "version": "2.1.0", "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", @@ -8300,24 +8862,21 @@ "node": ">=10.17.0" } }, - "node_modules/@storybook/core-server/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", - "dependencies": { - "yallist": "^4.0.0" - }, + "node_modules/@storybook/core-server/node_modules/path-type": { + "version": "5.0.0", + "resolved": "https://registry.npmjs.org/path-type/-/path-type-5.0.0.tgz", + "integrity": "sha512-5HviZNaZcfqP95rwpv+1HDgUamezbqdSYTyzjTvwtJSnIH+3vnbmWsItli8OFEndS984VT55M3jduxZbX351gg==", "engines": { - "node": ">=10" + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, "node_modules/@storybook/core-server/node_modules/semver": { - "version": "7.6.0", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.0.tgz", - "integrity": "sha512-EnwXhrlwXMk9gKu5/flx5sv/an57AkRplG3hTK68W7FRDN+k+OWBj65M7719OkA82XLBxrcX0KSHj+X5COhOVg==", - "dependencies": { - "lru-cache": "^6.0.0" - }, + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", "bin": { "semver": "bin/semver.js" }, @@ -8325,10 +8884,16 @@ "node": ">=10" } }, - "node_modules/@storybook/core-server/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==" + "node_modules/@storybook/core-server/node_modules/slash": { + "version": "5.1.0", + "resolved": "https://registry.npmjs.org/slash/-/slash-5.1.0.tgz", + "integrity": "sha512-ZA6oR3T/pEyuqwMgAKT0/hAv8oAXckzbkmR0UkUosQ+Mc4RxGoJkRmwHgHufaenlyAgE1Mxgpdcrf75y6XcnDg==", + "engines": { + "node": ">=14.16" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } }, "node_modules/@storybook/core-webpack": { "version": "8.0.8", @@ -8563,20 +9128,20 @@ "dev": true }, "node_modules/@storybook/csf": { - "version": "0.1.2", - "resolved": "https://registry.npmjs.org/@storybook/csf/-/csf-0.1.2.tgz", - "integrity": "sha512-ePrvE/pS1vsKR9Xr+o+YwdqNgHUyXvg+1Xjx0h9LrVx7Zq4zNe06pd63F5EvzTbCbJsHj7GHr9tkiaqm7U8WRA==", + "version": "0.1.7", + "resolved": "https://registry.npmjs.org/@storybook/csf/-/csf-0.1.7.tgz", + "integrity": "sha512-53JeLZBibjQxi0Ep+/AJTfxlofJlxy1jXcSKENlnKxHjWEYyHQCumMP5yTFjf7vhNnMjEpV3zx6t23ssFiGRyw==", "dependencies": { "type-fest": "^2.19.0" } }, "node_modules/@storybook/csf-plugin": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/csf-plugin/-/csf-plugin-7.6.16.tgz", - "integrity": "sha512-hslhGtnijMpL7HAcYYgIuo6acVLP7BDptflMwIyGFWKK3MHjMxqWTZ3Sj+BV1yg/pYZdqC2NYyUypeuuSpivSA==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/csf-plugin/-/csf-plugin-8.1.6.tgz", + "integrity": "sha512-y2OW84leoWsqfBXb7EoRy2QUmtsI3gpqYqpyD/d5K+vQ+E9CBel2WB8RPrwcYm2L88WPDaufQQDzqyB7aMx4fQ==", "dev": true, "dependencies": { - "@storybook/csf-tools": "7.6.16", + "@storybook/csf-tools": "8.1.6", "unplugin": "^1.3.1" }, "funding": { @@ -8585,19 +9150,19 @@ } }, "node_modules/@storybook/csf-tools": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-7.6.16.tgz", - "integrity": "sha512-8kVBq3UKDrEQq7rTHlNMoe1TDOTdO8iL8Jtv/FMDu/Qzj6AoT8/bjrtPsGjGMfVjP7QwBDeiLn6rStT4TlVGog==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.6.tgz", + "integrity": "sha512-jrKfHFNhiLBhWWW4/fm2wgKEVg55e6QuYUHY16KGd7PdPuzm+2Pt7jIl5V9yIj6a59YbjeMpT6jWPKbFx2TuCw==", "dev": true, "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "7.6.16", + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.6", "fs-extra": "^11.1.0", - "recast": "^0.23.1", + "recast": "^0.23.5", "ts-dedent": "^2.0.0" }, "funding": { @@ -8605,29 +9170,70 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/docs-mdx": { - "version": "3.0.0", - "resolved": "https://registry.npmjs.org/@storybook/docs-mdx/-/docs-mdx-3.0.0.tgz", - "integrity": "sha512-NmiGXl2HU33zpwTv1XORe9XG9H+dRUC1Jl11u92L4xr062pZtrShLmD4VKIsOQujxhhOrbxpwhNOt+6TdhyIdQ==" - }, - "node_modules/@storybook/docs-tools": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/docs-tools/-/docs-tools-7.6.16.tgz", - "integrity": "sha512-meuq5uLGBLOSJXKeCt9iEH0uVKgGqwfEBi2T4E2w3BcubC/6oQ3VeZl25/KO+l1XcLmOg9LkN2ZOtLV9TEiVLQ==", + "node_modules/@storybook/csf-tools/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", + "dev": true, "dependencies": { - "@storybook/core-common": "7.6.16", - "@storybook/preview-api": "7.6.16", - "@storybook/types": "7.6.16", - "@types/doctrine": "^0.0.3", - "assert": "^2.1.0", - "doctrine": "^3.0.0", - "lodash": "^4.17.21" + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/global": "^5.0.0", + "telejson": "^7.2.0", + "tiny-invariant": "^1.3.1" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/csf-tools/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/csf-tools/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, + "dependencies": { + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/csf-tools/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", + "dev": true, + "dependencies": { + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, + "node_modules/@storybook/docs-mdx": { + "version": "3.1.0-next.0", + "resolved": "https://registry.npmjs.org/@storybook/docs-mdx/-/docs-mdx-3.1.0-next.0.tgz", + "integrity": "sha512-t4syFIeSyufieNovZbLruPt2DmRKpbwL4fERCZ1MifWDRIORCKLc4NCEHy+IqvIqd71/SJV2k4B51nF7vlJfmQ==" + }, "node_modules/@storybook/global": { "version": "5.0.0", "resolved": "https://registry.npmjs.org/@storybook/global/-/global-5.0.0.tgz", @@ -8749,28 +9355,29 @@ } }, "node_modules/@storybook/manager": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/manager/-/manager-8.0.8.tgz", - "integrity": "sha512-pWYHSDmgT8p/XbQMKuDPdgB6KzjePI6dU5KQ5MERYfch1UiuGPVm1HHDlxxSfHW0IIXw9Qnwq4L0Awe4qhvJKQ==", + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/manager/-/manager-8.1.3.tgz", + "integrity": "sha512-hmfQJJNLSqlM+jfcCXo5wnhUIugTsCxv6a+2UnRAt2AnF6J746QaV0npMThw1QG/7fi/ofaRY8hPGxgCN9uHRA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, "node_modules/@storybook/manager-api": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-7.6.16.tgz", - "integrity": "sha512-pX3xw4DsPhYTWEDspsnJiZSoakn0z3Rdt9YmHU0/NaFBLn64EClzd9XMDnGXnZzW1DtdG6T6l2CwDNDCNIVkWg==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-8.1.6.tgz", + "integrity": "sha512-L/s1FdFh/P+eFmQwLtFtJHwFJrGD9H7nauaQlKJOrU3GeXfjBjtlAZQF0Q6B4ZTGxwZjQrzShpt/0yKc6gymtw==", "dev": true, "dependencies": { - "@storybook/channels": "7.6.16", - "@storybook/client-logger": "7.6.16", - "@storybook/core-events": "7.6.16", - "@storybook/csf": "^0.1.2", + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", "@storybook/global": "^5.0.0", - "@storybook/router": "7.6.16", - "@storybook/theming": "7.6.16", - "@storybook/types": "7.6.16", + "@storybook/icons": "^1.2.5", + "@storybook/router": "8.1.6", + "@storybook/theming": "8.1.6", + "@storybook/types": "8.1.6", "dequal": "^2.0.2", "lodash": "^4.17.21", "memoizerific": "^1.11.3", @@ -8783,11 +9390,64 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/mdx2-csf": { - "version": "1.1.0", - "resolved": "https://registry.npmjs.org/@storybook/mdx2-csf/-/mdx2-csf-1.1.0.tgz", - "integrity": "sha512-TXJJd5RAKakWx4BtpwvSNdgTDkKM6RkXU8GK34S/LhidQ5Pjz3wcnqb0TxEkfhK/ztbP8nKHqXFwLfa2CYkvQw==", - "dev": true + "node_modules/@storybook/manager-api/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", + "dev": true, + "dependencies": { + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/global": "^5.0.0", + "telejson": "^7.2.0", + "tiny-invariant": "^1.3.1" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/manager-api/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/manager-api/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", + "dev": true, + "dependencies": { + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/manager-api/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", + "dev": true, + "dependencies": { + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } }, "node_modules/@storybook/nextjs": { "version": "8.0.8", @@ -9201,25 +9861,6 @@ "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==", "dev": true }, - "node_modules/@storybook/node-logger": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-7.6.16.tgz", - "integrity": "sha512-s18wgtLynLWnunz47lkVIpjk8J6LxT/OmfzkggieU8cG2XYRbf//t7/EOUpOqK77+Xqm3epSwgDAxOXGfjOjAA==", - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/@storybook/postinstall": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/postinstall/-/postinstall-7.6.16.tgz", - "integrity": "sha512-axWxj8e90+iLUZPGU9Zvn2Jc/GQrWspu8DpwRCS7N23epTVW6n6OWp31GAShdSx8Oh5lmCMXGegTd1v2Mwc61A==", - "dev": true, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, "node_modules/@storybook/preset-react-webpack": { "version": "8.0.8", "resolved": "https://registry.npmjs.org/@storybook/preset-react-webpack/-/preset-react-webpack-8.0.8.tgz", @@ -9589,43 +10230,17 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/preview-api": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-7.6.16.tgz", - "integrity": "sha512-V9x9HOhi4CJuiX+0a7GU0JlfRAp6txStGMkV0DrCATbxSWpK+6d5x2Te521z16V3RIMMmYn33aEyarOp5WjTqw==", - "dependencies": { - "@storybook/channels": "7.6.16", - "@storybook/client-logger": "7.6.16", - "@storybook/core-events": "7.6.16", - "@storybook/csf": "^0.1.2", - "@storybook/global": "^5.0.0", - "@storybook/types": "7.6.16", - "@types/qs": "^6.9.5", - "dequal": "^2.0.2", - "lodash": "^4.17.21", - "memoizerific": "^1.11.3", - "qs": "^6.10.0", - "synchronous-promise": "^2.0.15", - "ts-dedent": "^2.0.0", - "util-deprecate": "^1.0.2" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, "node_modules/@storybook/react": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/react/-/react-7.6.16.tgz", - "integrity": "sha512-3vzjtEHu9xXLz827JiwC448ZVattzAR5qkfVg3dVOD1MtLH8LTJ/gOqv/8Kq0fOtEgOdlcAF4jQV/XAL6pEAkQ==", + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/react/-/react-8.1.6.tgz", + "integrity": "sha512-2CSc3MLeaY7QaYAQLwaXRboKkgQnWrSZAo/WTJcSHUr2YFxH5+iECB0Kci12GqaJklhhgmfTfVZ4Jo9ZJ6LQfg==", "dependencies": { - "@storybook/client-logger": "7.6.16", - "@storybook/core-client": "7.6.16", - "@storybook/docs-tools": "7.6.16", + "@storybook/client-logger": "8.1.6", + "@storybook/docs-tools": "8.1.6", "@storybook/global": "^5.0.0", - "@storybook/preview-api": "7.6.16", - "@storybook/react-dom-shim": "7.6.16", - "@storybook/types": "7.6.16", + "@storybook/preview-api": "8.1.6", + "@storybook/react-dom-shim": "8.1.6", + "@storybook/types": "8.1.6", "@types/escodegen": "^0.0.6", "@types/estree": "^0.0.51", "@types/node": "^18.0.0", @@ -9637,21 +10252,22 @@ "lodash": "^4.17.21", "prop-types": "^15.7.2", "react-element-to-jsx-string": "^15.0.0", + "semver": "^7.3.7", "ts-dedent": "^2.0.0", "type-fest": "~2.19", "util-deprecate": "^1.0.2" }, "engines": { - "node": ">=16.0.0" + "node": ">=18.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0", - "typescript": "*" + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "typescript": ">= 4.2.x" }, "peerDependenciesMeta": { "typescript": { @@ -9678,68 +10294,13 @@ "webpack": ">= 4" } }, - "node_modules/@storybook/react-dom-shim": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/react-dom-shim/-/react-dom-shim-7.6.16.tgz", - "integrity": "sha512-F6pGgL2pWy5utn6m2YAVz1PYZO3pdlNHfT85g5Om3q7CR4msWpMQ1O/oEVYgqfJ9UfOqCV/mHeDWICzUa7pv6g==", - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" - } - }, - "node_modules/@storybook/react/node_modules/@types/node": { - "version": "18.18.8", - "resolved": "https://registry.npmjs.org/@types/node/-/node-18.18.8.tgz", - "integrity": "sha512-OLGBaaK5V3VRBS1bAkMVP2/W9B+H8meUfl866OrMNQqt7wDgdpWPp5o6gmIc9pB+lIQHSq4ZL8ypeH1vPxcPaQ==", - "dependencies": { - "undici-types": "~5.26.4" - } - }, - "node_modules/@storybook/router": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/router/-/router-7.6.16.tgz", - "integrity": "sha512-PgVuzs83g4dq2r1qdcc0wvS1Pe1UpKdq54uy4TkBrrei7hBzB/+POztPXs0rVXXBXdCQT/jomLmRo/yC45bsGg==", - "dev": true, - "dependencies": { - "@storybook/client-logger": "7.6.16", - "memoizerific": "^1.11.3", - "qs": "^6.10.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/@storybook/telemetry": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/telemetry/-/telemetry-8.0.8.tgz", - "integrity": "sha512-Uvj4nN01vQgjXZYKF/GKTFE85//Qm4ZTlJxTFWid+oYWc8NpAyJvlsJkj/dsEn4cLrgnJx2e4xvnx0Umr2ck+A==", - "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-common": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "chalk": "^4.1.0", - "detect-package-manager": "^2.0.1", - "fetch-retry": "^5.0.2", - "fs-extra": "^11.1.0", - "read-pkg-up": "^7.0.1" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/@storybook/telemetry/node_modules/@storybook/channels": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.8.tgz", - "integrity": "sha512-L3EGVkabv3fweXnykD/GlNUDO5HtwlIfSovC7BF4MmP7662j2/eqlZrJxDojGtbv11XHjWp/UJHUIfKpcHXYjQ==", + "node_modules/@storybook/react/node_modules/@storybook/channels": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.6.tgz", + "integrity": "sha512-CzDnP6qfI8OC8pGUk+wPUzLPYcKhX8XbriF2gBtwl6qVM8YfkHP2mLTiDYDwBIi0rLuUbSm/SpILXQ/ouOHOGw==", "dependencies": { - "@storybook/client-logger": "8.0.8", - "@storybook/core-events": "8.0.8", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", "@storybook/global": "^5.0.0", "telejson": "^7.2.0", "tiny-invariant": "^1.3.1" @@ -9749,10 +10310,10 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/client-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.8.tgz", - "integrity": "sha512-a4BKwl9NLFcuRgMyI7S4SsJeLFK0LCQxIy76V6YyrE1DigoXz4nA4eQxdjLf7JVvU0EZFmNSfbVL/bXzzWKNXA==", + "node_modules/@storybook/react/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", "dependencies": { "@storybook/global": "^5.0.0" }, @@ -9761,15 +10322,15 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/core-common": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.8.tgz", - "integrity": "sha512-CL15M2oeQW+Rb1l7ciunLDI2Re+ojL2lX1ZFAiDedcOU+JHsdq43zAuXoZVzp8icUi2AUSwEjZIxGCSingj+JQ==", + "node_modules/@storybook/react/node_modules/@storybook/core-common": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.6.tgz", + "integrity": "sha512-OTlfJFaTOB588ibXrrFm0TAXam6E5xV1VXSjNXL+fIifx8Kjln2HNSy1JKjvcblQneYiV4J1xPCVnAIe0EGHDg==", "dependencies": { - "@storybook/core-events": "8.0.8", - "@storybook/csf-tools": "8.0.8", - "@storybook/node-logger": "8.0.8", - "@storybook/types": "8.0.8", + "@storybook/core-events": "8.1.6", + "@storybook/csf-tools": "8.1.6", + "@storybook/node-logger": "8.1.6", + "@storybook/types": "8.1.6", "@yarnpkg/fslib": "2.10.3", "@yarnpkg/libzip": "2.3.0", "chalk": "^4.1.0", @@ -9787,10 +10348,11 @@ "node-fetch": "^2.0.0", "picomatch": "^2.3.0", "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", "pretty-hrtime": "^1.0.3", "resolve-from": "^5.0.0", "semver": "^7.3.7", - "tempy": "^1.0.1", + "tempy": "^3.1.0", "tiny-invariant": "^1.3.1", "ts-dedent": "^2.0.0", "util": "^0.12.4" @@ -9798,13 +10360,22 @@ "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "prettier": "^2 || ^3" + }, + "peerDependenciesMeta": { + "prettier": { + "optional": true + } } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/core-events": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.8.tgz", - "integrity": "sha512-PtuvR7vS4glDEdCfKB4f1k3Vs1C3rTWP2DNbF+IjjPhNLMBznCdzTAPcz+NUIBvpjjGnhKwWikJ0yj931YjSVg==", + "node_modules/@storybook/react/node_modules/@storybook/core-events": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.6.tgz", + "integrity": "sha512-DaIVe4TUp/7uQdSJYGmJv9S/S364tSgZ3S3dZ1vsf1rgoUbCp5kTBtcd/fcqgukMPREgCgO9oDhmemI3SLAqzw==", "dependencies": { + "@storybook/csf": "^0.1.7", "ts-dedent": "^2.0.0" }, "funding": { @@ -9812,17 +10383,17 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/csf-tools": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.8.tgz", - "integrity": "sha512-Ji5fpoGym/MSyHJ6ALghVUUecwhEbN0On+jOZ2VPkrkATi9UDtryHQPdF60HKR63Iv53xRuWRzudB6zm43RTzw==", + "node_modules/@storybook/react/node_modules/@storybook/csf-tools": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.6.tgz", + "integrity": "sha512-jrKfHFNhiLBhWWW4/fm2wgKEVg55e6QuYUHY16KGd7PdPuzm+2Pt7jIl5V9yIj6a59YbjeMpT6jWPKbFx2TuCw==", "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.8", + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.6", "fs-extra": "^11.1.0", "recast": "^0.23.5", "ts-dedent": "^2.0.0" @@ -9832,88 +10403,164 @@ "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/node-logger": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.8.tgz", - "integrity": "sha512-ymps3MMTxtMWq0eDiXk1iO7iv0Eg0PuUvOpPPohEJauGzU9THv81xx01aaHKSprFFJYD2LMQr1aFuUplItO12g==", + "node_modules/@storybook/react/node_modules/@storybook/docs-tools": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/docs-tools/-/docs-tools-8.1.6.tgz", + "integrity": "sha512-IhqQHSJ5nEBEJ162P/6/6c45toLinWpAkB7pwbAoP00djZSzfHNdQ4HfpZSGfD4GUJIvzsqMzUlyqCKLAoRPPA==", + "dependencies": { + "@storybook/core-common": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/preview-api": "8.1.6", + "@storybook/types": "8.1.6", + "@types/doctrine": "^0.0.3", + "assert": "^2.1.0", + "doctrine": "^3.0.0", + "lodash": "^4.17.21" + }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/@storybook/types": { - "version": "8.0.8", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.8.tgz", - "integrity": "sha512-NGsgCsXnWlaZmHenHDgHGs21zhweZACkqTNsEQ7hvsiF08QeiKAdgJLQg3YeGK73h9mFDRP9djprUtJYab6vnQ==", - "dependencies": { - "@storybook/channels": "8.0.8", - "@types/express": "^4.7.0", - "file-system-cache": "2.3.0" - }, + "node_modules/@storybook/react/node_modules/@storybook/node-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.6.tgz", + "integrity": "sha512-IZEiTLFHu8Oom/vdEGpisSw5CfU+cw6/fTaX1P3EVClFOWVuy8/3X5MPu4wJH3jPym6E2DBduIUFeRsiuq61gA==", "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/execa": { - "version": "5.1.1", - "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", - "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", + "node_modules/@storybook/react/node_modules/@storybook/preview-api": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.1.6.tgz", + "integrity": "sha512-g9EvVg/DYqmjMh1uivJBJnSIvURyuK4LLabYicQNmYdQJscAeXX2bpMcA4aeci9BBm9B2RP7JbSnq7DbXZaJYA==", "dependencies": { - "cross-spawn": "^7.0.3", - "get-stream": "^6.0.0", - "human-signals": "^2.1.0", - "is-stream": "^2.0.0", - "merge-stream": "^2.0.0", - "npm-run-path": "^4.0.1", - "onetime": "^5.1.2", - "signal-exit": "^3.0.3", - "strip-final-newline": "^2.0.0" - }, - "engines": { - "node": ">=10" + "@storybook/channels": "8.1.6", + "@storybook/client-logger": "8.1.6", + "@storybook/core-events": "8.1.6", + "@storybook/csf": "^0.1.7", + "@storybook/global": "^5.0.0", + "@storybook/types": "8.1.6", + "@types/qs": "^6.9.5", + "dequal": "^2.0.2", + "lodash": "^4.17.21", + "memoizerific": "^1.11.3", + "qs": "^6.10.0", + "tiny-invariant": "^1.3.1", + "ts-dedent": "^2.0.0", + "util-deprecate": "^1.0.2" }, "funding": { - "url": "https://github.com/sindresorhus/execa?sponsor=1" + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/telemetry/node_modules/get-stream": { - "version": "6.0.1", - "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", - "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", - "engines": { - "node": ">=10" - }, + "node_modules/@storybook/react/node_modules/@storybook/react-dom-shim": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/react-dom-shim/-/react-dom-shim-8.1.6.tgz", + "integrity": "sha512-qP5nkAmpGFy/gshO+bVjRo1rgo/6UVDElgOd2dlUtYnfdPONiOfWko2XGYKKfxa6Cp7KU35JlZz/kHGqWG31zQ==", "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/@storybook/telemetry/node_modules/human-signals": { - "version": "2.1.0", - "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", - "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", - "engines": { - "node": ">=10.17.0" + "type": "opencollective", + "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" } }, - "node_modules/@storybook/telemetry/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", + "node_modules/@storybook/react/node_modules/@storybook/types": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.6.tgz", + "integrity": "sha512-cWpS9+x1pxCO39spR8QmumMK2ub2p5cvMtrRvWaIjBFPbCwm2CvjBXFWIra2veBCZTxUKJ9VWxvi7pzRHjN/nw==", "dependencies": { - "yallist": "^4.0.0" + "@storybook/channels": "8.1.6", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/react/node_modules/@types/node": { + "version": "18.18.8", + "resolved": "https://registry.npmjs.org/@types/node/-/node-18.18.8.tgz", + "integrity": "sha512-OLGBaaK5V3VRBS1bAkMVP2/W9B+H8meUfl866OrMNQqt7wDgdpWPp5o6gmIc9pB+lIQHSq4ZL8ypeH1vPxcPaQ==", + "dependencies": { + "undici-types": "~5.26.4" + } + }, + "node_modules/@storybook/react/node_modules/crypto-random-string": { + "version": "4.0.0", + "resolved": "https://registry.npmjs.org/crypto-random-string/-/crypto-random-string-4.0.0.tgz", + "integrity": "sha512-x8dy3RnvYdlUcPOjkEHqozhiwzKNSq7GcPuXFbnyMOCHxX8V3OgIg/pYuabl2sbUPfIJaeAQB7PMOK8DFIdoRA==", + "dependencies": { + "type-fest": "^1.0.1" }, + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/react/node_modules/crypto-random-string/node_modules/type-fest": { + "version": "1.4.0", + "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-1.4.0.tgz", + "integrity": "sha512-yGSza74xk0UG8k+pLh5oeoYirvIiWo5t0/o3zHHAO2tRDiZcxWP7fywNlXhqb6/r6sWvwi+RsyQMWhVLe4BVuA==", "engines": { "node": ">=10" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/@storybook/telemetry/node_modules/semver": { - "version": "7.6.0", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.0.tgz", - "integrity": "sha512-EnwXhrlwXMk9gKu5/flx5sv/an57AkRplG3hTK68W7FRDN+k+OWBj65M7719OkA82XLBxrcX0KSHj+X5COhOVg==", + "node_modules/@storybook/react/node_modules/execa": { + "version": "5.1.1", + "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", + "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", "dependencies": { - "lru-cache": "^6.0.0" + "cross-spawn": "^7.0.3", + "get-stream": "^6.0.0", + "human-signals": "^2.1.0", + "is-stream": "^2.0.0", + "merge-stream": "^2.0.0", + "npm-run-path": "^4.0.1", + "onetime": "^5.1.2", + "signal-exit": "^3.0.3", + "strip-final-newline": "^2.0.0" + }, + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sindresorhus/execa?sponsor=1" + } + }, + "node_modules/@storybook/react/node_modules/get-stream": { + "version": "6.0.1", + "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", + "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", + "engines": { + "node": ">=10" }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/react/node_modules/human-signals": { + "version": "2.1.0", + "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", + "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", + "engines": { + "node": ">=10.17.0" + } + }, + "node_modules/@storybook/react/node_modules/semver": { + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", "bin": { "semver": "bin/semver.js" }, @@ -9921,128 +10568,410 @@ "node": ">=10" } }, - "node_modules/@storybook/telemetry/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==" + "node_modules/@storybook/react/node_modules/temp-dir": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/temp-dir/-/temp-dir-3.0.0.tgz", + "integrity": "sha512-nHc6S/bwIilKHNRgK/3jlhDoIHcp45YgyiwcAk46Tr0LfEqGBVpmiAyuiuxeVE44m3mXnEeVhaipLOEWmH+Njw==", + "engines": { + "node": ">=14.16" + } }, - "node_modules/@storybook/testing-library": { - "version": "0.2.2", - "resolved": "https://registry.npmjs.org/@storybook/testing-library/-/testing-library-0.2.2.tgz", - "integrity": "sha512-L8sXFJUHmrlyU2BsWWZGuAjv39Jl1uAqUHdxmN42JY15M4+XCMjGlArdCCjDe1wpTSW6USYISA9axjZojgtvnw==", + "node_modules/@storybook/react/node_modules/tempy": { + "version": "3.1.0", + "resolved": "https://registry.npmjs.org/tempy/-/tempy-3.1.0.tgz", + "integrity": "sha512-7jDLIdD2Zp0bDe5r3D2qtkd1QOCacylBuL7oa4udvN6v2pqr4+LcCr67C8DR1zkpaZ8XosF5m1yQSabKAW6f2g==", "dependencies": { - "@testing-library/dom": "^9.0.0", - "@testing-library/user-event": "^14.4.0", - "ts-dedent": "^2.2.0" + "is-stream": "^3.0.0", + "temp-dir": "^3.0.0", + "type-fest": "^2.12.2", + "unique-string": "^3.0.0" + }, + "engines": { + "node": ">=14.16" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/@storybook/theming": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-7.6.16.tgz", - "integrity": "sha512-ZiUyakApTzAiAR28JwqbqY426U1OlJPG/Y7ddQgYgTsdoRFR1iMewAxWW1LId1q3B1dtiIHAccqhocEMNcYkLA==", + "node_modules/@storybook/react/node_modules/tempy/node_modules/is-stream": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/is-stream/-/is-stream-3.0.0.tgz", + "integrity": "sha512-LnQR4bZ9IADDRSkvpqMGvt/tEJWclzklNgSw48V5EAaAeDd6qGvN8ei6k5p0tvxSR171VmGyHuTiAOfxAbr8kA==", + "engines": { + "node": "^12.20.0 || ^14.13.1 || >=16.0.0" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/react/node_modules/unique-string": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/unique-string/-/unique-string-3.0.0.tgz", + "integrity": "sha512-VGXBUVwxKMBUznyffQweQABPRRW1vHZAbadFZud4pLFAqRGvv/96vafgjWFqzourzr8YonlQiPgH0YCJfawoGQ==", + "dependencies": { + "crypto-random-string": "^4.0.0" + }, + "engines": { + "node": ">=12" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/router": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/router/-/router-8.1.6.tgz", + "integrity": "sha512-tvuhB2uXHEKK640Epm1SqVzPhQ9lXYfF7FX6FleJgVYEvZpJpNTD4RojedQoLI6SUUSXNy1Vs2QV26VM0XIPHQ==", "dev": true, "dependencies": { - "@emotion/use-insertion-effect-with-fallbacks": "^1.0.0", - "@storybook/client-logger": "7.6.16", - "@storybook/global": "^5.0.0", - "memoizerific": "^1.11.3" + "@storybook/client-logger": "8.1.6", + "memoizerific": "^1.11.3", + "qs": "^6.10.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/router/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/@storybook/types": { - "version": "7.6.16", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-7.6.16.tgz", - "integrity": "sha512-Ld4dKbgSbvqThdBNwNlOxQu5AiS6U9DXI5evf/j83eWs6skO3OBdQp+GWa6sUCI9eRqH8tFsw/YmMcIZ4uZrBQ==", + "node_modules/@storybook/telemetry": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/telemetry/-/telemetry-8.1.3.tgz", + "integrity": "sha512-edFj0AJ3DEF8Z6Ym6ue7N8U9HZ2khAfXIcpk6RDgL/8FrpAZKC96XSEBMSnem3BLHxMi2bddQH1UTU6rKXrfBA==", "dependencies": { - "@storybook/channels": "7.6.16", - "@types/babel__core": "^7.0.0", - "@types/express": "^4.7.0", - "file-system-cache": "2.3.0" + "@storybook/client-logger": "8.1.3", + "@storybook/core-common": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "chalk": "^4.1.0", + "detect-package-manager": "^2.0.1", + "fetch-retry": "^5.0.2", + "fs-extra": "^11.1.0", + "read-pkg-up": "^7.0.1" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/storybook" } }, - "node_modules/@swc/core": { - "version": "1.3.101", - "resolved": "https://registry.npmjs.org/@swc/core/-/core-1.3.101.tgz", - "integrity": "sha512-w5aQ9qYsd/IYmXADAnkXPGDMTqkQalIi+kfFf/MHRKTpaOL7DHjMXwPp/n8hJ0qNjRvchzmPtOqtPBiER50d8A==", - "hasInstallScript": true, + "node_modules/@storybook/telemetry/node_modules/@storybook/channels": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.1.3.tgz", + "integrity": "sha512-iDoHFX3ty7vhSXegFRevJkQ6cV+QQ1JjDnoXK/SHeloMT26sn5gPtetn3ET9+6ZoFkU05Pf5d0DoywVOfumfcg==", "dependencies": { - "@swc/counter": "^0.1.1", - "@swc/types": "^0.1.5" + "@storybook/client-logger": "8.1.3", + "@storybook/core-events": "8.1.3", + "@storybook/global": "^5.0.0", + "telejson": "^7.2.0", + "tiny-invariant": "^1.3.1" }, - "engines": { - "node": ">=10" + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/telemetry/node_modules/@storybook/client-logger": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.3.tgz", + "integrity": "sha512-dX1jZ+HhJ8hVhAKHQ8gs/FalHjIGo5j1Xk+2UqdsGjLoBlwHIHfHzkVbzrc/gCxxXL0juisk7BzbXaz7lME0KA==", + "dependencies": { + "@storybook/global": "^5.0.0" }, "funding": { "type": "opencollective", - "url": "https://opencollective.com/swc" + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/telemetry/node_modules/@storybook/core-common": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.1.3.tgz", + "integrity": "sha512-VLG2Kg6oX0msq/Gjo+Pveqg7oLnJBClzms43/nwh6oxjJ/TFehRi3DyLjLqL+Nj726LI5lQetFZZyrsHudVskg==", + "dependencies": { + "@storybook/core-events": "8.1.3", + "@storybook/csf-tools": "8.1.3", + "@storybook/node-logger": "8.1.3", + "@storybook/types": "8.1.3", + "@yarnpkg/fslib": "2.10.3", + "@yarnpkg/libzip": "2.3.0", + "chalk": "^4.1.0", + "cross-spawn": "^7.0.3", + "esbuild": "^0.18.0 || ^0.19.0 || ^0.20.0", + "esbuild-register": "^3.5.0", + "execa": "^5.0.0", + "file-system-cache": "2.3.0", + "find-cache-dir": "^3.0.0", + "find-up": "^5.0.0", + "fs-extra": "^11.1.0", + "glob": "^10.0.0", + "handlebars": "^4.7.7", + "lazy-universal-dotenv": "^4.0.0", + "node-fetch": "^2.0.0", + "picomatch": "^2.3.0", + "pkg-dir": "^5.0.0", + "prettier-fallback": "npm:prettier@^3", + "pretty-hrtime": "^1.0.3", + "resolve-from": "^5.0.0", + "semver": "^7.3.7", + "tempy": "^1.0.1", + "tiny-invariant": "^1.3.1", + "ts-dedent": "^2.0.0", + "util": "^0.12.4" }, - "optionalDependencies": { - "@swc/core-darwin-arm64": "1.3.101", - "@swc/core-darwin-x64": "1.3.101", - "@swc/core-linux-arm-gnueabihf": "1.3.101", - "@swc/core-linux-arm64-gnu": "1.3.101", - "@swc/core-linux-arm64-musl": "1.3.101", - "@swc/core-linux-x64-gnu": "1.3.101", - "@swc/core-linux-x64-musl": "1.3.101", - "@swc/core-win32-arm64-msvc": "1.3.101", - "@swc/core-win32-ia32-msvc": "1.3.101", - "@swc/core-win32-x64-msvc": "1.3.101" + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" }, "peerDependencies": { - "@swc/helpers": "^0.5.0" + "prettier": "^2 || ^3" }, "peerDependenciesMeta": { - "@swc/helpers": { + "prettier": { "optional": true } } }, - "node_modules/@swc/core-darwin-arm64": { - "version": "1.3.101", - "resolved": "https://registry.npmjs.org/@swc/core-darwin-arm64/-/core-darwin-arm64-1.3.101.tgz", - "integrity": "sha512-mNFK+uHNPRXSnfTOG34zJOeMl2waM4hF4a2NY7dkMXrPqw9CoJn4MwTXJcyMiSz1/BnNjjTCHF3Yhj0jPxmkzQ==", - "cpu": [ - "arm64" - ], - "optional": true, - "os": [ - "darwin" - ], - "engines": { - "node": ">=10" - } - }, - "node_modules/@swc/core-darwin-x64": { - "version": "1.3.101", - "resolved": "https://registry.npmjs.org/@swc/core-darwin-x64/-/core-darwin-x64-1.3.101.tgz", - "integrity": "sha512-B085j8XOx73Fg15KsHvzYWG262bRweGr3JooO1aW5ec5pYbz5Ew9VS5JKYS03w2UBSxf2maWdbPz2UFAxg0whw==", - "cpu": [ - "x64" - ], - "optional": true, - "os": [ - "darwin" - ], - "engines": { - "node": ">=10" + "node_modules/@storybook/telemetry/node_modules/@storybook/core-events": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.1.3.tgz", + "integrity": "sha512-eOs4HRrsEZz2FZFlMGwPuH9CGYBK8fkUS7mcHNPv8CqoHV8d3ErvDax8zA/KGRj3S6kWJ4PzI9IGuiDVvwuxhA==", + "dependencies": { + "@storybook/csf": "^0.1.7", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/@swc/core-linux-arm-gnueabihf": { - "version": "1.3.101", - "resolved": "https://registry.npmjs.org/@swc/core-linux-arm-gnueabihf/-/core-linux-arm-gnueabihf-1.3.101.tgz", - "integrity": "sha512-9xLKRb6zSzRGPqdz52Hy5GuB1lSjmLqa0lST6MTFads3apmx4Vgs8Y5NuGhx/h2I8QM4jXdLbpqQlifpzTlSSw==", - "cpu": [ + "node_modules/@storybook/telemetry/node_modules/@storybook/csf-tools": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.1.3.tgz", + "integrity": "sha512-22h6Uv7w29v8HjoFsJvAkBci9POVH0aQhlfZ4NNYkiMbgD4X4HWeD2wqob6fTKpVWP3tDaNS9FfCWHxQXFE+ag==", + "dependencies": { + "@babel/generator": "^7.24.4", + "@babel/parser": "^7.24.4", + "@babel/traverse": "^7.24.1", + "@babel/types": "^7.24.0", + "@storybook/csf": "^0.1.7", + "@storybook/types": "8.1.3", + "fs-extra": "^11.1.0", + "recast": "^0.23.5", + "ts-dedent": "^2.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/telemetry/node_modules/@storybook/node-logger": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.1.3.tgz", + "integrity": "sha512-MpQ7Zl5n58zbFr1Yu3qgInGENoScEnfqsCxipMhj57b5SWJJ7NoOdSAWznjFFffo8NoaqxldHscuaQfzPBN9hA==", + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/telemetry/node_modules/@storybook/types": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.1.3.tgz", + "integrity": "sha512-2uUC1z7heMceRPHQ4KCcZwwKjtW2YiToUODsEw0YOq6NC/Q9elZta1FABSG0Bq7XM08EiAgjyc7P9CZPJ2QxUQ==", + "dependencies": { + "@storybook/channels": "8.1.3", + "@types/express": "^4.7.0", + "file-system-cache": "2.3.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@storybook/telemetry/node_modules/execa": { + "version": "5.1.1", + "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", + "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", + "dependencies": { + "cross-spawn": "^7.0.3", + "get-stream": "^6.0.0", + "human-signals": "^2.1.0", + "is-stream": "^2.0.0", + "merge-stream": "^2.0.0", + "npm-run-path": "^4.0.1", + "onetime": "^5.1.2", + "signal-exit": "^3.0.3", + "strip-final-newline": "^2.0.0" + }, + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sindresorhus/execa?sponsor=1" + } + }, + "node_modules/@storybook/telemetry/node_modules/get-stream": { + "version": "6.0.1", + "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", + "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", + "engines": { + "node": ">=10" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, + "node_modules/@storybook/telemetry/node_modules/human-signals": { + "version": "2.1.0", + "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", + "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", + "engines": { + "node": ">=10.17.0" + } + }, + "node_modules/@storybook/telemetry/node_modules/semver": { + "version": "7.6.2", + "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.2.tgz", + "integrity": "sha512-FNAIBWCx9qcRhoHcgcJ0gvU7SN1lYU2ZXuSfl04bSC5OpvDHFyJCjdNHomPXxjQlCBU67YW64PzY7/VIEH7F2w==", + "bin": { + "semver": "bin/semver.js" + }, + "engines": { + "node": ">=10" + } + }, + "node_modules/@storybook/testing-library": { + "version": "0.2.2", + "resolved": "https://registry.npmjs.org/@storybook/testing-library/-/testing-library-0.2.2.tgz", + "integrity": "sha512-L8sXFJUHmrlyU2BsWWZGuAjv39Jl1uAqUHdxmN42JY15M4+XCMjGlArdCCjDe1wpTSW6USYISA9axjZojgtvnw==", + "dependencies": { + "@testing-library/dom": "^9.0.0", + "@testing-library/user-event": "^14.4.0", + "ts-dedent": "^2.2.0" + } + }, + "node_modules/@storybook/theming": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-8.1.6.tgz", + "integrity": "sha512-0Cl/7/0z2WSfXhZ9XSw6rgEjb0fXac7jfktieX0vYo1YckrNpWFRQP9NCpVPAcYZaFLlRSOqYark6CLoutEsIg==", + "dev": true, + "dependencies": { + "@emotion/use-insertion-effect-with-fallbacks": "^1.0.1", + "@storybook/client-logger": "8.1.6", + "@storybook/global": "^5.0.0", + "memoizerific": "^1.11.3" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + }, + "peerDependencies": { + "react": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta", + "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0 || ^19.0.0-beta" + }, + "peerDependenciesMeta": { + "react": { + "optional": true + }, + "react-dom": { + "optional": true + } + } + }, + "node_modules/@storybook/theming/node_modules/@storybook/client-logger": { + "version": "8.1.6", + "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.1.6.tgz", + "integrity": "sha512-QfSoUxS1rmrBzO7o99og9g+Gkm7sTmU5ZOpTkjszjlRqfV6/77eUnUOzUikej4LqPLmlJV5fqGuvoP0aNVksDw==", + "dev": true, + "dependencies": { + "@storybook/global": "^5.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" + } + }, + "node_modules/@swc/core": { + "version": "1.3.101", + "resolved": "https://registry.npmjs.org/@swc/core/-/core-1.3.101.tgz", + "integrity": "sha512-w5aQ9qYsd/IYmXADAnkXPGDMTqkQalIi+kfFf/MHRKTpaOL7DHjMXwPp/n8hJ0qNjRvchzmPtOqtPBiER50d8A==", + "hasInstallScript": true, + "dependencies": { + "@swc/counter": "^0.1.1", + "@swc/types": "^0.1.5" + }, + "engines": { + "node": ">=10" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/swc" + }, + "optionalDependencies": { + "@swc/core-darwin-arm64": "1.3.101", + "@swc/core-darwin-x64": "1.3.101", + "@swc/core-linux-arm-gnueabihf": "1.3.101", + "@swc/core-linux-arm64-gnu": "1.3.101", + "@swc/core-linux-arm64-musl": "1.3.101", + "@swc/core-linux-x64-gnu": "1.3.101", + "@swc/core-linux-x64-musl": "1.3.101", + "@swc/core-win32-arm64-msvc": "1.3.101", + "@swc/core-win32-ia32-msvc": "1.3.101", + "@swc/core-win32-x64-msvc": "1.3.101" + }, + "peerDependencies": { + "@swc/helpers": "^0.5.0" + }, + "peerDependenciesMeta": { + "@swc/helpers": { + "optional": true + } + } + }, + "node_modules/@swc/core-darwin-arm64": { + "version": "1.3.101", + "resolved": "https://registry.npmjs.org/@swc/core-darwin-arm64/-/core-darwin-arm64-1.3.101.tgz", + "integrity": "sha512-mNFK+uHNPRXSnfTOG34zJOeMl2waM4hF4a2NY7dkMXrPqw9CoJn4MwTXJcyMiSz1/BnNjjTCHF3Yhj0jPxmkzQ==", + "cpu": [ + "arm64" + ], + "optional": true, + "os": [ + "darwin" + ], + "engines": { + "node": ">=10" + } + }, + "node_modules/@swc/core-darwin-x64": { + "version": "1.3.101", + "resolved": "https://registry.npmjs.org/@swc/core-darwin-x64/-/core-darwin-x64-1.3.101.tgz", + "integrity": "sha512-B085j8XOx73Fg15KsHvzYWG262bRweGr3JooO1aW5ec5pYbz5Ew9VS5JKYS03w2UBSxf2maWdbPz2UFAxg0whw==", + "cpu": [ + "x64" + ], + "optional": true, + "os": [ + "darwin" + ], + "engines": { + "node": ">=10" + } + }, + "node_modules/@swc/core-linux-arm-gnueabihf": { + "version": "1.3.101", + "resolved": "https://registry.npmjs.org/@swc/core-linux-arm-gnueabihf/-/core-linux-arm-gnueabihf-1.3.101.tgz", + "integrity": "sha512-9xLKRb6zSzRGPqdz52Hy5GuB1lSjmLqa0lST6MTFads3apmx4Vgs8Y5NuGhx/h2I8QM4jXdLbpqQlifpzTlSSw==", + "cpu": [ "arm" ], "optional": true, @@ -10215,6 +11144,7 @@ "version": "7.20.1", "resolved": "https://registry.npmjs.org/@types/babel__core/-/babel__core-7.20.1.tgz", "integrity": "sha512-aACu/U/omhdk15O4Nfb+fHgH/z3QsfQzpnvRZhYhThms83ZnAOZz7zZAWO7mn2yyNQaA4xTO8GLK3uqFU4bYYw==", + "dev": true, "dependencies": { "@babel/parser": "^7.20.7", "@babel/types": "^7.20.7", @@ -10227,6 +11157,7 @@ "version": "7.6.4", "resolved": "https://registry.npmjs.org/@types/babel__generator/-/babel__generator-7.6.4.tgz", "integrity": "sha512-tFkciB9j2K755yrTALxD44McOrk+gfpIpvC3sxHjRawj6PfnQxrse4Clq5y/Rq+G3mrBurMax/lG8Qn2t9mSsg==", + "dev": true, "dependencies": { "@babel/types": "^7.0.0" } @@ -10235,6 +11166,7 @@ "version": "7.4.1", "resolved": "https://registry.npmjs.org/@types/babel__template/-/babel__template-7.4.1.tgz", "integrity": "sha512-azBFKemX6kMg5Io+/rdGT0dkGreboUVR0Cdm3fz9QJWpaQGJRQXl7C+6hOTCZcMll7KFyEQpgbYI2lHdsS4U7g==", + "dev": true, "dependencies": { "@babel/parser": "^7.1.0", "@babel/types": "^7.0.0" @@ -10244,6 +11176,7 @@ "version": "7.20.1", "resolved": "https://registry.npmjs.org/@types/babel__traverse/-/babel__traverse-7.20.1.tgz", "integrity": "sha512-MitHFXnhtgwsGZWtT68URpOvLN4EREih1u3QtQiN4VdAxWKRVvGCSvw/Qth0M0Qq3pJpnGOu5JaM/ydK7OGbqg==", + "dev": true, "dependencies": { "@babel/types": "^7.20.7" } @@ -10307,6 +11240,11 @@ "resolved": "https://registry.npmjs.org/@types/detect-port/-/detect-port-1.3.5.tgz", "integrity": "sha512-Rf3/lB9WkDfIL9eEKaSYKc+1L/rNVYBjThk22JTqQw0YozXarX8YljFAz+HCoC6h4B4KwCMsBPZHaFezwT4BNA==" }, + "node_modules/@types/diff": { + "version": "5.2.1", + "resolved": "https://registry.npmjs.org/@types/diff/-/diff-5.2.1.tgz", + "integrity": "sha512-uxpcuwWJGhe2AR1g8hD9F5OYGCqjqWnBUQFD8gMZsDbv8oPHzxJF6iMO6n8Tk0AdzlxoaaoQhOYlIg/PukVU8g==" + }, "node_modules/@types/diff-match-patch": { "version": "1.0.36", "resolved": "https://registry.npmjs.org/@types/diff-match-patch/-/diff-match-patch-1.0.36.tgz", @@ -10380,7 +11318,8 @@ "node_modules/@types/find-cache-dir": { "version": "3.2.1", "resolved": "https://registry.npmjs.org/@types/find-cache-dir/-/find-cache-dir-3.2.1.tgz", - "integrity": "sha512-frsJrz2t/CeGifcu/6uRo4b+SzAwT4NYCVPu1GN8IB9XTzrpPkGuV0tmh9mN+/L0PklAlsC3u5Fxt0ju00LXIw==" + "integrity": "sha512-frsJrz2t/CeGifcu/6uRo4b+SzAwT4NYCVPu1GN8IB9XTzrpPkGuV0tmh9mN+/L0PklAlsC3u5Fxt0ju00LXIw==", + "dev": true }, "node_modules/@types/geojson": { "version": "7946.0.14", @@ -10397,13 +11336,13 @@ "@types/node": "*" } }, - "node_modules/@types/graceful-fs": { - "version": "4.1.9", - "resolved": "https://registry.npmjs.org/@types/graceful-fs/-/graceful-fs-4.1.9.tgz", - "integrity": "sha512-olP3sd1qOEe5dXTSaFvQG+02VdRXcdytWLAZsAq1PecU8uqQAhkrnbli7DagjtXKW/Bl7YJbUsa8MPcuc8LHEQ==", + "node_modules/@types/hast": { + "version": "3.0.4", + "resolved": "https://registry.npmjs.org/@types/hast/-/hast-3.0.4.tgz", + "integrity": "sha512-WPs+bbQw5aCj+x6laNGWLH3wviHtoCv/P3+otBhbOhJgG8qtpdAMlTCxLtsTWA7LH1Oh/bFCHsBn0TPS5m30EQ==", "dev": true, "dependencies": { - "@types/node": "*" + "@types/unist": "*" } }, "node_modules/@types/html-minifier-terser": { @@ -10478,9 +11417,9 @@ } }, "node_modules/@types/mdx": { - "version": "2.0.11", - "resolved": "https://registry.npmjs.org/@types/mdx/-/mdx-2.0.11.tgz", - "integrity": "sha512-HM5bwOaIQJIQbAYfax35HCKxx7a3KrK3nBtIqJgSOitivTD1y3oW9P3rxY9RkXYPUk7y/AjAohfHKmFpGE79zw==", + "version": "2.0.13", + "resolved": "https://registry.npmjs.org/@types/mdx/-/mdx-2.0.13.tgz", + "integrity": "sha512-+OWZQfAYyio6YkJb3HLxDrvnx6SWWDbC0zVPfBRzUk0/nqoDyf6dNxQi3eArPe8rJ473nobTMQ/8Zk+LxJ+Yuw==", "dev": true }, "node_modules/@types/mime": { @@ -10494,20 +11433,15 @@ "integrity": "sha512-K0VQKziLUWkVKiRVrx4a40iPaxTUefQmjtkQofBkYRcoaaL/8rhwDWww9qWbrgicNOgnpIsMxyNIUM4+n6dUIA==", "dev": true }, - "node_modules/@types/minimist": { - "version": "1.2.5", - "resolved": "https://registry.npmjs.org/@types/minimist/-/minimist-1.2.5.tgz", - "integrity": "sha512-hov8bUuiLiyFPGyFPE1lwWhmzYbirOXQNNo40+y3zow8aFVTeyn3VWL0VFFfdNddA8S4Vf0Tc062rzyNr7Paag==" - }, "node_modules/@types/ms": { "version": "0.7.31", "resolved": "https://registry.npmjs.org/@types/ms/-/ms-0.7.31.tgz", "integrity": "sha512-iiUgKzV9AuaEkZqkOLDIvlQiL6ltuZd9tGcW3gwpnX8JbuiuhFlEGmmFXEXkN50Cvq7Os88IY2v0dkDqXYWVgA==" }, "node_modules/@types/node": { - "version": "20.11.5", - "resolved": "https://registry.npmjs.org/@types/node/-/node-20.11.5.tgz", - "integrity": "sha512-g557vgQjUUfN76MZAN/dt1z3dzcUsimuysco0KeluHgrPdJXkP/XdAURgyO2W9fZWHRtRBiVKzKn8vyOAwlG+w==", + "version": "20.12.12", + "resolved": "https://registry.npmjs.org/@types/node/-/node-20.12.12.tgz", + "integrity": "sha512-eWLDGF/FOSPtAvEqeRAQ4C8LSA7M1I7i0ky1I8U7kD1J5ITyW3AsRhQrKVoWf5pFKZ2kILsEGJhsI9r93PYnOw==", "dependencies": { "undici-types": "~5.26.4" } @@ -10653,9 +11587,9 @@ "dev": true }, "node_modules/@types/unist": { - "version": "2.0.10", - "resolved": "https://registry.npmjs.org/@types/unist/-/unist-2.0.10.tgz", - "integrity": "sha512-IfYcSBWE3hLpBg8+X2SEa8LVkJdJEkT2Ese2aaLs3ptGdVtABxndrMaxuFlQ1qdFf9Q5rDvDpxI3WwgvKFAsQA==", + "version": "3.0.2", + "resolved": "https://registry.npmjs.org/@types/unist/-/unist-3.0.2.tgz", + "integrity": "sha512-dqId9J8K/vGi5Zr7oo212BGii5m3q5Hxlkwy3WpYuKPklmBEvsbMYYyLxAQpSffdLl/gdW0XUpKWFvYmyoWCoQ==", "dev": true }, "node_modules/@types/use-sync-external-store": { @@ -10688,15 +11622,6 @@ "resolved": "https://registry.npmjs.org/@types/wellknown/-/wellknown-0.5.8.tgz", "integrity": "sha512-/tXv+IfentaS3F0VplScdl+pwP7biW4RBnOxCTtoWlpNiulFBQWqA8rA7r/knavu9SELsFcNVtdGo6YNIElMdw==" }, - "node_modules/@types/yargs": { - "version": "17.0.32", - "resolved": "https://registry.npmjs.org/@types/yargs/-/yargs-17.0.32.tgz", - "integrity": "sha512-xQ67Yc/laOG5uMfX/093MRlGGCIBzZMarVa+gfNKJxWAIgykYpVGkBdbqEzGDDfCrVUj6Hiff4mTZ5BA6TmAog==", - "dev": true, - "dependencies": { - "@types/yargs-parser": "*" - } - }, "node_modules/@types/yargs-parser": { "version": "21.0.0", "resolved": "https://registry.npmjs.org/@types/yargs-parser/-/yargs-parser-21.0.0.tgz", @@ -11843,15 +12768,6 @@ "resolved": "https://registry.npmjs.org/arg/-/arg-5.0.2.tgz", "integrity": "sha512-PYjyFOLKQ9y57JvQ6QLo8dAgNqswh8M1RMJYdQduT6xbWSgK36P/Z/v+p888pM69jMMfS8Xd8F6I1kQ/I9HUGg==" }, - "node_modules/argparse": { - "version": "1.0.10", - "resolved": "https://registry.npmjs.org/argparse/-/argparse-1.0.10.tgz", - "integrity": "sha512-o5Roy6tNG4SL/FOkCAN6RzjiakZS25RLYFrcMttJqbdd8BWrnA+fGz57iN5Pb06pvBGvl5gQ0B48dJlslXvoTg==", - "dev": true, - "dependencies": { - "sprintf-js": "~1.0.2" - } - }, "node_modules/aria-hidden": { "version": "1.2.3", "resolved": "https://registry.npmjs.org/aria-hidden/-/aria-hidden-1.2.3.tgz", @@ -11998,14 +12914,6 @@ "url": "https://github.com/sponsors/ljharb" } }, - "node_modules/arrify": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/arrify/-/arrify-1.0.1.tgz", - "integrity": "sha512-3CYzex9M9FGQjCGMGyi6/31c8GJbgb0qGyrx5HWxPd0aCwh4cB2YjMb2Xf9UuoogrMrlO9cTqnB5rI5GHZTcUA==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/asn1": { "version": "0.2.6", "resolved": "https://registry.npmjs.org/asn1/-/asn1-0.2.6.tgz", @@ -12394,22 +13302,6 @@ "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/babel-plugin-istanbul": { - "version": "6.1.1", - "resolved": "https://registry.npmjs.org/babel-plugin-istanbul/-/babel-plugin-istanbul-6.1.1.tgz", - "integrity": "sha512-Y1IQok9821cC9onCx5otgFfRm7Lm+I+wwxOx738M/WLPZ9Q42m4IG5W0FNX8WLL2gYMZo3JkuXIH2DOpWM+qwA==", - "dev": true, - "dependencies": { - "@babel/helper-plugin-utils": "^7.0.0", - "@istanbuljs/load-nyc-config": "^1.0.0", - "@istanbuljs/schema": "^0.1.2", - "istanbul-lib-instrument": "^5.0.4", - "test-exclude": "^6.0.0" - }, - "engines": { - "node": ">=8" - } - }, "node_modules/babel-plugin-macros": { "version": "3.1.0", "resolved": "https://registry.npmjs.org/babel-plugin-macros/-/babel-plugin-macros-3.1.0.tgz", @@ -12426,22 +13318,38 @@ } }, "node_modules/babel-plugin-polyfill-corejs2": { - "version": "0.4.8", - "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-corejs2/-/babel-plugin-polyfill-corejs2-0.4.8.tgz", - "integrity": "sha512-OtIuQfafSzpo/LhnJaykc0R/MMnuLSSVjVYy9mHArIZ9qTCSZ6TpWCuEKZYVoN//t8HqBNScHrOtCrIK5IaGLg==", + "version": "0.4.11", + "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-corejs2/-/babel-plugin-polyfill-corejs2-0.4.11.tgz", + "integrity": "sha512-sMEJ27L0gRHShOh5G54uAAPaiCOygY/5ratXuiyb2G46FmlSpc9eFCzYVyDiPxfNbwzA7mYahmjQc5q+CZQ09Q==", "dependencies": { "@babel/compat-data": "^7.22.6", - "@babel/helper-define-polyfill-provider": "^0.5.0", + "@babel/helper-define-polyfill-provider": "^0.6.2", "semver": "^6.3.1" }, "peerDependencies": { "@babel/core": "^7.4.0 || ^8.0.0-0 <8.0.0" } }, + "node_modules/babel-plugin-polyfill-corejs2/node_modules/@babel/helper-define-polyfill-provider": { + "version": "0.6.2", + "resolved": "https://registry.npmjs.org/@babel/helper-define-polyfill-provider/-/helper-define-polyfill-provider-0.6.2.tgz", + "integrity": "sha512-LV76g+C502biUK6AyZ3LK10vDpDyCzZnhZFXkH1L75zHPj68+qc8Zfpx2th+gzwA2MzyK+1g/3EPl62yFnVttQ==", + "dependencies": { + "@babel/helper-compilation-targets": "^7.22.6", + "@babel/helper-plugin-utils": "^7.22.5", + "debug": "^4.1.1", + "lodash.debounce": "^4.0.8", + "resolve": "^1.14.2" + }, + "peerDependencies": { + "@babel/core": "^7.4.0 || ^8.0.0-0 <8.0.0" + } + }, "node_modules/babel-plugin-polyfill-corejs3": { "version": "0.9.0", "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-corejs3/-/babel-plugin-polyfill-corejs3-0.9.0.tgz", "integrity": "sha512-7nZPG1uzK2Ymhy/NbaOWTg3uibM2BmGASS4vHS4szRZAIR8R6GwA/xAujpdrXU5iyklrimWnLWU+BLF9suPTqg==", + "dev": true, "dependencies": { "@babel/helper-define-polyfill-provider": "^0.5.0", "core-js-compat": "^3.34.0" @@ -12454,6 +13362,7 @@ "version": "0.5.5", "resolved": "https://registry.npmjs.org/babel-plugin-polyfill-regenerator/-/babel-plugin-polyfill-regenerator-0.5.5.tgz", "integrity": "sha512-OJGYZlhLqBh2DDHeqAxWB1XIvr49CxiJ2gIt61/PU55CQK4Z58OzMqjDe1zwQdQk+rBYsRc+1rJmdajM3gimHg==", + "dev": true, "dependencies": { "@babel/helper-define-polyfill-provider": "^0.5.0" }, @@ -12837,9 +13746,9 @@ } }, "node_modules/browserslist": { - "version": "4.22.3", - "resolved": "https://registry.npmjs.org/browserslist/-/browserslist-4.22.3.tgz", - "integrity": "sha512-UAp55yfwNv0klWNapjs/ktHoguxuQNGnOzxYmfnXIS+8AsRDZkSDxg7R1AX3GKzn078SBI5dzwzj/Yx0Or0e3A==", + "version": "4.23.0", + "resolved": "https://registry.npmjs.org/browserslist/-/browserslist-4.23.0.tgz", + "integrity": "sha512-QW8HiM1shhT2GuzkvklfjcKDiWFXHOeFCIA/huJPwHsslwcydgk7X+z2zXpEijP98UCY7HbubZt5J2Zgvf0CaQ==", "funding": [ { "type": "opencollective", @@ -12855,8 +13764,8 @@ } ], "dependencies": { - "caniuse-lite": "^1.0.30001580", - "electron-to-chromium": "^1.4.648", + "caniuse-lite": "^1.0.30001587", + "electron-to-chromium": "^1.4.668", "node-releases": "^2.0.14", "update-browserslist-db": "^1.0.13" }, @@ -12867,15 +13776,6 @@ "node": "^6 || ^7 || ^8 || ^9 || ^10 || ^11 || ^12 || >=13.7" } }, - "node_modules/bser": { - "version": "2.1.1", - "resolved": "https://registry.npmjs.org/bser/-/bser-2.1.1.tgz", - "integrity": "sha512-gQxTNE/GAfIIrmHLUE3oJyp5FO6HRBfhjnw4/wMmA63ZGDJnWBmgY/lyQBpnDUkGmAhbSe39tx2d/iTOAfglwQ==", - "dev": true, - "dependencies": { - "node-int64": "^0.4.0" - } - }, "node_modules/buffer": { "version": "5.7.1", "resolved": "https://registry.npmjs.org/buffer/-/buffer-5.7.1.tgz", @@ -13003,14 +13903,6 @@ "tslib": "^2.0.3" } }, - "node_modules/camelcase": { - "version": "5.3.1", - "resolved": "https://registry.npmjs.org/camelcase/-/camelcase-5.3.1.tgz", - "integrity": "sha512-L28STB170nwWS63UjtlEOE3dldQApaJXZkOI1uMFfzf3rRuPegHaHesyee+YxQ+W6SvRDQV6UrdOdRiR153wJg==", - "engines": { - "node": ">=6" - } - }, "node_modules/camelcase-css": { "version": "2.0.1", "resolved": "https://registry.npmjs.org/camelcase-css/-/camelcase-css-2.0.1.tgz", @@ -13019,26 +13911,10 @@ "node": ">= 6" } }, - "node_modules/camelcase-keys": { - "version": "6.2.2", - "resolved": "https://registry.npmjs.org/camelcase-keys/-/camelcase-keys-6.2.2.tgz", - "integrity": "sha512-YrwaA0vEKazPBkn0ipTiMpSajYDSe+KjQfrjhcBMxJt/znbvlHd8Pw/Vamaz5EB4Wfhs3SUR3Z9mwRu/P3s3Yg==", - "dependencies": { - "camelcase": "^5.3.1", - "map-obj": "^4.0.0", - "quick-lru": "^4.0.1" - }, - "engines": { - "node": ">=8" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, "node_modules/caniuse-lite": { - "version": "1.0.30001584", - "resolved": "https://registry.npmjs.org/caniuse-lite/-/caniuse-lite-1.0.30001584.tgz", - "integrity": "sha512-LOz7CCQ9M1G7OjJOF9/mzmqmj3jE/7VOmrfw6Mgs0E8cjOsbRXQJHsPBfmBOXDskXKrHLyyW3n7kpDW/4BsfpQ==", + "version": "1.0.30001623", + "resolved": "https://registry.npmjs.org/caniuse-lite/-/caniuse-lite-1.0.30001623.tgz", + "integrity": "sha512-X/XhAVKlpIxWPpgRTnlgZssJrF0m6YtRA0QDWgsBNT12uZM6LPRydR7ip405Y3t1LamD8cP2TZFEDZFBf5ApcA==", "funding": [ { "type": "opencollective", @@ -13243,18 +14119,10 @@ "node": ">=8" } }, - "node_modules/cli-spinner": { - "version": "0.2.10", - "resolved": "https://registry.npmjs.org/cli-spinner/-/cli-spinner-0.2.10.tgz", - "integrity": "sha512-U0sSQ+JJvSLi1pAYuJykwiA8Dsr15uHEy85iCJ6A+0DjVxivr3d+N2Wjvodeg89uP5K6TswFkKBfAD7B3YSn/Q==", - "engines": { - "node": ">=0.10" - } - }, "node_modules/cli-spinners": { - "version": "2.9.1", - "resolved": "https://registry.npmjs.org/cli-spinners/-/cli-spinners-2.9.1.tgz", - "integrity": "sha512-jHgecW0pxkonBJdrKsqxgRX9AcG+u/5k0Q7WPDfi8AogLAdwxEkyYYNWwZ5GvVFoFx2uiY1eNcSK00fh+1+FyQ==", + "version": "2.9.2", + "resolved": "https://registry.npmjs.org/cli-spinners/-/cli-spinners-2.9.2.tgz", + "integrity": "sha512-ywqV+5MmyL4E7ybXgKys4DugZbX0FC6LnwrhjuykIjnK9k8OQacQ7axGKnjDXWNhns0xot3bZI5h55H8yo9cJg==", "engines": { "node": ">=6" }, @@ -13355,14 +14223,6 @@ "node": ">=0.10.0" } }, - "node_modules/clone-deep/node_modules/kind-of": { - "version": "6.0.3", - "resolved": "https://registry.npmjs.org/kind-of/-/kind-of-6.0.3.tgz", - "integrity": "sha512-dcS1ul+9tmeD95T+x28/ehLgd9mENa3LsvDTtzm3vyBEO7RPptvAD+t44WVXaUjTBRcrpFeFlC8WCruUR456hw==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/clsx": { "version": "2.1.0", "resolved": "https://registry.npmjs.org/clsx/-/clsx-2.1.0.tgz", @@ -13676,11 +14536,11 @@ } }, "node_modules/core-js-compat": { - "version": "3.35.1", - "resolved": "https://registry.npmjs.org/core-js-compat/-/core-js-compat-3.35.1.tgz", - "integrity": "sha512-sftHa5qUJY3rs9Zht1WEnmkvXputCyDBczPnr7QDgL8n3qrF3CMXY4VPSYtOLLiOUJcah2WNXREd48iOl6mQIw==", + "version": "3.37.1", + "resolved": "https://registry.npmjs.org/core-js-compat/-/core-js-compat-3.37.1.tgz", + "integrity": "sha512-9TNiImhKvQqSUkOvk/mMRZzOANTiEVC7WaBNhHcKM7x+/5E1l5NvsysR19zuDQScE8k+kfQXWRN3AtS/eOSHpg==", "dependencies": { - "browserslist": "^4.22.2" + "browserslist": "^4.23.0" }, "funding": { "type": "opencollective", @@ -14257,37 +15117,6 @@ } } }, - "node_modules/decamelize": { - "version": "1.2.0", - "resolved": "https://registry.npmjs.org/decamelize/-/decamelize-1.2.0.tgz", - "integrity": "sha512-z2S+W9X73hAUUki+N+9Za2lBlun89zigOyGrsax+KUQ6wKW4ZoWpEYBkGhQjwAjjDCkWxhY0VKEhk8wzY7F5cA==", - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/decamelize-keys": { - "version": "1.1.1", - "resolved": "https://registry.npmjs.org/decamelize-keys/-/decamelize-keys-1.1.1.tgz", - "integrity": "sha512-WiPxgEirIV0/eIOMcnFBA3/IJZAZqKnwAwWyvvdi4lsr1WCN22nhdf/3db3DoZcUjTV2SqfzIwNyp6y2xs3nmg==", - "dependencies": { - "decamelize": "^1.1.0", - "map-obj": "^1.0.0" - }, - "engines": { - "node": ">=0.10.0" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/decamelize-keys/node_modules/map-obj": { - "version": "1.0.1", - "resolved": "https://registry.npmjs.org/map-obj/-/map-obj-1.0.1.tgz", - "integrity": "sha512-7N/q3lyZ+LVCp7PzuxrJr4KMbBE2hW7BT7YNia330OFxIf4d3r5zVpicP2650l7CPN6RM9zOJRl3NGpqSiw3Eg==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/decompress-response": { "version": "6.0.0", "resolved": "https://registry.npmjs.org/decompress-response/-/decompress-response-6.0.0.tgz", @@ -14570,9 +15399,9 @@ } }, "node_modules/detect-port": { - "version": "1.5.1", - "resolved": "https://registry.npmjs.org/detect-port/-/detect-port-1.5.1.tgz", - "integrity": "sha512-aBzdj76lueB6uUst5iAs7+0H/oOjqI5D16XUWxlWMIMROhcM0rfsNVk93zTngq1dDNpoXRr++Sus7ETAExppAQ==", + "version": "1.6.1", + "resolved": "https://registry.npmjs.org/detect-port/-/detect-port-1.6.1.tgz", + "integrity": "sha512-CmnVc+Hek2egPx1PeTFVta2W78xy2K/9Rkf6cC4T59S50tVnzKj+tnx5mmx5lwvCkujZ4uRrpRSuV+IVs3f90Q==", "dependencies": { "address": "^1.0.1", "debug": "4" @@ -14580,6 +15409,9 @@ "bin": { "detect": "bin/detect-port.js", "detect-port": "bin/detect-port.js" + }, + "engines": { + "node": ">= 4.0.0" } }, "node_modules/didyoumean": { @@ -14587,6 +15419,14 @@ "resolved": "https://registry.npmjs.org/didyoumean/-/didyoumean-1.2.2.tgz", "integrity": "sha512-gxtyfqMg7GKyhQmb056K7M3xszy/myH8w+B4RT+QXBQsvAOdc3XymqDDPHx1BgPgsdAA5SIifona89YtRATDzw==" }, + "node_modules/diff": { + "version": "5.2.0", + "resolved": "https://registry.npmjs.org/diff/-/diff-5.2.0.tgz", + "integrity": "sha512-uIFDxqpRZGZ6ThOk84hEfqWoHx2devRFvpTZcTHur85vImfaxUbTW9Ryh4CpCuDnToOP1CEtXKIgytHBPVff5A==", + "engines": { + "node": ">=0.3.1" + } + }, "node_modules/diff-match-patch": { "version": "1.0.5", "resolved": "https://registry.npmjs.org/diff-match-patch/-/diff-match-patch-1.0.5.tgz", @@ -14942,9 +15782,9 @@ "integrity": "sha512-WMwm9LhRUo+WUaRN+vRuETqG89IgZphVSNkdFgeb6sS/E4OrDIN7t48CAewSHXc6C8lefD8KKfr5vY61brQlow==" }, "node_modules/ejs": { - "version": "3.1.9", - "resolved": "https://registry.npmjs.org/ejs/-/ejs-3.1.9.tgz", - "integrity": "sha512-rC+QVNMJWv+MtPgkt0y+0rVEIdbtxVADApW9JXrUVlzHetgcyczP/E7DJmWJ4fJCZF2cPcBk0laWO9ZHMG3DmQ==", + "version": "3.1.10", + "resolved": "https://registry.npmjs.org/ejs/-/ejs-3.1.10.tgz", + "integrity": "sha512-UeJmFfOrAQS8OJWPZ4qtgHyWExa088/MtK5UEyoJGFH67cDEXkZSviOiKRCZ4Xij0zxI3JECgYs3oKx+AizQBA==", "dependencies": { "jake": "^10.8.5" }, @@ -14956,9 +15796,9 @@ } }, "node_modules/electron-to-chromium": { - "version": "1.4.656", - "resolved": "https://registry.npmjs.org/electron-to-chromium/-/electron-to-chromium-1.4.656.tgz", - "integrity": "sha512-9AQB5eFTHyR3Gvt2t/NwR0le2jBSUNwCnMbUCejFWHD+so4tH40/dRLgoE+jxlPeWS43XJewyvCv+I8LPMl49Q==" + "version": "1.4.783", + "resolved": "https://registry.npmjs.org/electron-to-chromium/-/electron-to-chromium-1.4.783.tgz", + "integrity": "sha512-bT0jEz/Xz1fahQpbZ1D7LgmPYZ3iHVY39NcWWro1+hA2IvjiPeaXtfSqrQ+nXjApMvQRE2ASt1itSLRrebHMRQ==" }, "node_modules/elliptic": { "version": "6.5.4", @@ -16633,9 +17473,9 @@ "dev": true }, "node_modules/fast-glob": { - "version": "3.3.1", - "resolved": "https://registry.npmjs.org/fast-glob/-/fast-glob-3.3.1.tgz", - "integrity": "sha512-kNFPyjhh5cKjrUltxs+wFx+ZkbRaxxmZ+X0ZU31SOsxCEtP9VPgtq2teZw1DebupL5GmDaNQ6yKMMVcM41iqDg==", + "version": "3.3.2", + "resolved": "https://registry.npmjs.org/fast-glob/-/fast-glob-3.3.2.tgz", + "integrity": "sha512-oX2ruAFQwf/Orj8m737Y5adxDQO0LAB7/S5MnxCdTNDd4p6BsyIVsv9JQsATbTSq8KHRpLwIHbVlUNatxd+1Ow==", "dependencies": { "@nodelib/fs.stat": "^2.0.2", "@nodelib/fs.walk": "^1.2.3", @@ -16690,15 +17530,6 @@ "reusify": "^1.0.4" } }, - "node_modules/fb-watchman": { - "version": "2.0.2", - "resolved": "https://registry.npmjs.org/fb-watchman/-/fb-watchman-2.0.2.tgz", - "integrity": "sha512-p5161BqbuCaSnB8jIbzQHOlpgsPmK5rJVDfDKO91Axs5NC1uu3HRQm6wt9cd9/+GtQQIO53JdGXXoyDpTAsgYA==", - "dev": true, - "dependencies": { - "bser": "2.1.1" - } - }, "node_modules/fd-slicer": { "version": "1.1.0", "resolved": "https://registry.npmjs.org/fd-slicer/-/fd-slicer-1.1.0.tgz", @@ -17030,9 +17861,9 @@ "integrity": "sha512-5nqDSxl8nn5BSNxyR3n4I6eDmbolI6WT+QqR547RwxQapgjQBmtktdP+HTBb/a/zLsbzERTONyUB5pefh5TtjQ==" }, "node_modules/flow-parser": { - "version": "0.230.0", - "resolved": "https://registry.npmjs.org/flow-parser/-/flow-parser-0.230.0.tgz", - "integrity": "sha512-ZAfKaarESYYcP/RoLdM91vX0u/1RR7jI5TJaFLnxwRlC2mp0o+Rw7ipIY7J6qpIpQYtAobWb/J6S0XPeu0gO8g==", + "version": "0.236.0", + "resolved": "https://registry.npmjs.org/flow-parser/-/flow-parser-0.236.0.tgz", + "integrity": "sha512-0OEk9Gr+Yj7wjDW2KgaNYUypKau71jAfFyeLQF5iVtxqc6uJHag/MT7pmaEApf4qM7u86DkBcd4ualddYMfbLw==", "engines": { "node": ">=0.4.0" } @@ -17523,15 +18354,6 @@ "node": ">=12.17" } }, - "node_modules/get-package-type": { - "version": "0.1.0", - "resolved": "https://registry.npmjs.org/get-package-type/-/get-package-type-0.1.0.tgz", - "integrity": "sha512-pjzuKtY64GYfWizNAJ0fr9VqttZkNiK2iS430LtIHzjBEr6bX8Am2zm4sW4Ro5wjWW5cAlRL1qAMTcXbjNAO2Q==", - "dev": true, - "engines": { - "node": ">=8.0.0" - } - }, "node_modules/get-stream": { "version": "5.2.0", "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-5.2.0.tgz", @@ -17615,27 +18437,27 @@ "dev": true }, "node_modules/github-slugger": { - "version": "1.5.0", - "resolved": "https://registry.npmjs.org/github-slugger/-/github-slugger-1.5.0.tgz", - "integrity": "sha512-wIh+gKBI9Nshz2o46B0B3f5k/W+WI9ZAv6y5Dn5WJ5SK1t0TnDimB4WE5rmTD05ZAIn8HALCZVmCsvj0w0v0lw==", + "version": "2.0.0", + "resolved": "https://registry.npmjs.org/github-slugger/-/github-slugger-2.0.0.tgz", + "integrity": "sha512-IaOQ9puYtjrkq7Y0Ygl9KDZnrf/aiUJYUpVf89y8kyaxbRG7Y1SrX/jaumrv81vc61+kiMempujsM3Yw7w5qcw==", "dev": true }, "node_modules/glob": { - "version": "10.3.10", - "resolved": "https://registry.npmjs.org/glob/-/glob-10.3.10.tgz", - "integrity": "sha512-fa46+tv1Ak0UPK1TOy/pZrIybNNt4HCv7SDzwyfiOZkvZLEbjsZkJBPtDHVshZjbecAoAGSC20MjLDG/qr679g==", + "version": "10.4.1", + "resolved": "https://registry.npmjs.org/glob/-/glob-10.4.1.tgz", + "integrity": "sha512-2jelhlq3E4ho74ZyVLN03oKdAZVUa6UDZzFLVH1H7dnoax+y9qyaq8zBkfDIggjniU19z0wU18y16jMB2eyVIw==", "dependencies": { "foreground-child": "^3.1.0", - "jackspeak": "^2.3.5", - "minimatch": "^9.0.1", - "minipass": "^5.0.0 || ^6.0.2 || ^7.0.0", - "path-scurry": "^1.10.1" + "jackspeak": "^3.1.2", + "minimatch": "^9.0.4", + "minipass": "^7.1.2", + "path-scurry": "^1.11.1" }, "bin": { "glob": "dist/esm/bin.mjs" }, "engines": { - "node": ">=16 || 14 >=14.17" + "node": ">=16 || 14 >=14.18" }, "funding": { "url": "https://github.com/sponsors/isaacs" @@ -17665,10 +18487,27 @@ "balanced-match": "^1.0.0" } }, + "node_modules/glob/node_modules/jackspeak": { + "version": "3.1.2", + "resolved": "https://registry.npmjs.org/jackspeak/-/jackspeak-3.1.2.tgz", + "integrity": "sha512-kWmLKn2tRtfYMF/BakihVVRzBKOxz4gJMiL2Rj91WnAB5TPZumSH99R/Yf1qE1u4uRimvCSJfm6hnxohXeEXjQ==", + "dependencies": { + "@isaacs/cliui": "^8.0.2" + }, + "engines": { + "node": ">=14" + }, + "funding": { + "url": "https://github.com/sponsors/isaacs" + }, + "optionalDependencies": { + "@pkgjs/parseargs": "^0.11.0" + } + }, "node_modules/glob/node_modules/minimatch": { - "version": "9.0.3", - "resolved": "https://registry.npmjs.org/minimatch/-/minimatch-9.0.3.tgz", - "integrity": "sha512-RHiac9mvaRw0x3AYRgDC1CxAP7HTcNrrECeA8YYJeWnpo+2Q5CegtZjaotWTWxDG3UeGA1coE05iH1mPjT/2mg==", + "version": "9.0.4", + "resolved": "https://registry.npmjs.org/minimatch/-/minimatch-9.0.4.tgz", + "integrity": "sha512-KqWh+VchfxcMNRAJjj2tnsSJdNbHsVgnkBhTNrW7AjVo6OvLtxw8zfT9oLw1JSohlFzJ8jCoTgaoXvJ+kHt6fw==", "dependencies": { "brace-expansion": "^2.0.1" }, @@ -17813,14 +18652,6 @@ "node": ">=0.10.0" } }, - "node_modules/hard-rejection": { - "version": "2.1.0", - "resolved": "https://registry.npmjs.org/hard-rejection/-/hard-rejection-2.1.0.tgz", - "integrity": "sha512-VIZB+ibDhx7ObhAe7OVtoEbuP4h/MuOTHJ+J8h/eBXotJYl0fBgR72xDFCKgIh22OJZIOVNxBMWuhAr10r8HdA==", - "engines": { - "node": ">=6" - } - }, "node_modules/has": { "version": "1.0.3", "resolved": "https://registry.npmjs.org/has/-/has-1.0.3.tgz", @@ -17832,25 +18663,6 @@ "node": ">= 0.4.0" } }, - "node_modules/has-ansi": { - "version": "2.0.0", - "resolved": "https://registry.npmjs.org/has-ansi/-/has-ansi-2.0.0.tgz", - "integrity": "sha512-C8vBJ8DwUCx19vhm7urhTuUsr4/IyP6l4VzNQDv+ryHQObW3TTTp9yB68WpYgRe2bbaGuZ/se74IqFeVnMnLZg==", - "dependencies": { - "ansi-regex": "^2.0.0" - }, - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/has-ansi/node_modules/ansi-regex": { - "version": "2.1.1", - "resolved": "https://registry.npmjs.org/ansi-regex/-/ansi-regex-2.1.1.tgz", - "integrity": "sha512-TIGnTpdo+E3+pCyAluZvtED5p5wCqLdezCyhPZzKPcxvFplEt4i+W7OONCKgeZFT3+y5NZZfOOS/Bdcanm1MYA==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/has-bigints": { "version": "1.0.2", "resolved": "https://registry.npmjs.org/has-bigints/-/has-bigints-1.0.2.tgz", @@ -17957,6 +18769,45 @@ "minimalistic-assert": "^1.0.1" } }, + "node_modules/hast-util-heading-rank": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/hast-util-heading-rank/-/hast-util-heading-rank-3.0.0.tgz", + "integrity": "sha512-EJKb8oMUXVHcWZTDepnr+WNbfnXKFNf9duMesmr4S8SXTJBJ9M4Yok08pu9vxdJwdlGRhVumk9mEhkEvKGifwA==", + "dev": true, + "dependencies": { + "@types/hast": "^3.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/unified" + } + }, + "node_modules/hast-util-is-element": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/hast-util-is-element/-/hast-util-is-element-3.0.0.tgz", + "integrity": "sha512-Val9mnv2IWpLbNPqc/pUem+a7Ipj2aHacCwgNfTiK0vJKl0LF+4Ba4+v1oPHFpf3bLYmreq0/l3Gud9S5OH42g==", + "dev": true, + "dependencies": { + "@types/hast": "^3.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/unified" + } + }, + "node_modules/hast-util-to-string": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/hast-util-to-string/-/hast-util-to-string-3.0.0.tgz", + "integrity": "sha512-OGkAxX1Ua3cbcW6EJ5pT/tslVb90uViVkcJ4ZZIMW/R33DX/AkcJcRrPebPwJkHYwlDHXz4aIwvAAaAdtrACFA==", + "dev": true, + "dependencies": { + "@types/hast": "^3.0.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/unified" + } + }, "node_modules/he": { "version": "1.2.0", "resolved": "https://registry.npmjs.org/he/-/he-1.2.0.tgz", @@ -18415,12 +19266,15 @@ } }, "node_modules/is-absolute-url": { - "version": "3.0.3", - "resolved": "https://registry.npmjs.org/is-absolute-url/-/is-absolute-url-3.0.3.tgz", - "integrity": "sha512-opmNIX7uFnS96NtPmhWQgQx6/NYFgsUXYMllcfzwWKUMwfo8kku1TvE6hkNcH+Q1ts5cMVrsY7j0bxXQDciu9Q==", + "version": "4.0.1", + "resolved": "https://registry.npmjs.org/is-absolute-url/-/is-absolute-url-4.0.1.tgz", + "integrity": "sha512-/51/TKE88Lmm7Gc4/8btclNXWS+g50wXhYJq8HWIBAGUBnoAdRu1aXeh364t/O7wXDAcTJDP8PNuNKWUDWie+A==", "dev": true, "engines": { - "node": ">=8" + "node": "^12.20.0 || ^14.13.1 || >=16.0.0" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" } }, "node_modules/is-arguments": { @@ -18730,14 +19584,6 @@ "node": ">=8" } }, - "node_modules/is-plain-obj": { - "version": "1.1.0", - "resolved": "https://registry.npmjs.org/is-plain-obj/-/is-plain-obj-1.1.0.tgz", - "integrity": "sha512-yvkRyxmFKEOQ4pNXCmJG5AEQNlXJS5LaONXo5/cLdTZdWvsZ1ioJEonLGAosKlMWE8lwUy/bJzMjcw8az73+Fg==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/is-plain-object": { "version": "5.0.0", "resolved": "https://registry.npmjs.org/is-plain-object/-/is-plain-object-5.0.0.tgz", @@ -18935,31 +19781,6 @@ "integrity": "sha512-Yljz7ffyPbrLpLngrMtZ7NduUgVvi6wG9RJ9IUcyCd59YQ911PBJphODUcbOVbqYfxe1wuYf/LJ8PauMRwsM/g==", "dev": true }, - "node_modules/istanbul-lib-coverage": { - "version": "3.2.0", - "resolved": "https://registry.npmjs.org/istanbul-lib-coverage/-/istanbul-lib-coverage-3.2.0.tgz", - "integrity": "sha512-eOeJ5BHCmHYvQK7xt9GkdHuzuCGS1Y6g9Gvnx3Ym33fz/HpLRYxiS0wHNr+m/MBC8B647Xt608vCDEvhl9c6Mw==", - "dev": true, - "engines": { - "node": ">=8" - } - }, - "node_modules/istanbul-lib-instrument": { - "version": "5.2.1", - "resolved": "https://registry.npmjs.org/istanbul-lib-instrument/-/istanbul-lib-instrument-5.2.1.tgz", - "integrity": "sha512-pzqtp31nLv/XFOzXGuvhCb8qhjmTVo5vjVk19XE4CRlSWz0KoeJ3bw9XsA7nOp9YBf4qHjwBxkDzKcME/J29Yg==", - "dev": true, - "dependencies": { - "@babel/core": "^7.12.3", - "@babel/parser": "^7.14.7", - "@istanbuljs/schema": "^0.1.2", - "istanbul-lib-coverage": "^3.2.0", - "semver": "^6.3.0" - }, - "engines": { - "node": ">=8" - } - }, "node_modules/iterator.prototype": { "version": "1.1.1", "resolved": "https://registry.npmjs.org/iterator.prototype/-/iterator.prototype-1.1.1.tgz", @@ -18989,9 +19810,9 @@ } }, "node_modules/jake": { - "version": "10.8.7", - "resolved": "https://registry.npmjs.org/jake/-/jake-10.8.7.tgz", - "integrity": "sha512-ZDi3aP+fG/LchyBzUM804VjddnwfSfsdeYkwt8NcbKRvo4rFkjhs456iLFn3k2ZUWvNe4i48WACDbza8fhq2+w==", + "version": "10.9.1", + "resolved": "https://registry.npmjs.org/jake/-/jake-10.9.1.tgz", + "integrity": "sha512-61btcOHNnLnsOdtLgA5efqQWjnSi/vow5HbI7HMdKKWqvrKR1bLK3BPlJn9gcSaP2ewuamUSMB5XEy76KUIS2w==", "dependencies": { "async": "^3.2.3", "chalk": "^4.0.2", @@ -19005,31 +19826,6 @@ "node": ">=10" } }, - "node_modules/jest-haste-map": { - "version": "29.7.0", - "resolved": "https://registry.npmjs.org/jest-haste-map/-/jest-haste-map-29.7.0.tgz", - "integrity": "sha512-fP8u2pyfqx0K1rGn1R9pyE0/KTn+G7PxktWidOBTqFPLYX0b9ksaMFkhK5vrS3DVun09pckLdlx90QthlW7AmA==", - "dev": true, - "dependencies": { - "@jest/types": "^29.6.3", - "@types/graceful-fs": "^4.1.3", - "@types/node": "*", - "anymatch": "^3.0.3", - "fb-watchman": "^2.0.0", - "graceful-fs": "^4.2.9", - "jest-regex-util": "^29.6.3", - "jest-util": "^29.7.0", - "jest-worker": "^29.7.0", - "micromatch": "^4.0.4", - "walker": "^1.0.8" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - }, - "optionalDependencies": { - "fsevents": "^2.3.2" - } - }, "node_modules/jest-mock": { "version": "27.5.1", "resolved": "https://registry.npmjs.org/jest-mock/-/jest-mock-27.5.1.tgz", @@ -19068,62 +19864,6 @@ "@types/yargs-parser": "*" } }, - "node_modules/jest-regex-util": { - "version": "29.6.3", - "resolved": "https://registry.npmjs.org/jest-regex-util/-/jest-regex-util-29.6.3.tgz", - "integrity": "sha512-KJJBsRCyyLNWCNBOvZyRDnAIfUiRJ8v+hOBQYGn8gDyF3UegwiP4gwRR3/SDa42g1YbVycTidUF3rKjyLFDWbg==", - "dev": true, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/jest-util": { - "version": "29.7.0", - "resolved": "https://registry.npmjs.org/jest-util/-/jest-util-29.7.0.tgz", - "integrity": "sha512-z6EbKajIpqGKU56y5KBUgy1dt1ihhQJgWzUlZHArA/+X2ad7Cb5iF+AK1EWVL/Bo7Rz9uurpqw6SiBCefUbCGA==", - "dev": true, - "dependencies": { - "@jest/types": "^29.6.3", - "@types/node": "*", - "chalk": "^4.0.0", - "ci-info": "^3.2.0", - "graceful-fs": "^4.2.9", - "picomatch": "^2.2.3" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/jest-worker": { - "version": "29.7.0", - "resolved": "https://registry.npmjs.org/jest-worker/-/jest-worker-29.7.0.tgz", - "integrity": "sha512-eIz2msL/EzL9UFTFFx7jBTkeZfku0yUAyZZZmJ93H2TYEiroIx2PQjEXcwYtYl8zXCxb+PAmA2hLIt/6ZEkPHw==", - "dev": true, - "dependencies": { - "@types/node": "*", - "jest-util": "^29.7.0", - "merge-stream": "^2.0.0", - "supports-color": "^8.0.0" - }, - "engines": { - "node": "^14.15.0 || ^16.10.0 || >=18.0.0" - } - }, - "node_modules/jest-worker/node_modules/supports-color": { - "version": "8.1.1", - "resolved": "https://registry.npmjs.org/supports-color/-/supports-color-8.1.1.tgz", - "integrity": "sha512-MpUEN2OodtUzxvKQl72cUF7RQ5EiHsGvSsVG0ia9c5RbWGL2CI4C7EpPS8UTBIplnlzZiNuV56w+FuNxy3ty2Q==", - "dev": true, - "dependencies": { - "has-flag": "^4.0.0" - }, - "engines": { - "node": ">=10" - }, - "funding": { - "url": "https://github.com/chalk/supports-color?sponsor=1" - } - }, "node_modules/jiti": { "version": "1.21.0", "resolved": "https://registry.npmjs.org/jiti/-/jiti-1.21.0.tgz", @@ -19207,19 +19947,6 @@ "resolved": "https://registry.npmjs.org/js-tokens/-/js-tokens-4.0.0.tgz", "integrity": "sha512-RdJUflcE3cUzKiMqQgsCu06FPu9UdIJO0beYbPhHN4k6apgJtifcoCtT9bcxOpYBtpD2kCM6Sbzg4CausW/PKQ==" }, - "node_modules/js-yaml": { - "version": "3.14.1", - "resolved": "https://registry.npmjs.org/js-yaml/-/js-yaml-3.14.1.tgz", - "integrity": "sha512-okMH7OXXJ7YrN9Ok3/SXrnu4iX9yOk+25nqX4imS2npuvTYDmo/QEZoqwZkYaIDk3jVvBOTOIEgEhaLOynBS9g==", - "dev": true, - "dependencies": { - "argparse": "^1.0.7", - "esprima": "^4.0.0" - }, - "bin": { - "js-yaml": "bin/js-yaml.js" - } - }, "node_modules/jsbn": { "version": "0.1.1", "resolved": "https://registry.npmjs.org/jsbn/-/jsbn-0.1.1.tgz", @@ -19515,6 +20242,14 @@ "json-buffer": "3.0.1" } }, + "node_modules/kind-of": { + "version": "6.0.3", + "resolved": "https://registry.npmjs.org/kind-of/-/kind-of-6.0.3.tgz", + "integrity": "sha512-dcS1ul+9tmeD95T+x28/ehLgd9mENa3LsvDTtzm3vyBEO7RPptvAD+t44WVXaUjTBRcrpFeFlC8WCruUR456hw==", + "engines": { + "node": ">=0.10.0" + } + }, "node_modules/kleur": { "version": "3.0.3", "resolved": "https://registry.npmjs.org/kleur/-/kleur-3.0.3.tgz", @@ -19993,26 +20728,6 @@ "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/makeerror": { - "version": "1.0.12", - "resolved": "https://registry.npmjs.org/makeerror/-/makeerror-1.0.12.tgz", - "integrity": "sha512-JmqCvUhmt43madlpFzG4BQzG2Z3m6tvQDNKdClZnO3VbIudJYmxsT0FNJMeiB2+JTSlTQTSbU8QdesVmwJcmLg==", - "dev": true, - "dependencies": { - "tmpl": "1.0.5" - } - }, - "node_modules/map-obj": { - "version": "4.3.0", - "resolved": "https://registry.npmjs.org/map-obj/-/map-obj-4.3.0.tgz", - "integrity": "sha512-hdN1wVrZbb29eBGiGjJbeP8JbKjq1urkHJ/LIP/NY48MZ1QVXUsQBV1G1zvYFHn1XE06cwjBsOI2K3Ulnj1YXQ==", - "engines": { - "node": ">=8" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, "node_modules/map-or-similar": { "version": "1.5.0", "resolved": "https://registry.npmjs.org/map-or-similar/-/map-or-similar-1.5.0.tgz", @@ -20047,18 +20762,6 @@ "node": ">= 16" } }, - "node_modules/md-to-react-email": { - "version": "4.1.0", - "resolved": "https://registry.npmjs.org/md-to-react-email/-/md-to-react-email-4.1.0.tgz", - "integrity": "sha512-aQvj4dCuy0wmBVvSB377qTErlpjN5Pl61+5v+B8Z76KoxOgKhbzvK3qnO94eOsuGSWwI+9n4zb3xD3/MypxM4w==", - "dependencies": { - "marked": "7.0.4" - }, - "peerDependencies": { - "react": "18.x", - "react-email": ">1.9.3" - } - }, "node_modules/md5.js": { "version": "1.3.5", "resolved": "https://registry.npmjs.org/md5.js/-/md5.js-1.3.5.tgz", @@ -20070,29 +20773,6 @@ "safe-buffer": "^5.1.2" } }, - "node_modules/mdast-util-definitions": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/mdast-util-definitions/-/mdast-util-definitions-4.0.0.tgz", - "integrity": "sha512-k8AJ6aNnUkB7IE+5azR9h81O5EQ/cTDXtWdMq9Kk5KcEW/8ritU5CeLg/9HhOC++nALHBlaogJ5jz0Ybk3kPMQ==", - "dev": true, - "dependencies": { - "unist-util-visit": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/unified" - } - }, - "node_modules/mdast-util-to-string": { - "version": "1.1.0", - "resolved": "https://registry.npmjs.org/mdast-util-to-string/-/mdast-util-to-string-1.1.0.tgz", - "integrity": "sha512-jVU0Nr2B9X3MU4tSK7JP1CMkSvOj7X5l/GboG1tKRw52lLF1x2Ju92Ms9tNetCcbfX3hzlM73zYo2NKkWSfF/A==", - "dev": true, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/unified" - } - }, "node_modules/mdn-data": { "version": "2.0.30", "resolved": "https://registry.npmjs.org/mdn-data/-/mdn-data-2.0.30.tgz", @@ -20142,53 +20822,6 @@ "map-or-similar": "^1.5.0" } }, - "node_modules/meow": { - "version": "7.1.1", - "resolved": "https://registry.npmjs.org/meow/-/meow-7.1.1.tgz", - "integrity": "sha512-GWHvA5QOcS412WCo8vwKDlTelGLsCGBVevQB5Kva961rmNfun0PCbv5+xta2kUMFJyR8/oWnn7ddeKdosbAPbA==", - "dependencies": { - "@types/minimist": "^1.2.0", - "camelcase-keys": "^6.2.2", - "decamelize-keys": "^1.1.0", - "hard-rejection": "^2.1.0", - "minimist-options": "4.1.0", - "normalize-package-data": "^2.5.0", - "read-pkg-up": "^7.0.1", - "redent": "^3.0.0", - "trim-newlines": "^3.0.0", - "type-fest": "^0.13.1", - "yargs-parser": "^18.1.3" - }, - "engines": { - "node": ">=10" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/meow/node_modules/type-fest": { - "version": "0.13.1", - "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-0.13.1.tgz", - "integrity": "sha512-34R7HTnG0XIJcBSn5XhDd7nNFPRcXYRZrBB2O2jdKqYODldSzBAqzsWoZYYvduky73toYS/ESqxPvkDf/F0XMg==", - "engines": { - "node": ">=10" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/meow/node_modules/yargs-parser": { - "version": "18.1.3", - "resolved": "https://registry.npmjs.org/yargs-parser/-/yargs-parser-18.1.3.tgz", - "integrity": "sha512-o50j0JeToy/4K6OZcaQmW6lyXXKhq7csREXcDwk2omFPJEwUNOVtJKvmDr9EI1fAJZUyZcRF7kxGBWmRXudrCQ==", - "dependencies": { - "camelcase": "^5.0.0", - "decamelize": "^1.2.0" - }, - "engines": { - "node": ">=6" - } - }, "node_modules/merge-descriptors": { "version": "1.0.1", "resolved": "https://registry.npmjs.org/merge-descriptors/-/merge-descriptors-1.0.1.tgz", @@ -20300,6 +20933,7 @@ "version": "1.0.1", "resolved": "https://registry.npmjs.org/min-indent/-/min-indent-1.0.1.tgz", "integrity": "sha512-I9jwMn07Sy/IwOj3zVkVik2JTvgpaykDZEigL6Rx6N9LbMywwUSMtxET+7lVoDLLd3O3IXwJwvuuns8UB/HeAg==", + "dev": true, "engines": { "node": ">=4" } @@ -20335,31 +20969,10 @@ "url": "https://github.com/sponsors/ljharb" } }, - "node_modules/minimist-options": { - "version": "4.1.0", - "resolved": "https://registry.npmjs.org/minimist-options/-/minimist-options-4.1.0.tgz", - "integrity": "sha512-Q4r8ghd80yhO/0j1O3B2BjweX3fiHg9cdOwjJd2J76Q135c+NDxGCqdYKQ1SKBuFfgWbAUzBfvYjPUEeNgqN1A==", - "dependencies": { - "arrify": "^1.0.1", - "is-plain-obj": "^1.1.0", - "kind-of": "^6.0.3" - }, - "engines": { - "node": ">= 6" - } - }, - "node_modules/minimist-options/node_modules/kind-of": { - "version": "6.0.3", - "resolved": "https://registry.npmjs.org/kind-of/-/kind-of-6.0.3.tgz", - "integrity": "sha512-dcS1ul+9tmeD95T+x28/ehLgd9mENa3LsvDTtzm3vyBEO7RPptvAD+t44WVXaUjTBRcrpFeFlC8WCruUR456hw==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/minipass": { - "version": "7.0.3", - "resolved": "https://registry.npmjs.org/minipass/-/minipass-7.0.3.tgz", - "integrity": "sha512-LhbbwCfz3vsb12j/WkWQPZfKTsgqIe1Nf/ti1pKjYESGLHIVjWU96G9/ljLH4F9mWNVhlQOm0VySdAWzf05dpg==", + "version": "7.1.2", + "resolved": "https://registry.npmjs.org/minipass/-/minipass-7.1.2.tgz", + "integrity": "sha512-qOOzS1cBTWYF4BH8fVePDBOO9iptMnGUEZwNc/cMWnTV2nVLZ7VoNWEPHkYczZA0pdoA7dl6e7FL659nX9S2aw==", "engines": { "node": ">=16 || 14 >=14.17" } @@ -20492,12 +21105,12 @@ "integrity": "sha512-Yd3UES5mWCSqR+qNT93S3UoYUkqAZ9lLg8a7g9rimsWmYGK8cVToA4/sF3RrshdyV3sAGMXVUmpMYOw+dLpOuw==" }, "node_modules/next": { - "version": "14.1.3", - "resolved": "https://registry.npmjs.org/next/-/next-14.1.3.tgz", - "integrity": "sha512-oexgMV2MapI0UIWiXKkixF8J8ORxpy64OuJ/J9oVUmIthXOUCcuVEZX+dtpgq7wIfIqtBwQsKEDXejcjTsan9g==", + "version": "14.2.3", + "resolved": "https://registry.npmjs.org/next/-/next-14.2.3.tgz", + "integrity": "sha512-dowFkFTR8v79NPJO4QsBUtxv0g9BrS/phluVpMAt2ku7H+cbcBJlopXjkWlwxrk/xGqMemr7JkGPGemPrLLX7A==", "dependencies": { - "@next/env": "14.1.3", - "@swc/helpers": "0.5.2", + "@next/env": "14.2.3", + "@swc/helpers": "0.5.5", "busboy": "1.6.0", "caniuse-lite": "^1.0.30001579", "graceful-fs": "^4.2.11", @@ -20511,18 +21124,19 @@ "node": ">=18.17.0" }, "optionalDependencies": { - "@next/swc-darwin-arm64": "14.1.3", - "@next/swc-darwin-x64": "14.1.3", - "@next/swc-linux-arm64-gnu": "14.1.3", - "@next/swc-linux-arm64-musl": "14.1.3", - "@next/swc-linux-x64-gnu": "14.1.3", - "@next/swc-linux-x64-musl": "14.1.3", - "@next/swc-win32-arm64-msvc": "14.1.3", - "@next/swc-win32-ia32-msvc": "14.1.3", - "@next/swc-win32-x64-msvc": "14.1.3" + "@next/swc-darwin-arm64": "14.2.3", + "@next/swc-darwin-x64": "14.2.3", + "@next/swc-linux-arm64-gnu": "14.2.3", + "@next/swc-linux-arm64-musl": "14.2.3", + "@next/swc-linux-x64-gnu": "14.2.3", + "@next/swc-linux-x64-musl": "14.2.3", + "@next/swc-win32-arm64-msvc": "14.2.3", + "@next/swc-win32-ia32-msvc": "14.2.3", + "@next/swc-win32-x64-msvc": "14.2.3" }, "peerDependencies": { "@opentelemetry/api": "^1.1.0", + "@playwright/test": "^1.41.2", "react": "^18.2.0", "react-dom": "^18.2.0", "sass": "^1.3.0" @@ -20531,20 +21145,23 @@ "@opentelemetry/api": { "optional": true }, + "@playwright/test": { + "optional": true + }, "sass": { "optional": true } } }, "node_modules/next-auth": { - "version": "4.24.5", - "resolved": "https://registry.npmjs.org/next-auth/-/next-auth-4.24.5.tgz", - "integrity": "sha512-3RafV3XbfIKk6rF6GlLE4/KxjTcuMCifqrmD+98ejFq73SRoj2rmzoca8u764977lH/Q7jo6Xu6yM+Re1Mz/Og==", + "version": "4.24.7", + "resolved": "https://registry.npmjs.org/next-auth/-/next-auth-4.24.7.tgz", + "integrity": "sha512-iChjE8ov/1K/z98gdKbn2Jw+2vLgJtVV39X+rCP5SGnVQuco7QOr19FRNGMIrD8d3LYhHWV9j9sKLzq1aDWWQQ==", "dependencies": { "@babel/runtime": "^7.20.13", "@panva/hkdf": "^1.0.2", "cookie": "^0.5.0", - "jose": "^4.11.4", + "jose": "^4.15.5", "oauth": "^0.9.15", "openid-client": "^5.4.0", "preact": "^10.6.3", @@ -20576,6 +21193,15 @@ "resolved": "https://registry.npmjs.org/next-tick/-/next-tick-1.1.0.tgz", "integrity": "sha512-CXdUiJembsNjuToQvxayPZF9Vqht7hewsvy2sOWafLvi2awflj9mOC6bHIg50orX8IJvWKY9wYQ/zB2kogPslQ==" }, + "node_modules/next/node_modules/@swc/helpers": { + "version": "0.5.5", + "resolved": "https://registry.npmjs.org/@swc/helpers/-/helpers-0.5.5.tgz", + "integrity": "sha512-KGYxvIOXcceOAbEk4bi/dVLEK9z8sZ0uBB3Il5b1rhfClSpcX0yfRO0KmTkqR2cnQDymwLB+25ZyMzICg/cm/A==", + "dependencies": { + "@swc/counter": "^0.1.3", + "tslib": "^2.4.0" + } + }, "node_modules/no-case": { "version": "3.0.4", "resolved": "https://registry.npmjs.org/no-case/-/no-case-3.0.4.tgz", @@ -20695,12 +21321,6 @@ "resolved": "https://registry.npmjs.org/node-fetch-native/-/node-fetch-native-1.4.0.tgz", "integrity": "sha512-F5kfEj95kX8tkDhUCYdV8dg3/8Olx/94zB8+ZNthFs6Bz31UpUi8Xh40TN3thLwXgrwXry1pEg9lJ++tLWTcqA==" }, - "node_modules/node-int64": { - "version": "0.4.0", - "resolved": "https://registry.npmjs.org/node-int64/-/node-int64-0.4.0.tgz", - "integrity": "sha512-O5lz91xSOeoXP6DulyHfllpq+Eg00MWitZIbtPfoSEvqIHdl5gfcY6hYzDWnj0qD5tz52PI08u9qUvSVeUBeHw==", - "dev": true - }, "node_modules/node-polyfill-webpack-plugin": { "version": "2.0.1", "resolved": "https://registry.npmjs.org/node-polyfill-webpack-plugin/-/node-polyfill-webpack-plugin-2.0.1.tgz", @@ -21359,24 +21979,24 @@ "integrity": "sha512-LDJzPVEEEPR+y48z93A0Ed0yXb8pAByGWo/k5YYdYgpY2/2EsOsksJrq7lOHxryrVOn1ejG6oAp8ahvOIQD8sw==" }, "node_modules/path-scurry": { - "version": "1.10.1", - "resolved": "https://registry.npmjs.org/path-scurry/-/path-scurry-1.10.1.tgz", - "integrity": "sha512-MkhCqzzBEpPvxxQ71Md0b1Kk51W01lrYvlMzSUaIzNsODdd7mqhiimSZlr+VegAz5Z6Vzt9Xg2ttE//XBhH3EQ==", + "version": "1.11.1", + "resolved": "https://registry.npmjs.org/path-scurry/-/path-scurry-1.11.1.tgz", + "integrity": "sha512-Xa4Nw17FS9ApQFJ9umLiJS4orGjm7ZzwUrwamcGQuHSzDyth9boKDaycYdDcZDuqYATXw4HFXgaqWTctW/v1HA==", "dependencies": { - "lru-cache": "^9.1.1 || ^10.0.0", + "lru-cache": "^10.2.0", "minipass": "^5.0.0 || ^6.0.2 || ^7.0.0" }, "engines": { - "node": ">=16 || 14 >=14.17" + "node": ">=16 || 14 >=14.18" }, "funding": { "url": "https://github.com/sponsors/isaacs" } }, "node_modules/path-scurry/node_modules/lru-cache": { - "version": "10.0.1", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-10.0.1.tgz", - "integrity": "sha512-IJ4uwUTi2qCccrioU6g9g/5rvvVl13bsdczUUcqbciD9iLr095yj8DQKdObriEvuNSx325N1rV1O0sJFszx75g==", + "version": "10.2.2", + "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-10.2.2.tgz", + "integrity": "sha512-9hp3Vp2/hFQUiIwKo8XCeFVnrg8Pk3TYNPIR7tJADKi5YfcF7vEaK7avFHTlSy3kOKYaJQaalfEo6YuXdceBOQ==", "engines": { "node": "14 || >=16.14" } @@ -21713,7 +22333,7 @@ "version": "1.43.1", "resolved": "https://registry.npmjs.org/playwright/-/playwright-1.43.1.tgz", "integrity": "sha512-V7SoH0ai2kNt1Md9E3Gwas5B9m8KR2GVvwZnAI6Pg0m3sh7UvgiYhRrhsziCmqMJNouPckiOhk8T+9bSAK0VIA==", - "dev": true, + "devOptional": true, "dependencies": { "playwright-core": "1.43.1" }, @@ -21731,7 +22351,7 @@ "version": "1.43.1", "resolved": "https://registry.npmjs.org/playwright-core/-/playwright-core-1.43.1.tgz", "integrity": "sha512-EI36Mto2Vrx6VF7rm708qSnesVQKbxEWvPrfA1IPY6HgczBplDx7ENtx+K2n4kJ41sLLkuGfmb0ZLSSXlDhqPg==", - "dev": true, + "devOptional": true, "bin": { "playwright-core": "cli.js" }, @@ -21743,7 +22363,6 @@ "version": "2.3.2", "resolved": "https://registry.npmjs.org/fsevents/-/fsevents-2.3.2.tgz", "integrity": "sha512-xiqMQR4xAeHTuB9uWm+fFRcIOgKBMiOBP+eXiyT7jsgVCq1bkVygt00oASowB7EdtpOHaaPgKt812P9ab+DDKA==", - "dev": true, "hasInstallScript": true, "optional": true, "os": [ @@ -22180,6 +22799,21 @@ "url": "https://github.com/prettier/prettier?sponsor=1" } }, + "node_modules/prettier-fallback": { + "name": "prettier", + "version": "3.2.5", + "resolved": "https://registry.npmjs.org/prettier/-/prettier-3.2.5.tgz", + "integrity": "sha512-3/GWa9aOC0YeD7LUfvOG2NiDyhOWRvt1k+rcKhOuYnMY24iiCphgneUfJDyFXd6rZCAnuLBv6UeAULtrhT/F4A==", + "bin": { + "prettier": "bin/prettier.cjs" + }, + "engines": { + "node": ">=14" + }, + "funding": { + "url": "https://github.com/prettier/prettier?sponsor=1" + } + }, "node_modules/pretty-bytes": { "version": "5.6.0", "resolved": "https://registry.npmjs.org/pretty-bytes/-/pretty-bytes-5.6.0.tgz", @@ -22484,14 +23118,6 @@ "resolved": "https://registry.npmjs.org/quick-format-unescaped/-/quick-format-unescaped-4.0.4.tgz", "integrity": "sha512-tYC1Q1hgyRuHgloV/YXs2w15unPVh8qfu/qCTfhTYamaw7fyhumKa2yGpdSo87vY32rIclj+4fWYQXUMs9EHvg==" }, - "node_modules/quick-lru": { - "version": "4.0.1", - "resolved": "https://registry.npmjs.org/quick-lru/-/quick-lru-4.0.1.tgz", - "integrity": "sha512-ARhCpm70fzdcvNQfPoy49IaanKkTlRWF2JMzqhcJbhSFRZv7nPTvZJdcY7301IPmvW+/p0RgIWnQDLJxifsQ7g==", - "engines": { - "node": ">=8" - } - }, "node_modules/ramda": { "version": "0.29.0", "resolved": "https://registry.npmjs.org/ramda/-/ramda-0.29.0.tgz", @@ -22697,18 +23323,18 @@ "integrity": "sha512-Fl7FuabXsJnV5Q1qIOQwx/sagGF18kogb4gpfcG4gjLBWO0WDiiz1ko/ExayuxE7InyQkBLkxRFG5oxY6Uu3Kg==" }, "node_modules/react-email": { - "version": "2.1.0", - "resolved": "https://registry.npmjs.org/react-email/-/react-email-2.1.0.tgz", - "integrity": "sha512-fTt85ca1phsBu57iy32wn4LTR37rOzDZoY2AOWVq3JQYVwk6GlBdUuQWif2cudkwWINL9COf9kRMS4/QWtKtAQ==", + "version": "2.1.4", + "resolved": "https://registry.npmjs.org/react-email/-/react-email-2.1.4.tgz", + "integrity": "sha512-YKZ4jhkalWcNyaw4qyI//+QeTeUxe/ptqI+wSc4wVIoHzqffAWoV5x/jBpFex3FQ636xVIDFrvGq39rUVL7zSQ==", "dependencies": { + "@babel/core": "7.24.5", + "@babel/parser": "7.24.5", "@radix-ui/colors": "1.0.1", "@radix-ui/react-collapsible": "1.0.3", - "@radix-ui/react-popover": "1.0.6", + "@radix-ui/react-popover": "1.0.7", "@radix-ui/react-slot": "1.0.2", "@radix-ui/react-toggle-group": "1.0.4", - "@radix-ui/react-tooltip": "1.0.6", - "@react-email/components": "0.0.15", - "@react-email/render": "0.0.12", + "@radix-ui/react-tooltip": "1.0.7", "@swc/core": "1.3.101", "@types/react": "^18.2.0", "@types/react-dom": "^18.2.0", @@ -22726,10 +23352,10 @@ "glob": "10.3.4", "log-symbols": "4.1.0", "mime-types": "2.1.35", - "next": "14.1.0", + "next": "14.1.4", "normalize-path": "3.0.0", "ora": "5.4.1", - "postcss": "8.4.35", + "postcss": "8.4.38", "prism-react-renderer": "2.1.0", "react": "^18.2.0", "react-dom": "^18.2.0", @@ -22741,7 +23367,6 @@ "stacktrace-parser": "0.1.10", "tailwind-merge": "2.2.0", "tailwindcss": "3.4.0", - "tree-cli": "0.6.7", "typescript": "5.1.6" }, "bin": { @@ -22751,6 +23376,46 @@ "node": ">=18.0.0" } }, + "node_modules/react-email/node_modules/@babel/core": { + "version": "7.24.5", + "resolved": "https://registry.npmjs.org/@babel/core/-/core-7.24.5.tgz", + "integrity": "sha512-tVQRucExLQ02Boi4vdPp49svNGcfL2GhdTCT9aldhXgCJVAI21EtRfBettiuLUwce/7r6bFdgs6JFkcdTiFttA==", + "dependencies": { + "@ampproject/remapping": "^2.2.0", + "@babel/code-frame": "^7.24.2", + "@babel/generator": "^7.24.5", + "@babel/helper-compilation-targets": "^7.23.6", + "@babel/helper-module-transforms": "^7.24.5", + "@babel/helpers": "^7.24.5", + "@babel/parser": "^7.24.5", + "@babel/template": "^7.24.0", + "@babel/traverse": "^7.24.5", + "@babel/types": "^7.24.5", + "convert-source-map": "^2.0.0", + "debug": "^4.1.0", + "gensync": "^1.0.0-beta.2", + "json5": "^2.2.3", + "semver": "^6.3.1" + }, + "engines": { + "node": ">=6.9.0" + }, + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/babel" + } + }, + "node_modules/react-email/node_modules/@babel/parser": { + "version": "7.24.5", + "resolved": "https://registry.npmjs.org/@babel/parser/-/parser-7.24.5.tgz", + "integrity": "sha512-EOv5IK8arwh3LI47dz1b0tKUb/1uhHAnHJOrjgtQMIpu1uXd9mlFrJg9IUgGUgZ41Ch0K8REPTYpO7B76b4vJg==", + "bin": { + "parser": "bin/babel-parser.js" + }, + "engines": { + "node": ">=6.0.0" + } + }, "node_modules/react-email/node_modules/@emotion/is-prop-valid": { "version": "0.8.8", "resolved": "https://registry.npmjs.org/@emotion/is-prop-valid/-/is-prop-valid-0.8.8.tgz", @@ -22782,14 +23447,14 @@ } }, "node_modules/react-email/node_modules/@next/env": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/env/-/env-14.1.0.tgz", - "integrity": "sha512-Py8zIo+02ht82brwwhTg36iogzFqGLPXlRGKQw5s+qP/kMNc4MAyDeEwBKDijk6zTIbegEgu8Qy7C1LboslQAw==" + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/env/-/env-14.1.4.tgz", + "integrity": "sha512-e7X7bbn3Z6DWnDi75UWn+REgAbLEqxI8Tq2pkFOFAMpWAWApz/YCUhtWMWn410h8Q2fYiYL7Yg5OlxMOCfFjJQ==" }, "node_modules/react-email/node_modules/@next/swc-darwin-arm64": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-darwin-arm64/-/swc-darwin-arm64-14.1.0.tgz", - "integrity": "sha512-nUDn7TOGcIeyQni6lZHfzNoo9S0euXnu0jhsbMOmMJUBfgsnESdjN97kM7cBqQxZa8L/bM9om/S5/1dzCrW6wQ==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-darwin-arm64/-/swc-darwin-arm64-14.1.4.tgz", + "integrity": "sha512-ubmUkbmW65nIAOmoxT1IROZdmmJMmdYvXIe8211send9ZYJu+SqxSnJM4TrPj9wmL6g9Atvj0S/2cFmMSS99jg==", "cpu": [ "arm64" ], @@ -22802,9 +23467,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-darwin-x64": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-darwin-x64/-/swc-darwin-x64-14.1.0.tgz", - "integrity": "sha512-1jgudN5haWxiAl3O1ljUS2GfupPmcftu2RYJqZiMJmmbBT5M1XDffjUtRUzP4W3cBHsrvkfOFdQ71hAreNQP6g==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-darwin-x64/-/swc-darwin-x64-14.1.4.tgz", + "integrity": "sha512-b0Xo1ELj3u7IkZWAKcJPJEhBop117U78l70nfoQGo4xUSvv0PJSTaV4U9xQBLvZlnjsYkc8RwQN1HoH/oQmLlQ==", "cpu": [ "x64" ], @@ -22817,9 +23482,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-linux-arm64-gnu": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-gnu/-/swc-linux-arm64-gnu-14.1.0.tgz", - "integrity": "sha512-RHo7Tcj+jllXUbK7xk2NyIDod3YcCPDZxj1WLIYxd709BQ7WuRYl3OWUNG+WUfqeQBds6kvZYlc42NJJTNi4tQ==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-gnu/-/swc-linux-arm64-gnu-14.1.4.tgz", + "integrity": "sha512-457G0hcLrdYA/u1O2XkRMsDKId5VKe3uKPvrKVOyuARa6nXrdhJOOYU9hkKKyQTMru1B8qEP78IAhf/1XnVqKA==", "cpu": [ "arm64" ], @@ -22832,9 +23497,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-linux-arm64-musl": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-musl/-/swc-linux-arm64-musl-14.1.0.tgz", - "integrity": "sha512-v6kP8sHYxjO8RwHmWMJSq7VZP2nYCkRVQ0qolh2l6xroe9QjbgV8siTbduED4u0hlk0+tjS6/Tuy4n5XCp+l6g==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-linux-arm64-musl/-/swc-linux-arm64-musl-14.1.4.tgz", + "integrity": "sha512-l/kMG+z6MB+fKA9KdtyprkTQ1ihlJcBh66cf0HvqGP+rXBbOXX0dpJatjZbHeunvEHoBBS69GYQG5ry78JMy3g==", "cpu": [ "arm64" ], @@ -22847,9 +23512,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-linux-x64-gnu": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-gnu/-/swc-linux-x64-gnu-14.1.0.tgz", - "integrity": "sha512-zJ2pnoFYB1F4vmEVlb/eSe+VH679zT1VdXlZKX+pE66grOgjmKJHKacf82g/sWE4MQ4Rk2FMBCRnX+l6/TVYzQ==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-gnu/-/swc-linux-x64-gnu-14.1.4.tgz", + "integrity": "sha512-BapIFZ3ZRnvQ1uWbmqEGJuPT9cgLwvKtxhK/L2t4QYO7l+/DxXuIGjvp1x8rvfa/x1FFSsipERZK70pewbtJtw==", "cpu": [ "x64" ], @@ -22862,9 +23527,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-linux-x64-musl": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-musl/-/swc-linux-x64-musl-14.1.0.tgz", - "integrity": "sha512-rbaIYFt2X9YZBSbH/CwGAjbBG2/MrACCVu2X0+kSykHzHnYH5FjHxwXLkcoJ10cX0aWCEynpu+rP76x0914atg==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-linux-x64-musl/-/swc-linux-x64-musl-14.1.4.tgz", + "integrity": "sha512-mqVxTwk4XuBl49qn2A5UmzFImoL1iLm0KQQwtdRJRKl21ylQwwGCxJtIYo2rbfkZHoSKlh/YgztY0qH3wG1xIg==", "cpu": [ "x64" ], @@ -22877,9 +23542,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-win32-arm64-msvc": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-win32-arm64-msvc/-/swc-win32-arm64-msvc-14.1.0.tgz", - "integrity": "sha512-o1N5TsYc8f/HpGt39OUQpQ9AKIGApd3QLueu7hXk//2xq5Z9OxmV6sQfNp8C7qYmiOlHYODOGqNNa0e9jvchGQ==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-win32-arm64-msvc/-/swc-win32-arm64-msvc-14.1.4.tgz", + "integrity": "sha512-xzxF4ErcumXjO2Pvg/wVGrtr9QQJLk3IyQX1ddAC/fi6/5jZCZ9xpuL9Tzc4KPWMFq8GGWFVDMshZOdHGdkvag==", "cpu": [ "arm64" ], @@ -22892,9 +23557,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-win32-ia32-msvc": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-win32-ia32-msvc/-/swc-win32-ia32-msvc-14.1.0.tgz", - "integrity": "sha512-XXIuB1DBRCFwNO6EEzCTMHT5pauwaSj4SWs7CYnME57eaReAKBXCnkUE80p/pAZcewm7hs+vGvNqDPacEXHVkw==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-win32-ia32-msvc/-/swc-win32-ia32-msvc-14.1.4.tgz", + "integrity": "sha512-WZiz8OdbkpRw6/IU/lredZWKKZopUMhcI2F+XiMAcPja0uZYdMTZQRoQ0WZcvinn9xZAidimE7tN9W5v9Yyfyw==", "cpu": [ "ia32" ], @@ -22907,9 +23572,9 @@ } }, "node_modules/react-email/node_modules/@next/swc-win32-x64-msvc": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/@next/swc-win32-x64-msvc/-/swc-win32-x64-msvc-14.1.0.tgz", - "integrity": "sha512-9WEbVRRAqJ3YFVqEZIxUqkiO8l1nool1LmNxygr5HWF8AcSYsEpneUDhmjUVJEzO2A04+oPtZdombzzPPkTtgg==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/@next/swc-win32-x64-msvc/-/swc-win32-x64-msvc-14.1.4.tgz", + "integrity": "sha512-4Rto21sPfw555sZ/XNLqfxDUNeLhNYGO2dlPqsnuCg8N8a2a9u1ltqBOPQ4vj1Gf7eJC0W2hHG2eYUHuiXgY2w==", "cpu": [ "x64" ], @@ -22921,53 +23586,6 @@ "node": ">= 10" } }, - "node_modules/react-email/node_modules/@react-email/components": { - "version": "0.0.15", - "resolved": "https://registry.npmjs.org/@react-email/components/-/components-0.0.15.tgz", - "integrity": "sha512-jXfKiuyi94JBYfPVptEUwF57nRCvhEZIfyl2LqbL53fKsMrGlcjlN921iNnx1z41GAJOqZ8LPogeix3Iid23zw==", - "dependencies": { - "@react-email/body": "0.0.7", - "@react-email/button": "0.0.14", - "@react-email/code-block": "0.0.3", - "@react-email/code-inline": "0.0.1", - "@react-email/column": "0.0.9", - "@react-email/container": "0.0.11", - "@react-email/font": "0.0.5", - "@react-email/head": "0.0.7", - "@react-email/heading": "0.0.11", - "@react-email/hr": "0.0.7", - "@react-email/html": "0.0.7", - "@react-email/img": "0.0.7", - "@react-email/link": "0.0.7", - "@react-email/markdown": "0.0.8", - "@react-email/preview": "0.0.8", - "@react-email/render": "0.0.12", - "@react-email/row": "0.0.7", - "@react-email/section": "0.0.11", - "@react-email/tailwind": "0.0.14", - "@react-email/text": "0.0.7" - }, - "engines": { - "node": ">=18.0.0" - }, - "peerDependencies": { - "react": "18.2.0" - } - }, - "node_modules/react-email/node_modules/@react-email/tailwind": { - "version": "0.0.14", - "resolved": "https://registry.npmjs.org/@react-email/tailwind/-/tailwind-0.0.14.tgz", - "integrity": "sha512-SRRcm08zxrAR5XozaW0X+GAJlTJITakZe0UXBiFZDlSDBLwFMxjaGuQwccqNF0LxDnxmduxYB71mzEAqecgTZg==", - "dependencies": { - "react": "18.2.0" - }, - "engines": { - "node": ">=18.0.0" - }, - "peerDependencies": { - "react": "18.2.0" - } - }, "node_modules/react-email/node_modules/autoprefixer": { "version": "10.4.14", "resolved": "https://registry.npmjs.org/autoprefixer/-/autoprefixer-10.4.14.tgz", @@ -23016,6 +23634,11 @@ "node": ">=16" } }, + "node_modules/react-email/node_modules/convert-source-map": { + "version": "2.0.0", + "resolved": "https://registry.npmjs.org/convert-source-map/-/convert-source-map-2.0.0.tgz", + "integrity": "sha512-Kvp459HrV2FEJ1CAsi1Ku+MY3kasH19TFykTz2xWmMeq6bk2NU3XXvfJ+Q61m0xktWwt+1HSYf3JZsTms3aRJg==" + }, "node_modules/react-email/node_modules/esbuild": { "version": "0.19.11", "resolved": "https://registry.npmjs.org/esbuild/-/esbuild-0.19.11.tgz", @@ -23112,11 +23735,11 @@ } }, "node_modules/react-email/node_modules/next": { - "version": "14.1.0", - "resolved": "https://registry.npmjs.org/next/-/next-14.1.0.tgz", - "integrity": "sha512-wlzrsbfeSU48YQBjZhDzOwhWhGsy+uQycR8bHAOt1LY1bn3zZEcDyHQOEoN3aWzQ8LHCAJ1nqrWCc9XF2+O45Q==", + "version": "14.1.4", + "resolved": "https://registry.npmjs.org/next/-/next-14.1.4.tgz", + "integrity": "sha512-1WTaXeSrUwlz/XcnhGTY7+8eiaFvdet5z9u3V2jb+Ek1vFo0VhHKSAIJvDWfQpttWjnyw14kBeq28TPq7bTeEQ==", "dependencies": { - "@next/env": "14.1.0", + "@next/env": "14.1.4", "@swc/helpers": "0.5.2", "busboy": "1.6.0", "caniuse-lite": "^1.0.30001579", @@ -23131,15 +23754,15 @@ "node": ">=18.17.0" }, "optionalDependencies": { - "@next/swc-darwin-arm64": "14.1.0", - "@next/swc-darwin-x64": "14.1.0", - "@next/swc-linux-arm64-gnu": "14.1.0", - "@next/swc-linux-arm64-musl": "14.1.0", - "@next/swc-linux-x64-gnu": "14.1.0", - "@next/swc-linux-x64-musl": "14.1.0", - "@next/swc-win32-arm64-msvc": "14.1.0", - "@next/swc-win32-ia32-msvc": "14.1.0", - "@next/swc-win32-x64-msvc": "14.1.0" + "@next/swc-darwin-arm64": "14.1.4", + "@next/swc-darwin-x64": "14.1.4", + "@next/swc-linux-arm64-gnu": "14.1.4", + "@next/swc-linux-arm64-musl": "14.1.4", + "@next/swc-linux-x64-gnu": "14.1.4", + "@next/swc-linux-x64-musl": "14.1.4", + "@next/swc-win32-arm64-msvc": "14.1.4", + "@next/swc-win32-ia32-msvc": "14.1.4", + "@next/swc-win32-x64-msvc": "14.1.4" }, "peerDependencies": { "@opentelemetry/api": "^1.1.0", @@ -23192,9 +23815,9 @@ } }, "node_modules/react-email/node_modules/postcss": { - "version": "8.4.35", - "resolved": "https://registry.npmjs.org/postcss/-/postcss-8.4.35.tgz", - "integrity": "sha512-u5U8qYpBCpN13BsiEB0CbR1Hhh4Gc0zLFuedrHJKMctHCHAGrMdG0PRM/KErzAL3CU6/eckEtmHNB3x6e3c0vA==", + "version": "8.4.38", + "resolved": "https://registry.npmjs.org/postcss/-/postcss-8.4.38.tgz", + "integrity": "sha512-Wglpdk03BSfXkHoQa3b/oulrotAkwrlLDRSOb9D0bN86FdRyE9lppSp33aHNPgBa0JKCoB+drFLZkQoRRYae5A==", "funding": [ { "type": "opencollective", @@ -23212,12 +23835,20 @@ "dependencies": { "nanoid": "^3.3.7", "picocolors": "^1.0.0", - "source-map-js": "^1.0.2" + "source-map-js": "^1.2.0" }, "engines": { "node": "^10 || ^12 || >=14" } }, + "node_modules/react-email/node_modules/postcss/node_modules/source-map-js": { + "version": "1.2.0", + "resolved": "https://registry.npmjs.org/source-map-js/-/source-map-js-1.2.0.tgz", + "integrity": "sha512-itJW8lvSA0TXEphiRoawsCksnlf8SyvmFzIhltqAHluXd88pkCd+cXJVHTDwdCr0IzwptSm035IHQktUu1QUMg==", + "engines": { + "node": ">=0.10.0" + } + }, "node_modules/react-email/node_modules/tailwindcss": { "version": "3.4.0", "resolved": "https://registry.npmjs.org/tailwindcss/-/tailwindcss-3.4.0.tgz", @@ -23294,9 +23925,9 @@ } }, "node_modules/react-hook-form": { - "version": "7.51.3", - "resolved": "https://registry.npmjs.org/react-hook-form/-/react-hook-form-7.51.3.tgz", - "integrity": "sha512-cvJ/wbHdhYx8aviSWh28w9ImjmVsb5Y05n1+FW786vEZQJV5STNM0pW6ujS+oiBecb0ARBxJFyAnXj9+GHXACQ==", + "version": "7.51.5", + "resolved": "https://registry.npmjs.org/react-hook-form/-/react-hook-form-7.51.5.tgz", + "integrity": "sha512-J2ILT5gWx1XUIJRETiA7M19iXHlG74+6O3KApzvqB/w8S5NQR7AbU8HVZrMALdmDgWpRPYiZJl0zx8Z4L2mP6Q==", "engines": { "node": ">=12.22.0" }, @@ -23689,18 +24320,6 @@ "node": ">= 0.10" } }, - "node_modules/redent": { - "version": "3.0.0", - "resolved": "https://registry.npmjs.org/redent/-/redent-3.0.0.tgz", - "integrity": "sha512-6tDA8g98We0zd0GvVeMT9arEOnTw9qM03L9cJXaCjrip1OO764RDBLBfrB4cwzNGDj5OA5ioymC9GkizgWJDUg==", - "dependencies": { - "indent-string": "^4.0.0", - "strip-indent": "^3.0.0" - }, - "engines": { - "node": ">=8" - } - }, "node_modules/redux": { "version": "5.0.1", "resolved": "https://registry.npmjs.org/redux/-/redux-5.0.1.tgz", @@ -23827,47 +24446,50 @@ "jsesc": "bin/jsesc" } }, - "node_modules/relateurl": { - "version": "0.2.7", - "resolved": "https://registry.npmjs.org/relateurl/-/relateurl-0.2.7.tgz", - "integrity": "sha512-G08Dxvm4iDN3MLM0EsP62EDV9IuhXPR6blNz6Utcp7zyV3tr4HVNINt6MpaRWbxoOHT3Q7YN2P+jaHX8vUbgog==", - "dev": true, - "engines": { - "node": ">= 0.10" - } - }, - "node_modules/remark-external-links": { - "version": "8.0.0", - "resolved": "https://registry.npmjs.org/remark-external-links/-/remark-external-links-8.0.0.tgz", - "integrity": "sha512-5vPSX0kHoSsqtdftSHhIYofVINC8qmp0nctkeU9YoJwV3YfiBRiI6cbFRJ0oI/1F9xS+bopXG0m2KS8VFscuKA==", + "node_modules/rehype-external-links": { + "version": "3.0.0", + "resolved": "https://registry.npmjs.org/rehype-external-links/-/rehype-external-links-3.0.0.tgz", + "integrity": "sha512-yp+e5N9V3C6bwBeAC4n796kc86M4gJCdlVhiMTxIrJG5UHDMh+PJANf9heqORJbt1nrCbDwIlAZKjANIaVBbvw==", "dev": true, "dependencies": { - "extend": "^3.0.0", - "is-absolute-url": "^3.0.0", - "mdast-util-definitions": "^4.0.0", - "space-separated-tokens": "^1.0.0", - "unist-util-visit": "^2.0.0" + "@types/hast": "^3.0.0", + "@ungap/structured-clone": "^1.0.0", + "hast-util-is-element": "^3.0.0", + "is-absolute-url": "^4.0.0", + "space-separated-tokens": "^2.0.0", + "unist-util-visit": "^5.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/unified" } }, - "node_modules/remark-slug": { - "version": "6.1.0", - "resolved": "https://registry.npmjs.org/remark-slug/-/remark-slug-6.1.0.tgz", - "integrity": "sha512-oGCxDF9deA8phWvxFuyr3oSJsdyUAxMFbA0mZ7Y1Sas+emILtO+e5WutF9564gDsEN4IXaQXm5pFo6MLH+YmwQ==", + "node_modules/rehype-slug": { + "version": "6.0.0", + "resolved": "https://registry.npmjs.org/rehype-slug/-/rehype-slug-6.0.0.tgz", + "integrity": "sha512-lWyvf/jwu+oS5+hL5eClVd3hNdmwM1kAC0BUvEGD19pajQMIzcNUd/k9GsfQ+FfECvX+JE+e9/btsKH0EjJT6A==", "dev": true, "dependencies": { - "github-slugger": "^1.0.0", - "mdast-util-to-string": "^1.0.0", - "unist-util-visit": "^2.0.0" + "@types/hast": "^3.0.0", + "github-slugger": "^2.0.0", + "hast-util-heading-rank": "^3.0.0", + "hast-util-to-string": "^3.0.0", + "unist-util-visit": "^5.0.0" }, "funding": { "type": "opencollective", "url": "https://opencollective.com/unified" } }, + "node_modules/relateurl": { + "version": "0.2.7", + "resolved": "https://registry.npmjs.org/relateurl/-/relateurl-0.2.7.tgz", + "integrity": "sha512-G08Dxvm4iDN3MLM0EsP62EDV9IuhXPR6blNz6Utcp7zyV3tr4HVNINt6MpaRWbxoOHT3Q7YN2P+jaHX8vUbgog==", + "dev": true, + "engines": { + "node": ">= 0.10" + } + }, "node_modules/renderkid": { "version": "3.0.0", "resolved": "https://registry.npmjs.org/renderkid/-/renderkid-3.0.0.tgz", @@ -24639,14 +25261,6 @@ "node": ">=8" } }, - "node_modules/shallow-clone/node_modules/kind-of": { - "version": "6.0.3", - "resolved": "https://registry.npmjs.org/kind-of/-/kind-of-6.0.3.tgz", - "integrity": "sha512-dcS1ul+9tmeD95T+x28/ehLgd9mENa3LsvDTtzm3vyBEO7RPptvAD+t44WVXaUjTBRcrpFeFlC8WCruUR456hw==", - "engines": { - "node": ">=0.10.0" - } - }, "node_modules/sharp": { "version": "0.32.6", "resolved": "https://registry.npmjs.org/sharp/-/sharp-0.32.6.tgz", @@ -25039,9 +25653,9 @@ } }, "node_modules/space-separated-tokens": { - "version": "1.1.5", - "resolved": "https://registry.npmjs.org/space-separated-tokens/-/space-separated-tokens-1.1.5.tgz", - "integrity": "sha512-q/JSVd1Lptzhf5bkYm4ob4iWPjx0KiRe3sRFBNrVqbJkFaBm5vbbowy1mymoPNLRa52+oadOhJ+K49wsSeSjTA==", + "version": "2.0.2", + "resolved": "https://registry.npmjs.org/space-separated-tokens/-/space-separated-tokens-2.0.2.tgz", + "integrity": "sha512-PEGlAwrG8yXGXRjW32fGbg66JAlOAwbObuqVoJpv/mRgoWDQfgH1wDPvtzWyUSNAXBGSk8h755YDbbcEy3SH2Q==", "dev": true, "funding": { "type": "github", @@ -25096,12 +25710,6 @@ "node": ">= 10.x" } }, - "node_modules/sprintf-js": { - "version": "1.0.3", - "resolved": "https://registry.npmjs.org/sprintf-js/-/sprintf-js-1.0.3.tgz", - "integrity": "sha512-D9cPgkvLlV3t3IzL0D0YLvGA9Ahk4PcvVwUbN0dSGr1aP0Nrt4AEnTUbuGvquEC0mA64Gqt1fzirlRs5ibXx8g==", - "dev": true - }, "node_modules/sshpk": { "version": "1.17.0", "resolved": "https://registry.npmjs.org/sshpk/-/sshpk-1.17.0.tgz", @@ -25135,574 +25743,65 @@ "swrev": "^4.0.0" }, "peerDependencies": { - "svelte": "^4.0.0" - } - }, - "node_modules/stable": { - "version": "0.1.8", - "resolved": "https://registry.npmjs.org/stable/-/stable-0.1.8.tgz", - "integrity": "sha512-ji9qxRnOVfcuLDySj9qzhGSEFVobyt1kIOSkj1qZzYLzq7Tos/oUUWvotUPQLlrsidqsK6tBH89Bc9kL5zHA6w==", - "deprecated": "Modern JS already guarantees Array#sort() is a stable sort, so this library is deprecated. See the compatibility table on MDN: https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/sort#browser_compatibility" - }, - "node_modules/stackframe": { - "version": "1.3.4", - "resolved": "https://registry.npmjs.org/stackframe/-/stackframe-1.3.4.tgz", - "integrity": "sha512-oeVtt7eWQS+Na6F//S4kJ2K2VbRlS9D43mAlMyVpVWovy9o+jfgH8O9agzANzaiLjclA0oYzUXEM4PurhSUChw==", - "dev": true - }, - "node_modules/stacktrace-parser": { - "version": "0.1.10", - "resolved": "https://registry.npmjs.org/stacktrace-parser/-/stacktrace-parser-0.1.10.tgz", - "integrity": "sha512-KJP1OCML99+8fhOHxwwzyWrlUuVX5GQ0ZpJTd1DFXhdkrvg1szxfHhawXUZ3g9TkXORQd4/WG68jMlQZ2p8wlg==", - "dependencies": { - "type-fest": "^0.7.1" - }, - "engines": { - "node": ">=6" - } - }, - "node_modules/stacktrace-parser/node_modules/type-fest": { - "version": "0.7.1", - "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-0.7.1.tgz", - "integrity": "sha512-Ne2YiiGN8bmrmJJEuTWTLJR32nh/JdL1+PSicowtNb0WFpn59GK8/lfD61bVtzguz7b3PBt74nxpv/Pw5po5Rg==", - "engines": { - "node": ">=8" - } - }, - "node_modules/start-server-and-test": { - "version": "2.0.3", - "resolved": "https://registry.npmjs.org/start-server-and-test/-/start-server-and-test-2.0.3.tgz", - "integrity": "sha512-QsVObjfjFZKJE6CS6bSKNwWZCKBG6975/jKRPPGFfFh+yOQglSeGXiNWjzgQNXdphcBI9nXbyso9tPfX4YAUhg==", - "dev": true, - "dependencies": { - "arg": "^5.0.2", - "bluebird": "3.7.2", - "check-more-types": "2.24.0", - "debug": "4.3.4", - "execa": "5.1.1", - "lazy-ass": "1.6.0", - "ps-tree": "1.2.0", - "wait-on": "7.2.0" - }, - "bin": { - "server-test": "src/bin/start.js", - "start-server-and-test": "src/bin/start.js", - "start-test": "src/bin/start.js" - }, - "engines": { - "node": ">=16" - } - }, - "node_modules/start-server-and-test/node_modules/execa": { - "version": "5.1.1", - "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", - "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", - "dev": true, - "dependencies": { - "cross-spawn": "^7.0.3", - "get-stream": "^6.0.0", - "human-signals": "^2.1.0", - "is-stream": "^2.0.0", - "merge-stream": "^2.0.0", - "npm-run-path": "^4.0.1", - "onetime": "^5.1.2", - "signal-exit": "^3.0.3", - "strip-final-newline": "^2.0.0" - }, - "engines": { - "node": ">=10" - }, - "funding": { - "url": "https://github.com/sindresorhus/execa?sponsor=1" - } - }, - "node_modules/start-server-and-test/node_modules/get-stream": { - "version": "6.0.1", - "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", - "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", - "dev": true, - "engines": { - "node": ">=10" - }, - "funding": { - "url": "https://github.com/sponsors/sindresorhus" - } - }, - "node_modules/start-server-and-test/node_modules/human-signals": { - "version": "2.1.0", - "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", - "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", - "dev": true, - "engines": { - "node": ">=10.17.0" - } - }, - "node_modules/statuses": { - "version": "2.0.1", - "resolved": "https://registry.npmjs.org/statuses/-/statuses-2.0.1.tgz", - "integrity": "sha512-RwNA9Z/7PrK06rYLIzFMlaF+l73iwpzsqRIFgbMLbTcLD6cOao82TaWefPXQvB2fOC4AjuYSEndS7N/mTCbkdQ==", - "engines": { - "node": ">= 0.8" - } - }, - "node_modules/stop-iteration-iterator": { - "version": "1.0.0", - "resolved": "https://registry.npmjs.org/stop-iteration-iterator/-/stop-iteration-iterator-1.0.0.tgz", - "integrity": "sha512-iCGQj+0l0HOdZ2AEeBADlsRC+vsnDsZsbdSiH1yNSjcfKM7fdpCMfqAL/dwF5BLiw/XhRft/Wax6zQbhq2BcjQ==", - "dependencies": { - "internal-slot": "^1.0.4" - }, - "engines": { - "node": ">= 0.4" - } - }, - "node_modules/store2": { - "version": "2.14.2", - "resolved": "https://registry.npmjs.org/store2/-/store2-2.14.2.tgz", - "integrity": "sha512-siT1RiqlfQnGqgT/YzXVUNsom9S0H1OX+dpdGN1xkyYATo4I6sep5NmsRD/40s3IIOvlCq6akxkqG82urIZW1w==" - }, - "node_modules/storybook": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/storybook/-/storybook-8.0.4.tgz", - "integrity": "sha512-FUr3Uc2dSAQ80jINH5fSXz7zD7Ncn08OthROjwRtHAH+jMf4wxyZ+RhF3heFy9xLot2/HXOLIWyHyzZZMtGhxg==", - "dev": true, - "dependencies": { - "@storybook/cli": "8.0.4" - }, - "bin": { - "sb": "index.js", - "storybook": "index.js" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/builder-manager": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/builder-manager/-/builder-manager-8.0.4.tgz", - "integrity": "sha512-BafYVxq77uuTmXdjYo5by42OyOrb6qcpWYKva3ntWK2ZhTaLJlwwqAOdahT1DVzi4VeUP6465YvsTCzIE8fuIw==", - "dev": true, - "dependencies": { - "@fal-works/esbuild-plugin-global-externals": "^2.1.2", - "@storybook/core-common": "8.0.4", - "@storybook/manager": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@types/ejs": "^3.1.1", - "@yarnpkg/esbuild-plugin-pnp": "^3.0.0-rc.10", - "browser-assert": "^1.2.1", - "ejs": "^3.1.8", - "esbuild": "^0.18.0 || ^0.19.0 || ^0.20.0", - "esbuild-plugin-alias": "^0.2.1", - "express": "^4.17.3", - "fs-extra": "^11.1.0", - "process": "^0.11.10", - "util": "^0.12.4" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/channels": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/channels/-/channels-8.0.4.tgz", - "integrity": "sha512-haKV+8RbiSzLjicowUfc7h2fTClZHX/nz9SRUecf4IEZUEu2T78OgM/TzqZvL7rA3+/fKqp5iI+3PN3OA75Sdg==", - "dev": true, - "dependencies": { - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/global": "^5.0.0", - "telejson": "^7.2.0", - "tiny-invariant": "^1.3.1" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/cli": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/cli/-/cli-8.0.4.tgz", - "integrity": "sha512-8jb8hrulRMfyFyNXFEapxHBS51xb42ZZGfVAacXIsHOJtjOd5CnOoSUYn0aOkVl19VF/snoa9JOW7BaW/50Eqw==", - "dev": true, - "dependencies": { - "@babel/core": "^7.23.0", - "@babel/types": "^7.23.0", - "@ndelangen/get-tarball": "^3.0.7", - "@storybook/codemod": "8.0.4", - "@storybook/core-common": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/core-server": "8.0.4", - "@storybook/csf-tools": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@storybook/telemetry": "8.0.4", - "@storybook/types": "8.0.4", - "@types/semver": "^7.3.4", - "@yarnpkg/fslib": "2.10.3", - "@yarnpkg/libzip": "2.3.0", - "chalk": "^4.1.0", - "commander": "^6.2.1", - "cross-spawn": "^7.0.3", - "detect-indent": "^6.1.0", - "envinfo": "^7.7.3", - "execa": "^5.0.0", - "find-up": "^5.0.0", - "fs-extra": "^11.1.0", - "get-npm-tarball-url": "^2.0.3", - "giget": "^1.0.0", - "globby": "^11.0.2", - "jscodeshift": "^0.15.1", - "leven": "^3.1.0", - "ora": "^5.4.1", - "prettier": "^3.1.1", - "prompts": "^2.4.0", - "read-pkg-up": "^7.0.1", - "semver": "^7.3.7", - "strip-json-comments": "^3.0.1", - "tempy": "^1.0.1", - "tiny-invariant": "^1.3.1", - "ts-dedent": "^2.0.0" - }, - "bin": { - "getstorybook": "bin/index.js", - "sb": "bin/index.js" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/client-logger": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/client-logger/-/client-logger-8.0.4.tgz", - "integrity": "sha512-2SeEg3PT/d0l/+EAVtyj9hmMLTyTPp+bRBSzxYouBjtJPM1jrdKpFagj1o3uBRovwWm9SIVX6/ZsoRC33PEV1g==", - "dev": true, - "dependencies": { - "@storybook/global": "^5.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/codemod": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/codemod/-/codemod-8.0.4.tgz", - "integrity": "sha512-bysG46P4wjlR3RCpr/ntNAUaupWpzLcWYWti3iNtIyZ/iPrX6KtXoA9QCIwJZrlv41us6F+KEZbzLzkgWbymtQ==", - "dev": true, - "dependencies": { - "@babel/core": "^7.23.2", - "@babel/preset-env": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/csf-tools": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@storybook/types": "8.0.4", - "@types/cross-spawn": "^6.0.2", - "cross-spawn": "^7.0.3", - "globby": "^11.0.2", - "jscodeshift": "^0.15.1", - "lodash": "^4.17.21", - "prettier": "^3.1.1", - "recast": "^0.23.5", - "tiny-invariant": "^1.3.1" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/core-common": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/core-common/-/core-common-8.0.4.tgz", - "integrity": "sha512-dzFRLm5FxUa2EFE6Rx/KLDTJNLBIp1S2/+Q1K+rG8V+CLvewCc2Cd486rStZqSXEKI7vDnsRs/aMla+N0X/++Q==", - "dev": true, - "dependencies": { - "@storybook/core-events": "8.0.4", - "@storybook/csf-tools": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@storybook/types": "8.0.4", - "@yarnpkg/fslib": "2.10.3", - "@yarnpkg/libzip": "2.3.0", - "chalk": "^4.1.0", - "cross-spawn": "^7.0.3", - "esbuild": "^0.18.0 || ^0.19.0 || ^0.20.0", - "esbuild-register": "^3.5.0", - "execa": "^5.0.0", - "file-system-cache": "2.3.0", - "find-cache-dir": "^3.0.0", - "find-up": "^5.0.0", - "fs-extra": "^11.1.0", - "glob": "^10.0.0", - "handlebars": "^4.7.7", - "lazy-universal-dotenv": "^4.0.0", - "node-fetch": "^2.0.0", - "picomatch": "^2.3.0", - "pkg-dir": "^5.0.0", - "pretty-hrtime": "^1.0.3", - "resolve-from": "^5.0.0", - "semver": "^7.3.7", - "tempy": "^1.0.1", - "tiny-invariant": "^1.3.1", - "ts-dedent": "^2.0.0", - "util": "^0.12.4" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/core-events": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/core-events/-/core-events-8.0.4.tgz", - "integrity": "sha512-1FgLacIGi9i6/fyxw7ZJDC621RK47IMaA3keH4lc11ASRzCSwJ4YOrXjBFjfPc79EF2BuX72DDJNbhj6ynfF3g==", - "dev": true, - "dependencies": { - "ts-dedent": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/core-server": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/core-server/-/core-server-8.0.4.tgz", - "integrity": "sha512-/633Pp7LPcDWXkPLSW+W9VUYUbVkdVBG6peXjuzogV0vzdM0dM9af/T0uV2NQxUhzoy6/7QdSDljE+eEOBs2Lw==", - "dev": true, - "dependencies": { - "@aw-web-design/x-default-browser": "1.4.126", - "@babel/core": "^7.23.9", - "@discoveryjs/json-ext": "^0.5.3", - "@storybook/builder-manager": "8.0.4", - "@storybook/channels": "8.0.4", - "@storybook/core-common": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/csf-tools": "8.0.4", - "@storybook/docs-mdx": "3.0.0", - "@storybook/global": "^5.0.0", - "@storybook/manager": "8.0.4", - "@storybook/manager-api": "8.0.4", - "@storybook/node-logger": "8.0.4", - "@storybook/preview-api": "8.0.4", - "@storybook/telemetry": "8.0.4", - "@storybook/types": "8.0.4", - "@types/detect-port": "^1.3.0", - "@types/node": "^18.0.0", - "@types/pretty-hrtime": "^1.0.0", - "@types/semver": "^7.3.4", - "better-opn": "^3.0.2", - "chalk": "^4.1.0", - "cli-table3": "^0.6.1", - "compression": "^1.7.4", - "detect-port": "^1.3.0", - "express": "^4.17.3", - "fs-extra": "^11.1.0", - "globby": "^11.0.2", - "ip": "^2.0.1", - "lodash": "^4.17.21", - "open": "^8.4.0", - "pretty-hrtime": "^1.0.3", - "prompts": "^2.4.0", - "read-pkg-up": "^7.0.1", - "semver": "^7.3.7", - "telejson": "^7.2.0", - "tiny-invariant": "^1.3.1", - "ts-dedent": "^2.0.0", - "util": "^0.12.4", - "util-deprecate": "^1.0.2", - "watchpack": "^2.2.0", - "ws": "^8.2.3" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/csf-tools": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/csf-tools/-/csf-tools-8.0.4.tgz", - "integrity": "sha512-dMSZxWnXBhmXGOZZOAJ4DKZRCYdA0HaqqZ4/eF9MLLsI+qvW4EklcpjVY6bsIzACgubRWtRZkTpxTnjExi/N1A==", - "dev": true, - "dependencies": { - "@babel/generator": "^7.23.0", - "@babel/parser": "^7.23.0", - "@babel/traverse": "^7.23.2", - "@babel/types": "^7.23.0", - "@storybook/csf": "^0.1.2", - "@storybook/types": "8.0.4", - "fs-extra": "^11.1.0", - "recast": "^0.23.5", - "ts-dedent": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/manager": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/manager/-/manager-8.0.4.tgz", - "integrity": "sha512-M5IofDSxbIQIdAglxUtZOGKjZ1EAq1Mdbh4UolVsF1PKF6dAvBQJLVW6TiLjEbmPBtqgeYKMgrmmYiFNqVcdBQ==", - "dev": true, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/manager-api": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/manager-api/-/manager-api-8.0.4.tgz", - "integrity": "sha512-TudiRmWlsi8kdjwqW0DDLen76Zp4Sci/AnvTbZvZOWe8C2mruxcr6aaGwuIug6y+uxIyXDvURF6Cek5Twz4isg==", - "dev": true, - "dependencies": { - "@storybook/channels": "8.0.4", - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/global": "^5.0.0", - "@storybook/icons": "^1.2.5", - "@storybook/router": "8.0.4", - "@storybook/theming": "8.0.4", - "@storybook/types": "8.0.4", - "dequal": "^2.0.2", - "lodash": "^4.17.21", - "memoizerific": "^1.11.3", - "store2": "^2.14.2", - "telejson": "^7.2.0", - "ts-dedent": "^2.0.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/node-logger": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/node-logger/-/node-logger-8.0.4.tgz", - "integrity": "sha512-cALLHuX53vLQsoJamGRlquh2pfhPq9copXou2JTmFT6mrCcipo77SzhBDfeeuhaGv6vUWPfmGjPBEHXWGPe4+g==", - "dev": true, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/preview-api": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/preview-api/-/preview-api-8.0.4.tgz", - "integrity": "sha512-uZCgZ/7BZkFTNudCBWx3YPFVdReMQSZJj9EfQVhQaPmfGORHGMvZMRsQXl0ONhPy7zDD4rVQxu5dSKWmIiYoWQ==", - "dev": true, - "dependencies": { - "@storybook/channels": "8.0.4", - "@storybook/client-logger": "8.0.4", - "@storybook/core-events": "8.0.4", - "@storybook/csf": "^0.1.2", - "@storybook/global": "^5.0.0", - "@storybook/types": "8.0.4", - "@types/qs": "^6.9.5", - "dequal": "^2.0.2", - "lodash": "^4.17.21", - "memoizerific": "^1.11.3", - "qs": "^6.10.0", - "tiny-invariant": "^1.3.1", - "ts-dedent": "^2.0.0", - "util-deprecate": "^1.0.2" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/router": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/router/-/router-8.0.4.tgz", - "integrity": "sha512-hlR80QvmLBflAqMeGcgtDuSe6TJlzdizwEAkBLE1lDvFI6tvvEyAliCAXBpIDdOZTe0u/zeeJkOUXKSx33caoQ==", - "dev": true, - "dependencies": { - "@storybook/client-logger": "8.0.4", - "memoizerific": "^1.11.3", - "qs": "^6.10.0" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/telemetry": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/telemetry/-/telemetry-8.0.4.tgz", - "integrity": "sha512-Q3ITY6J46R/TrrPRIU1fs3WNs69ExpTJZ9UlB8087qOUyV90Ex33SYk3i10xVWRczxCmyC1V58Xuht6nxz7mNQ==", - "dev": true, - "dependencies": { - "@storybook/client-logger": "8.0.4", - "@storybook/core-common": "8.0.4", - "@storybook/csf-tools": "8.0.4", - "chalk": "^4.1.0", - "detect-package-manager": "^2.0.1", - "fetch-retry": "^5.0.2", - "fs-extra": "^11.1.0", - "read-pkg-up": "^7.0.1" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - } - }, - "node_modules/storybook/node_modules/@storybook/theming": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/theming/-/theming-8.0.4.tgz", - "integrity": "sha512-NxtTU2wMC0lj375ejoT3Npdcqwv6NeUpLaJl6EZCMXSR41ve9WG4suUNWQ63olhqKxirjzAz0IL7ggH7c3hPvA==", - "dev": true, - "dependencies": { - "@emotion/use-insertion-effect-with-fallbacks": "^1.0.1", - "@storybook/client-logger": "8.0.4", - "@storybook/global": "^5.0.0", - "memoizerific": "^1.11.3" - }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" - }, - "peerDependencies": { - "react": "^16.8.0 || ^17.0.0 || ^18.0.0", - "react-dom": "^16.8.0 || ^17.0.0 || ^18.0.0" - }, - "peerDependenciesMeta": { - "react": { - "optional": true - }, - "react-dom": { - "optional": true - } + "svelte": "^4.0.0" } }, - "node_modules/storybook/node_modules/@storybook/types": { - "version": "8.0.4", - "resolved": "https://registry.npmjs.org/@storybook/types/-/types-8.0.4.tgz", - "integrity": "sha512-OO7QY+qZFCYkItDUBACtIV32p75O7sNziAiyS1V2Oxgo7Ln7fwZwr3mJcA1ruBed6ZcrW3c87k7Xs40T2zAWcg==", - "dev": true, + "node_modules/stable": { + "version": "0.1.8", + "resolved": "https://registry.npmjs.org/stable/-/stable-0.1.8.tgz", + "integrity": "sha512-ji9qxRnOVfcuLDySj9qzhGSEFVobyt1kIOSkj1qZzYLzq7Tos/oUUWvotUPQLlrsidqsK6tBH89Bc9kL5zHA6w==", + "deprecated": "Modern JS already guarantees Array#sort() is a stable sort, so this library is deprecated. See the compatibility table on MDN: https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/sort#browser_compatibility" + }, + "node_modules/stackframe": { + "version": "1.3.4", + "resolved": "https://registry.npmjs.org/stackframe/-/stackframe-1.3.4.tgz", + "integrity": "sha512-oeVtt7eWQS+Na6F//S4kJ2K2VbRlS9D43mAlMyVpVWovy9o+jfgH8O9agzANzaiLjclA0oYzUXEM4PurhSUChw==", + "dev": true + }, + "node_modules/stacktrace-parser": { + "version": "0.1.10", + "resolved": "https://registry.npmjs.org/stacktrace-parser/-/stacktrace-parser-0.1.10.tgz", + "integrity": "sha512-KJP1OCML99+8fhOHxwwzyWrlUuVX5GQ0ZpJTd1DFXhdkrvg1szxfHhawXUZ3g9TkXORQd4/WG68jMlQZ2p8wlg==", "dependencies": { - "@storybook/channels": "8.0.4", - "@types/express": "^4.7.0", - "file-system-cache": "2.3.0" + "type-fest": "^0.7.1" }, - "funding": { - "type": "opencollective", - "url": "https://opencollective.com/storybook" + "engines": { + "node": ">=6" + } + }, + "node_modules/stacktrace-parser/node_modules/type-fest": { + "version": "0.7.1", + "resolved": "https://registry.npmjs.org/type-fest/-/type-fest-0.7.1.tgz", + "integrity": "sha512-Ne2YiiGN8bmrmJJEuTWTLJR32nh/JdL1+PSicowtNb0WFpn59GK8/lfD61bVtzguz7b3PBt74nxpv/Pw5po5Rg==", + "engines": { + "node": ">=8" } }, - "node_modules/storybook/node_modules/@types/node": { - "version": "18.19.26", - "resolved": "https://registry.npmjs.org/@types/node/-/node-18.19.26.tgz", - "integrity": "sha512-+wiMJsIwLOYCvUqSdKTrfkS8mpTp+MPINe6+Np4TAGFWWRWiBQ5kSq9nZGCSPkzx9mvT+uEukzpX4MOSCydcvw==", + "node_modules/start-server-and-test": { + "version": "2.0.3", + "resolved": "https://registry.npmjs.org/start-server-and-test/-/start-server-and-test-2.0.3.tgz", + "integrity": "sha512-QsVObjfjFZKJE6CS6bSKNwWZCKBG6975/jKRPPGFfFh+yOQglSeGXiNWjzgQNXdphcBI9nXbyso9tPfX4YAUhg==", "dev": true, "dependencies": { - "undici-types": "~5.26.4" + "arg": "^5.0.2", + "bluebird": "3.7.2", + "check-more-types": "2.24.0", + "debug": "4.3.4", + "execa": "5.1.1", + "lazy-ass": "1.6.0", + "ps-tree": "1.2.0", + "wait-on": "7.2.0" + }, + "bin": { + "server-test": "src/bin/start.js", + "start-server-and-test": "src/bin/start.js", + "start-test": "src/bin/start.js" + }, + "engines": { + "node": ">=16" } }, - "node_modules/storybook/node_modules/execa": { + "node_modules/start-server-and-test/node_modules/execa": { "version": "5.1.1", "resolved": "https://registry.npmjs.org/execa/-/execa-5.1.1.tgz", "integrity": "sha512-8uSpZZocAZRBAPIEINJj3Lo9HyGitllczc27Eh5YYojjMFMn8yHMDMaUHE2Jqfq05D/wucwI4JGURyXt1vchyg==", @@ -25725,7 +25824,7 @@ "url": "https://github.com/sindresorhus/execa?sponsor=1" } }, - "node_modules/storybook/node_modules/get-stream": { + "node_modules/start-server-and-test/node_modules/get-stream": { "version": "6.0.1", "resolved": "https://registry.npmjs.org/get-stream/-/get-stream-6.0.1.tgz", "integrity": "sha512-ts6Wi+2j3jQjqi70w5AlN8DFnkSwC+MqmxEzdEALB2qXZYV3X/b1CTfgPLGJNMeAWxdPfU8FO1ms3NUfaHCPYg==", @@ -25737,7 +25836,7 @@ "url": "https://github.com/sponsors/sindresorhus" } }, - "node_modules/storybook/node_modules/human-signals": { + "node_modules/start-server-and-test/node_modules/human-signals": { "version": "2.1.0", "resolved": "https://registry.npmjs.org/human-signals/-/human-signals-2.1.0.tgz", "integrity": "sha512-B4FFZ6q/T2jhhksgkbEW3HBvWIfDW85snkQgawt07S7J5QXTk6BkNV+0yAeZrM5QpMAdYlocGoljn0sJ/WQkFw==", @@ -25746,39 +25845,47 @@ "node": ">=10.17.0" } }, - "node_modules/storybook/node_modules/lru-cache": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/lru-cache/-/lru-cache-6.0.0.tgz", - "integrity": "sha512-Jo6dJ04CmSjuznwJSS3pUeWmd/H0ffTlkXXgwZi+eq1UCmqQwCh+eLsYOYCwY991i2Fah4h1BEMCx4qThGbsiA==", - "dev": true, + "node_modules/statuses": { + "version": "2.0.1", + "resolved": "https://registry.npmjs.org/statuses/-/statuses-2.0.1.tgz", + "integrity": "sha512-RwNA9Z/7PrK06rYLIzFMlaF+l73iwpzsqRIFgbMLbTcLD6cOao82TaWefPXQvB2fOC4AjuYSEndS7N/mTCbkdQ==", + "engines": { + "node": ">= 0.8" + } + }, + "node_modules/stop-iteration-iterator": { + "version": "1.0.0", + "resolved": "https://registry.npmjs.org/stop-iteration-iterator/-/stop-iteration-iterator-1.0.0.tgz", + "integrity": "sha512-iCGQj+0l0HOdZ2AEeBADlsRC+vsnDsZsbdSiH1yNSjcfKM7fdpCMfqAL/dwF5BLiw/XhRft/Wax6zQbhq2BcjQ==", "dependencies": { - "yallist": "^4.0.0" + "internal-slot": "^1.0.4" }, "engines": { - "node": ">=10" + "node": ">= 0.4" } }, - "node_modules/storybook/node_modules/semver": { - "version": "7.6.0", - "resolved": "https://registry.npmjs.org/semver/-/semver-7.6.0.tgz", - "integrity": "sha512-EnwXhrlwXMk9gKu5/flx5sv/an57AkRplG3hTK68W7FRDN+k+OWBj65M7719OkA82XLBxrcX0KSHj+X5COhOVg==", + "node_modules/store2": { + "version": "2.14.2", + "resolved": "https://registry.npmjs.org/store2/-/store2-2.14.2.tgz", + "integrity": "sha512-siT1RiqlfQnGqgT/YzXVUNsom9S0H1OX+dpdGN1xkyYATo4I6sep5NmsRD/40s3IIOvlCq6akxkqG82urIZW1w==" + }, + "node_modules/storybook": { + "version": "8.1.3", + "resolved": "https://registry.npmjs.org/storybook/-/storybook-8.1.3.tgz", + "integrity": "sha512-djsH1nPnX3G84hWR/HmofrfiZ8mN7dyP7uDYkR8O2rd/pfZ3fMI6iaKKWL73Z+WGAiK2Ax9oSmaZSGwgS6k3Rg==", "dev": true, "dependencies": { - "lru-cache": "^6.0.0" + "@storybook/cli": "8.1.3" }, "bin": { - "semver": "bin/semver.js" + "sb": "index.js", + "storybook": "index.js" }, - "engines": { - "node": ">=10" + "funding": { + "type": "opencollective", + "url": "https://opencollective.com/storybook" } }, - "node_modules/storybook/node_modules/yallist": { - "version": "4.0.0", - "resolved": "https://registry.npmjs.org/yallist/-/yallist-4.0.0.tgz", - "integrity": "sha512-3wdGidZyq5PB084XLES5TpOSRA3wjXAlIWMhum2kRcv/41Sn2emQ0dycQW4uZXLejwKvg6EsvbdlVL+FYEct7A==", - "dev": true - }, "node_modules/stream-browserify": { "version": "3.0.0", "resolved": "https://registry.npmjs.org/stream-browserify/-/stream-browserify-3.0.0.tgz", @@ -26009,17 +26116,6 @@ "node": ">=6" } }, - "node_modules/strip-indent": { - "version": "3.0.0", - "resolved": "https://registry.npmjs.org/strip-indent/-/strip-indent-3.0.0.tgz", - "integrity": "sha512-laJTa3Jb+VQpaC6DseHhF7dXVqHTfJPCRDaEbid/drOhgitgYku/letMUqOXFoWV0zIIUbjpdH2t+tYj4bQMRQ==", - "dependencies": { - "min-indent": "^1.0.0" - }, - "engines": { - "node": ">=8" - } - }, "node_modules/strip-json-comments": { "version": "3.1.1", "resolved": "https://registry.npmjs.org/strip-json-comments/-/strip-json-comments-3.1.1.tgz", @@ -26243,7 +26339,8 @@ "node_modules/synchronous-promise": { "version": "2.0.17", "resolved": "https://registry.npmjs.org/synchronous-promise/-/synchronous-promise-2.0.17.tgz", - "integrity": "sha512-AsS729u2RHUfEra9xJrE39peJcc2stq2+poBXX8bcM08Y6g9j/i/PUzwNQqkaJde7Ntg1TO7bSREbR5sdosQ+g==" + "integrity": "sha512-AsS729u2RHUfEra9xJrE39peJcc2stq2+poBXX8bcM08Y6g9j/i/PUzwNQqkaJde7Ntg1TO7bSREbR5sdosQ+g==", + "dev": true }, "node_modules/tailwind-merge": { "version": "2.2.0", @@ -26413,6 +26510,7 @@ "version": "7.2.3", "resolved": "https://registry.npmjs.org/glob/-/glob-7.2.3.tgz", "integrity": "sha512-nFR0zLpU2YCaRxwoCJvL6UvCH2JFyFVIvwTLsIf21AuHlMskA1hhTdk+LlYJtOlYt9v6dvszD2BGRqBL+iQK9Q==", + "deprecated": "Glob versions prior to v9 are no longer supported", "dependencies": { "fs.realpath": "^1.0.0", "inflight": "^1.0.4", @@ -26432,6 +26530,7 @@ "version": "2.6.3", "resolved": "https://registry.npmjs.org/rimraf/-/rimraf-2.6.3.tgz", "integrity": "sha512-mwqeW5XsA2qAejG46gYdENaxXjx9onRNCfn7L0duuP4hCuTIi/QO7PDK07KJfp1d+izWPrzEJDcSqBa0OZQriA==", + "deprecated": "Rimraf versions prior to v4 are no longer supported", "dependencies": { "glob": "^7.1.3" }, @@ -26561,40 +26660,6 @@ "resolved": "https://registry.npmjs.org/commander/-/commander-2.20.3.tgz", "integrity": "sha512-GpVkmM8vF2vQUkj2LvZmD35JxeJOLCwJ9cUkugyk2nuhbv3+mJvpLYYt+0+USMxE+oj+ey/lJEnhZw75x/OMcQ==" }, - "node_modules/test-exclude": { - "version": "6.0.0", - "resolved": "https://registry.npmjs.org/test-exclude/-/test-exclude-6.0.0.tgz", - "integrity": "sha512-cAGWPIyOHU6zlmg88jwm7VRyXnMN7iV68OGAbYDk/Mh/xC/pzVPlQtY6ngoIH/5/tciuhGfvESU8GrHrcxD56w==", - "dev": true, - "dependencies": { - "@istanbuljs/schema": "^0.1.2", - "glob": "^7.1.4", - "minimatch": "^3.0.4" - }, - "engines": { - "node": ">=8" - } - }, - "node_modules/test-exclude/node_modules/glob": { - "version": "7.2.3", - "resolved": "https://registry.npmjs.org/glob/-/glob-7.2.3.tgz", - "integrity": "sha512-nFR0zLpU2YCaRxwoCJvL6UvCH2JFyFVIvwTLsIf21AuHlMskA1hhTdk+LlYJtOlYt9v6dvszD2BGRqBL+iQK9Q==", - "dev": true, - "dependencies": { - "fs.realpath": "^1.0.0", - "inflight": "^1.0.4", - "inherits": "2", - "minimatch": "^3.1.1", - "once": "^1.3.0", - "path-is-absolute": "^1.0.0" - }, - "engines": { - "node": "*" - }, - "funding": { - "url": "https://github.com/sponsors/isaacs" - } - }, "node_modules/text-table": { "version": "0.2.0", "resolved": "https://registry.npmjs.org/text-table/-/text-table-0.2.0.tgz", @@ -26717,12 +26782,6 @@ "node": ">=8.17.0" } }, - "node_modules/tmpl": { - "version": "1.0.5", - "resolved": "https://registry.npmjs.org/tmpl/-/tmpl-1.0.5.tgz", - "integrity": "sha512-3f0uOEAQwIqGuWW2MVzYg8fV/QNnc/IpuJNG837rLuczAaLVHslWHZQj4IGiEl5Hs3kkbhwL9Ab7Hrsmuj+Smw==", - "dev": true - }, "node_modules/to-fast-properties": { "version": "2.0.0", "resolved": "https://registry.npmjs.org/to-fast-properties/-/to-fast-properties-2.0.0.tgz", @@ -26803,92 +26862,6 @@ "node": "*" } }, - "node_modules/tree-cli": { - "version": "0.6.7", - "resolved": "https://registry.npmjs.org/tree-cli/-/tree-cli-0.6.7.tgz", - "integrity": "sha512-jfnB5YKY6Glf6bsFmQ9W97TtkPVLnHsjOR6ZdRf4zhyFRQeLheasvzE5XBJI2Hxt7ZyMyIbXUV7E2YPZbixgtA==", - "dependencies": { - "bluebird": "^3.4.6", - "chalk": "^1.1.3", - "cli-spinner": "^0.2.5", - "lodash.includes": "^4.3.0", - "meow": "^7.1.1", - "object-assign": "^4.1.0" - }, - "bin": { - "tree": "bin/tree", - "treee": "bin/tree" - }, - "engines": { - "node": ">=8.10.9" - } - }, - "node_modules/tree-cli/node_modules/ansi-regex": { - "version": "2.1.1", - "resolved": "https://registry.npmjs.org/ansi-regex/-/ansi-regex-2.1.1.tgz", - "integrity": "sha512-TIGnTpdo+E3+pCyAluZvtED5p5wCqLdezCyhPZzKPcxvFplEt4i+W7OONCKgeZFT3+y5NZZfOOS/Bdcanm1MYA==", - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/tree-cli/node_modules/ansi-styles": { - "version": "2.2.1", - "resolved": "https://registry.npmjs.org/ansi-styles/-/ansi-styles-2.2.1.tgz", - "integrity": "sha512-kmCevFghRiWM7HB5zTPULl4r9bVFSWjz62MhqizDGUrq2NWuNMQyuv4tHHoKJHs69M/MF64lEcHdYIocrdWQYA==", - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/tree-cli/node_modules/chalk": { - "version": "1.1.3", - "resolved": "https://registry.npmjs.org/chalk/-/chalk-1.1.3.tgz", - "integrity": "sha512-U3lRVLMSlsCfjqYPbLyVv11M9CPW4I728d6TCKMAOJueEeB9/8o+eSsMnxPJD+Q+K909sdESg7C+tIkoH6on1A==", - "dependencies": { - "ansi-styles": "^2.2.1", - "escape-string-regexp": "^1.0.2", - "has-ansi": "^2.0.0", - "strip-ansi": "^3.0.0", - "supports-color": "^2.0.0" - }, - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/tree-cli/node_modules/escape-string-regexp": { - "version": "1.0.5", - "resolved": "https://registry.npmjs.org/escape-string-regexp/-/escape-string-regexp-1.0.5.tgz", - "integrity": "sha512-vbRorB5FUQWvla16U8R/qgaFIya2qGzwDrNmCZuYKrbdSUMG6I1ZCGQRefkRVhuOkIGVne7BQ35DSfo1qvJqFg==", - "engines": { - "node": ">=0.8.0" - } - }, - "node_modules/tree-cli/node_modules/strip-ansi": { - "version": "3.0.1", - "resolved": "https://registry.npmjs.org/strip-ansi/-/strip-ansi-3.0.1.tgz", - "integrity": "sha512-VhumSSbBqDTP8p2ZLKj40UjBCV4+v8bUSEpUb4KjRgWk9pbqGF4REFj6KEagidb2f/M6AzC0EmFyDNGaw9OCzg==", - "dependencies": { - "ansi-regex": "^2.0.0" - }, - "engines": { - "node": ">=0.10.0" - } - }, - "node_modules/tree-cli/node_modules/supports-color": { - "version": "2.0.0", - "resolved": "https://registry.npmjs.org/supports-color/-/supports-color-2.0.0.tgz", - "integrity": "sha512-KKNVtd6pCYgPIKU4cp2733HWYCpplQhddZLBUryaAHou723x+FRzQ5Df824Fj+IyyuiQTRoub4SnIFfIcrp70g==", - "engines": { - "node": ">=0.8.0" - } - }, - "node_modules/trim-newlines": { - "version": "3.0.1", - "resolved": "https://registry.npmjs.org/trim-newlines/-/trim-newlines-3.0.1.tgz", - "integrity": "sha512-c1PTsA3tYrIsLGkJkzHF+w9F2EyxfXGo4UyJc4pFL++FMjnq0HJS69T3M7d//gKrFKwy429bouPescbjecU+Zw==", - "engines": { - "node": ">=8" - } - }, "node_modules/ts-api-utils": { "version": "1.0.3", "resolved": "https://registry.npmjs.org/ts-api-utils/-/ts-api-utils-1.0.3.tgz", @@ -27603,6 +27576,17 @@ "node": ">=4" } }, + "node_modules/unicorn-magic": { + "version": "0.1.0", + "resolved": "https://registry.npmjs.org/unicorn-magic/-/unicorn-magic-0.1.0.tgz", + "integrity": "sha512-lRfVq8fE8gz6QMBuDM6a+LO3IAzTi05H6gCVaUpir2E1Rwpo4ZUog45KpNXKC/Mn3Yb9UDuHumeFTo9iV/D9FQ==", + "engines": { + "node": ">=18" + }, + "funding": { + "url": "https://github.com/sponsors/sindresorhus" + } + }, "node_modules/unique-string": { "version": "2.0.0", "resolved": "https://registry.npmjs.org/unique-string/-/unique-string-2.0.0.tgz", @@ -27615,24 +27599,27 @@ } }, "node_modules/unist-util-is": { - "version": "4.1.0", - "resolved": "https://registry.npmjs.org/unist-util-is/-/unist-util-is-4.1.0.tgz", - "integrity": "sha512-ZOQSsnce92GrxSqlnEEseX0gi7GH9zTJZ0p9dtu87WRb/37mMPO2Ilx1s/t9vBHrFhbgweUwb+t7cIn5dxPhZg==", + "version": "6.0.0", + "resolved": "https://registry.npmjs.org/unist-util-is/-/unist-util-is-6.0.0.tgz", + "integrity": "sha512-2qCTHimwdxLfz+YzdGfkqNlH0tLi9xjTnHddPmJwtIG9MGsdbutfTc4P+haPD7l7Cjxf/WZj+we5qfVPvvxfYw==", "dev": true, + "dependencies": { + "@types/unist": "^3.0.0" + }, "funding": { "type": "opencollective", "url": "https://opencollective.com/unified" } }, "node_modules/unist-util-visit": { - "version": "2.0.3", - "resolved": "https://registry.npmjs.org/unist-util-visit/-/unist-util-visit-2.0.3.tgz", - "integrity": "sha512-iJ4/RczbJMkD0712mGktuGpm/U4By4FfDonL7N/9tATGIF4imikjOuagyMY53tnZq3NP6BcmlrHhEKAfGWjh7Q==", + "version": "5.0.0", + "resolved": "https://registry.npmjs.org/unist-util-visit/-/unist-util-visit-5.0.0.tgz", + "integrity": "sha512-MR04uvD+07cwl/yhVuVWAtw+3GOR/knlL55Nd/wAdblk27GCVt3lqpTivy/tkJcZoNPzTwS1Y+KMojlLDhoTzg==", "dev": true, "dependencies": { - "@types/unist": "^2.0.0", - "unist-util-is": "^4.0.0", - "unist-util-visit-parents": "^3.0.0" + "@types/unist": "^3.0.0", + "unist-util-is": "^6.0.0", + "unist-util-visit-parents": "^6.0.0" }, "funding": { "type": "opencollective", @@ -27640,13 +27627,13 @@ } }, "node_modules/unist-util-visit-parents": { - "version": "3.1.1", - "resolved": "https://registry.npmjs.org/unist-util-visit-parents/-/unist-util-visit-parents-3.1.1.tgz", - "integrity": "sha512-1KROIZWo6bcMrZEwiH2UrXDyalAa0uqzWCxCJj6lPOvTve2WkfgCytoDTPaMnodXh1WrXOq0haVYHj99ynJlsg==", + "version": "6.0.1", + "resolved": "https://registry.npmjs.org/unist-util-visit-parents/-/unist-util-visit-parents-6.0.1.tgz", + "integrity": "sha512-L/PqWzfTP9lzzEa6CKs0k2nARxTdZduw3zyh8d2NVBnsyvHjSX4TWse388YrrQKbvI8w20fGjGlhgT96WwKykw==", "dev": true, "dependencies": { - "@types/unist": "^2.0.0", - "unist-util-is": "^4.0.0" + "@types/unist": "^3.0.0", + "unist-util-is": "^6.0.0" }, "funding": { "type": "opencollective", @@ -27670,15 +27657,18 @@ } }, "node_modules/unplugin": { - "version": "1.7.1", - "resolved": "https://registry.npmjs.org/unplugin/-/unplugin-1.7.1.tgz", - "integrity": "sha512-JqzORDAPxxs8ErLV4x+LL7bk5pk3YlcWqpSNsIkAZj972KzFZLClc/ekppahKkOczGkwIG6ElFgdOgOlK4tXZw==", + "version": "1.10.1", + "resolved": "https://registry.npmjs.org/unplugin/-/unplugin-1.10.1.tgz", + "integrity": "sha512-d6Mhq8RJeGA8UfKCu54Um4lFA0eSaRa3XxdAJg8tIdxbu1ubW0hBCZUL7yI2uGyYCRndvbK8FLHzqy2XKfeMsg==", "dev": true, "dependencies": { "acorn": "^8.11.3", - "chokidar": "^3.5.3", + "chokidar": "^3.6.0", "webpack-sources": "^3.2.3", "webpack-virtual-modules": "^0.6.1" + }, + "engines": { + "node": ">=14.0.0" } }, "node_modules/unplugin/node_modules/acorn": { @@ -27693,10 +27683,46 @@ "node": ">=0.4.0" } }, + "node_modules/unplugin/node_modules/chokidar": { + "version": "3.6.0", + "resolved": "https://registry.npmjs.org/chokidar/-/chokidar-3.6.0.tgz", + "integrity": "sha512-7VT13fmjotKpGipCW9JEQAusEPE+Ei8nl6/g4FBAmIm0GOOLMua9NDDo/DWp0ZAxCr3cPq5ZpBqmPAQgDda2Pw==", + "dev": true, + "dependencies": { + "anymatch": "~3.1.2", + "braces": "~3.0.2", + "glob-parent": "~5.1.2", + "is-binary-path": "~2.1.0", + "is-glob": "~4.0.1", + "normalize-path": "~3.0.0", + "readdirp": "~3.6.0" + }, + "engines": { + "node": ">= 8.10.0" + }, + "funding": { + "url": "https://paulmillr.com/funding/" + }, + "optionalDependencies": { + "fsevents": "~2.3.2" + } + }, + "node_modules/unplugin/node_modules/glob-parent": { + "version": "5.1.2", + "resolved": "https://registry.npmjs.org/glob-parent/-/glob-parent-5.1.2.tgz", + "integrity": "sha512-AOIgSQCepiJYwP3ARnGx+5VnTu2HBYdzbGP45eLw1vr3zB3vZLeyed1sC9hnbcOc9/SrMyM5RPQrkGz4aS9Zow==", + "dev": true, + "dependencies": { + "is-glob": "^4.0.1" + }, + "engines": { + "node": ">= 6" + } + }, "node_modules/unplugin/node_modules/webpack-virtual-modules": { - "version": "0.6.1", - "resolved": "https://registry.npmjs.org/webpack-virtual-modules/-/webpack-virtual-modules-0.6.1.tgz", - "integrity": "sha512-poXpCylU7ExuvZK8z+On3kX+S8o/2dQ/SVYueKA0D4WEMXROXgY8Ez50/bQEUmvoSMMrWcrJqCHuhAbsiwg7Dg==", + "version": "0.6.2", + "resolved": "https://registry.npmjs.org/webpack-virtual-modules/-/webpack-virtual-modules-0.6.2.tgz", + "integrity": "sha512-66/V2i5hQanC51vBQKPH4aI8NMAcBW59FVBs+rC7eGHupMyfn34q7rZIE+ETlJ+XTevqfUhVVBgSUNSW2flEUQ==", "dev": true }, "node_modules/untildify": { @@ -28022,15 +28048,6 @@ "node": ">=12.0.0" } }, - "node_modules/walker": { - "version": "1.0.8", - "resolved": "https://registry.npmjs.org/walker/-/walker-1.0.8.tgz", - "integrity": "sha512-ts/8E8l5b7kY0vlWLewOkDXMmPdLcVV4GmOQLyxuSswIJsweeFZtAsMF7k1Nszz+TYBQrlYRmzOnr398y1JemQ==", - "dev": true, - "dependencies": { - "makeerror": "1.0.12" - } - }, "node_modules/watchpack": { "version": "2.4.0", "resolved": "https://registry.npmjs.org/watchpack/-/watchpack-2.4.0.tgz", @@ -28519,23 +28536,10 @@ "resolved": "https://registry.npmjs.org/wrappy/-/wrappy-1.0.2.tgz", "integrity": "sha512-l4Sp/DRseor9wL6EvV2+TuQn63dMkPjZ/sp9XkghTEbV9KlPS1xUsZ3u7/IQO4wxtcFB4bgpQPRcR3QCvezPcQ==" }, - "node_modules/write-file-atomic": { - "version": "4.0.2", - "resolved": "https://registry.npmjs.org/write-file-atomic/-/write-file-atomic-4.0.2.tgz", - "integrity": "sha512-7KxauUdBmSdWnmpaGFg+ppNjKF8uNLry8LyzjauQDOVONfFLNKrKvQOxZ/VuTIcS/gge/YNahf5RIIQWTSarlg==", - "dev": true, - "dependencies": { - "imurmurhash": "^0.1.4", - "signal-exit": "^3.0.7" - }, - "engines": { - "node": "^12.13.0 || ^14.15.0 || >=16.0.0" - } - }, "node_modules/ws": { - "version": "8.16.0", - "resolved": "https://registry.npmjs.org/ws/-/ws-8.16.0.tgz", - "integrity": "sha512-HS0c//TP7Ina87TfiPUz1rQzMhHrl/SG2guqRcTOIUYD2q8uhUdNHZYJUaQ8aTGPzCh+c6oawMKW35nFl1dxyQ==", + "version": "8.17.0", + "resolved": "https://registry.npmjs.org/ws/-/ws-8.17.0.tgz", + "integrity": "sha512-uJq6108EgZMAl20KagGkzCKfMEjxmKvZHG7Tlq0Z6nOky7YF7aq4mOx6xK8TJ/i1LeK4Qus7INktacctDgY8Ow==", "engines": { "node": ">=10.0.0" }, diff --git a/app/package.json b/app/package.json index 0c192bb83..3f23c2763 100644 --- a/app/package.json +++ b/app/package.json @@ -32,18 +32,18 @@ "@chakra-ui/icons": "^2.1.0", "@chakra-ui/next-js": "^2.2.0", "@chakra-ui/react": "^2.8.2", - "@huggingface/inference": "^2.6.4", + "@huggingface/inference": "^2.7.0", "@react-email/components": "^0.0.16", "@reduxjs/toolkit": "^2.2.3", "@storybook/cli": "^8.0.8", - "@storybook/react": "^7.4.5", + "@storybook/react": "^8.1.6", "@storybook/testing-library": "^0.2.2", "@types/bcrypt": "^5.0.2", "@types/geojson": "^7946.0.14", "@types/http-errors": "^2.0.4", "@types/js-cookie": "^3.0.6", "@types/jsonwebtoken": "^9.0.6", - "@types/node": "20.11.5", + "@types/node": "20.12.12", "@types/nodemailer": "^6.4.14", "@types/pg": "^8.11.5", "@types/react": "18.2.61", @@ -69,8 +69,8 @@ "i18next-resources-to-backend": "^1.2.0", "js-cookie": "^3.0.5", "jsonwebtoken": "^9.0.2", - "next": "14.1.3", - "next-auth": "^4.24.5", + "next": "14.2.3", + "next-auth": "^4.24.7", "nodemailer": "^6.9.13", "openai": "^4.33.0", "pg": "^8.11.5", @@ -81,8 +81,8 @@ "react": "18.2.0", "react-circle-flags": "^0.0.20", "react-dom": "18.2.0", - "react-email": "^2.1.0", - "react-hook-form": "^7.51.3", + "react-email": "^2.1.4", + "react-hook-form": "^7.51.5", "react-i18next": "^14.0.5", "react-icons": "^5.1.0", "react-intersection-observer": "^9.8.2", @@ -99,18 +99,18 @@ }, "devDependencies": { "@playwright/test": "^1.43.1", - "@storybook/addon-essentials": "^7.6.16", + "@storybook/addon-essentials": "^8.1.6", "@storybook/addon-interactions": "^7.4.5", "@storybook/addon-links": "^7.6.17", "@storybook/blocks": "^8.0.4", "@storybook/nextjs": "^8.0.8", "@types/glob": "^8.1.0", "cypress": "^13.7.3", - "glob": "^10.3.10", + "glob": "^10.4.1", "prettier": "3.2.5", "sequelize-auto": "^0.8.8", "start-server-and-test": "^2.0.3", - "storybook": "^8.0.4" + "storybook": "^8.1.3" }, "engines": { "node": ">=20.5.0" diff --git a/app/scripts/sequelize-auto.sh b/app/scripts/sequelize-auto.sh index 7f63ed364..dd3587609 100755 --- a/app/scripts/sequelize-auto.sh +++ b/app/scripts/sequelize-auto.sh @@ -1,3 +1,3 @@ #!/bin/bash -npx sequelize-auto -h localhost -d citycatalyst -u citycatalyst --dialect postgres -o src/models -l ts --caseProp c --additional scripts/model-params.json -T SequelizeMeta - +shift +npx sequelize-auto -h localhost -d citycatalyst -u citycatalyst --dialect postgres -o src/models -l ts --caseProp c --additional scripts/model-params.json -T SequelizeMeta "$@" diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSource.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSource.csv index d3e1b3d04..6a68d3d9d 100644 --- a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSource.csv +++ b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSource.csv @@ -1,2 +1,2 @@ -dataset_name,datasource_name,URL,publisher_id,datasource_id -IPCC Emission Factor Database (EFDB) [2006 IPCC Guidelines],IPCC,https://www.ipcc-nggip.iges.or.jp/EFDB/main.php,02359a57-1fd1-397f-9d75-692c569c8ed7,6a508faa-80a8-3246-9941-90d8cc8dec85 +datasource_name,dataset_name,URL,publisher_id,datasource_id +IPCC,IPCC Emission Factor Database (EFDB) [2006 IPCC Guidelines],https://www.ipcc-nggip.iges.or.jp/EFDB/main.php,02359a57-1fd1-397f-9d75-692c569c8ed7,6a508faa-80a8-3246-9941-90d8cc8dec85 diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSourceEmissionsFactor.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSourceEmissionsFactor.csv index 81b3023b1..9920e3327 100644 --- a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSourceEmissionsFactor.csv +++ b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/DataSourceEmissionsFactor.csv @@ -1,318 +1,10138 @@ datasource_id,emissions_factor_id -6a508faa-80a8-3246-9941-90d8cc8dec85,cbe2d629-b1d3-4817-a453-709646159e18 -6a508faa-80a8-3246-9941-90d8cc8dec85,d8e48993-9334-4847-bcdb-4a311ddeb661 -6a508faa-80a8-3246-9941-90d8cc8dec85,e8258735-cc6e-49af-9b12-5085c1938e83 -6a508faa-80a8-3246-9941-90d8cc8dec85,1c3102b3-e915-4c70-98e6-d1b93052a2e9 -6a508faa-80a8-3246-9941-90d8cc8dec85,9e96334e-83ea-440d-ae03-c21bc0a13bd3 -6a508faa-80a8-3246-9941-90d8cc8dec85,52592791-2b3c-452b-b51e-bb6fb3cc3dfd -6a508faa-80a8-3246-9941-90d8cc8dec85,23932ae3-c8d3-4517-aa50-0310124772db -6a508faa-80a8-3246-9941-90d8cc8dec85,88422ec4-4341-453d-8f51-85072e78aba8 -6a508faa-80a8-3246-9941-90d8cc8dec85,c3ab01d8-3543-4158-8038-e91d26d26484 -6a508faa-80a8-3246-9941-90d8cc8dec85,5ec19b8a-c6bb-4725-8da8-659ec38e16c4 -6a508faa-80a8-3246-9941-90d8cc8dec85,df81e093-0217-4b12-8c43-7c6820f0f394 -6a508faa-80a8-3246-9941-90d8cc8dec85,b3b55eff-dd34-45f1-a5f9-d3a61b0ff26f -6a508faa-80a8-3246-9941-90d8cc8dec85,a25cd5ca-f794-4c4b-9015-51c1dd61bbec -6a508faa-80a8-3246-9941-90d8cc8dec85,cded9ed2-b6a4-42fe-965c-c6860349e706 -6a508faa-80a8-3246-9941-90d8cc8dec85,740bc5ca-c6f5-4f95-9012-cb2e95535b57 -6a508faa-80a8-3246-9941-90d8cc8dec85,18f73797-3b43-4d98-ae84-02f39eb0401e -6a508faa-80a8-3246-9941-90d8cc8dec85,62331632-ba55-45bd-b9b9-4cc99c3846b1 -6a508faa-80a8-3246-9941-90d8cc8dec85,ecb90ba1-f9c7-4f3f-8ca2-25ff2d22f3b8 -6a508faa-80a8-3246-9941-90d8cc8dec85,33a8e6a8-76d0-4fa8-90dc-f75eff035167 -6a508faa-80a8-3246-9941-90d8cc8dec85,70e6ee76-2727-4589-8480-8a0260955a07 -6a508faa-80a8-3246-9941-90d8cc8dec85,8becf647-2faa-49da-9e66-0fcdb56a9327 -6a508faa-80a8-3246-9941-90d8cc8dec85,2c4f51f0-bf32-4e70-834e-f5d39e4409f1 -6a508faa-80a8-3246-9941-90d8cc8dec85,93206581-5303-4cb4-8b7b-32953ef52e1d -6a508faa-80a8-3246-9941-90d8cc8dec85,efa566f6-3a66-4b7d-9d2d-be862d90a2cf -6a508faa-80a8-3246-9941-90d8cc8dec85,96f0915e-567f-4560-ad68-da2668b1ee47 -6a508faa-80a8-3246-9941-90d8cc8dec85,3aff9d30-0368-4122-82a9-a0f024d93998 -6a508faa-80a8-3246-9941-90d8cc8dec85,1d03fc75-c07e-41e1-bebc-bc04aa0693ec -6a508faa-80a8-3246-9941-90d8cc8dec85,a15d13a0-6d1a-4045-a2fd-dd6f53a14aa5 -6a508faa-80a8-3246-9941-90d8cc8dec85,056098e4-6690-4bbe-a71f-6ab5b2e3db8b -6a508faa-80a8-3246-9941-90d8cc8dec85,e1cffc31-41b6-4b37-9ee2-a4dabfca6d95 -6a508faa-80a8-3246-9941-90d8cc8dec85,c4d7222f-f458-4ed5-83ad-086be6928c0f -6a508faa-80a8-3246-9941-90d8cc8dec85,a2759205-817a-4e4e-8d4b-ff30ea510881 -6a508faa-80a8-3246-9941-90d8cc8dec85,87b8dce9-0ed3-45ae-9da9-8a7672e62ed8 -6a508faa-80a8-3246-9941-90d8cc8dec85,cbe7c497-c086-49d0-973c-94351f542276 -6a508faa-80a8-3246-9941-90d8cc8dec85,e11d837a-f0bd-47de-aa10-cf55df7a7313 -6a508faa-80a8-3246-9941-90d8cc8dec85,8b021ed7-39a0-46dd-b63f-afcb704ed026 -6a508faa-80a8-3246-9941-90d8cc8dec85,0189e30b-5da6-49f6-9d6e-e155a8873192 -6a508faa-80a8-3246-9941-90d8cc8dec85,f82e3fca-fbff-4982-a4b7-727434a48d6a -6a508faa-80a8-3246-9941-90d8cc8dec85,e7c4d263-f53a-488d-b5de-fc0bd17db01e -6a508faa-80a8-3246-9941-90d8cc8dec85,9699cdac-f24f-4824-8b64-ac125419d5d1 -6a508faa-80a8-3246-9941-90d8cc8dec85,8f7e646f-a6b4-44d3-933d-f7c09270d8f0 -6a508faa-80a8-3246-9941-90d8cc8dec85,9eab3398-c5b2-4850-8ede-1f21917ea369 -6a508faa-80a8-3246-9941-90d8cc8dec85,97b37162-34e1-4a8f-96e5-2ad38dd09f86 -6a508faa-80a8-3246-9941-90d8cc8dec85,0d895766-2a2a-455f-8736-8f33f9062834 -6a508faa-80a8-3246-9941-90d8cc8dec85,0f09d702-41f4-4f2a-b8b9-a6d4dc9fadc5 -6a508faa-80a8-3246-9941-90d8cc8dec85,32eb42aa-1c33-4a8f-8ea6-7245b173740e -6a508faa-80a8-3246-9941-90d8cc8dec85,3d56438f-ac58-4864-b764-812e360dad6f -6a508faa-80a8-3246-9941-90d8cc8dec85,1cc93a35-bfbd-4496-b72d-85a9874ffdcd -6a508faa-80a8-3246-9941-90d8cc8dec85,8e2c2fdb-828b-4c33-91ba-b44224a0327c -6a508faa-80a8-3246-9941-90d8cc8dec85,658ac16b-715a-4a57-8eae-44d018714565 -6a508faa-80a8-3246-9941-90d8cc8dec85,3a8e7c29-ee2d-4662-8cac-d7cc0870bd25 -6a508faa-80a8-3246-9941-90d8cc8dec85,e7484a26-a363-4a48-883c-192d53237589 -6a508faa-80a8-3246-9941-90d8cc8dec85,e45a3369-16e3-4513-8773-63aa6c4d7298 -6a508faa-80a8-3246-9941-90d8cc8dec85,0f38f75e-7087-4c2a-808e-e3eef05a2c05 -6a508faa-80a8-3246-9941-90d8cc8dec85,4a20447c-3798-4800-a923-13631746c490 -6a508faa-80a8-3246-9941-90d8cc8dec85,d81a236e-e61d-4ad9-99c7-49f7d8310768 -6a508faa-80a8-3246-9941-90d8cc8dec85,463a2f04-142f-4efc-8f8e-c5fa7ceb4eec -6a508faa-80a8-3246-9941-90d8cc8dec85,bd46b874-d7d3-4370-bcb9-9a008cef24f3 -6a508faa-80a8-3246-9941-90d8cc8dec85,0f9e3576-16ef-4bc9-947a-eb8e53f9696b -6a508faa-80a8-3246-9941-90d8cc8dec85,e8282307-e53f-42d6-9d5e-c87163072484 -6a508faa-80a8-3246-9941-90d8cc8dec85,b409eb5e-c81b-4990-b853-f120e6283c9b -6a508faa-80a8-3246-9941-90d8cc8dec85,6a123b0a-8863-4a7b-a895-de90baa6f4e4 -6a508faa-80a8-3246-9941-90d8cc8dec85,eb290170-6a27-4a57-8a71-58b8cddec6f2 -6a508faa-80a8-3246-9941-90d8cc8dec85,a3cd0e69-e1d6-495b-a40a-b0603fb20f84 -6a508faa-80a8-3246-9941-90d8cc8dec85,bc718189-b85d-4fa0-8cba-834baf59f005 -6a508faa-80a8-3246-9941-90d8cc8dec85,95221ddc-a50d-4288-9fe3-dba6eb1cefca -6a508faa-80a8-3246-9941-90d8cc8dec85,16d30bdc-96a6-4ed1-9194-dd0576a75eb6 -6a508faa-80a8-3246-9941-90d8cc8dec85,5ed2a963-3100-4d25-a8b5-78b29588bf4e -6a508faa-80a8-3246-9941-90d8cc8dec85,d49a51e4-ad21-4306-8761-ce563e613be9 -6a508faa-80a8-3246-9941-90d8cc8dec85,2d1a6bb7-15b5-4921-8b2c-af5998fdaad9 -6a508faa-80a8-3246-9941-90d8cc8dec85,3b594fd3-19a7-4b46-b95c-a07f2096ab10 -6a508faa-80a8-3246-9941-90d8cc8dec85,eaec59c8-c893-402e-929c-dc3df78f86a1 -6a508faa-80a8-3246-9941-90d8cc8dec85,df0ad55b-73f8-4a99-92c4-ddca68069985 -6a508faa-80a8-3246-9941-90d8cc8dec85,566758c3-7e94-4907-a1d2-de26922b38ce -6a508faa-80a8-3246-9941-90d8cc8dec85,c668c906-5b92-4631-a68d-0abbc667aee2 -6a508faa-80a8-3246-9941-90d8cc8dec85,dce35b78-ebad-4fa5-ad84-9b0e2d9cf602 -6a508faa-80a8-3246-9941-90d8cc8dec85,d0445eaf-b131-4c05-b702-d411563c7032 -6a508faa-80a8-3246-9941-90d8cc8dec85,b3e31802-44f1-4f8f-8aab-f812934987ec -6a508faa-80a8-3246-9941-90d8cc8dec85,fa6565b2-a977-40b7-8588-73c8e8712335 -6a508faa-80a8-3246-9941-90d8cc8dec85,4896f926-a169-47ab-87b2-2e112a50b22e -6a508faa-80a8-3246-9941-90d8cc8dec85,22d1cf66-c846-48fd-bd34-eacb8430d0e5 -6a508faa-80a8-3246-9941-90d8cc8dec85,3c9ba300-2953-4b26-9b5d-14150b60544c -6a508faa-80a8-3246-9941-90d8cc8dec85,07b48690-395f-4a62-a97f-e15c708acfa4 -6a508faa-80a8-3246-9941-90d8cc8dec85,b3a0abbd-e435-49b2-88e4-7cf297ca9d85 -6a508faa-80a8-3246-9941-90d8cc8dec85,b5f056a1-d787-48ef-9152-ce4201531baa -6a508faa-80a8-3246-9941-90d8cc8dec85,e54ba3fb-8a1c-4cb1-8249-f0d8e396d902 -6a508faa-80a8-3246-9941-90d8cc8dec85,4d16a494-c698-431e-b148-3b40d087703c -6a508faa-80a8-3246-9941-90d8cc8dec85,9e43c522-a46c-4b57-8d7b-8d176e9a1226 -6a508faa-80a8-3246-9941-90d8cc8dec85,c56f4c80-706e-451b-987a-46b91485e6e1 -6a508faa-80a8-3246-9941-90d8cc8dec85,03efef13-4a71-4db2-a2dd-615057f83391 -6a508faa-80a8-3246-9941-90d8cc8dec85,fb786ccf-c94b-4aa3-ab1e-5983815fed9d -6a508faa-80a8-3246-9941-90d8cc8dec85,91763aa2-be23-45b4-bd32-d6306016d1c6 -6a508faa-80a8-3246-9941-90d8cc8dec85,72ab23a8-8640-4faf-a94f-77a6f7622795 -6a508faa-80a8-3246-9941-90d8cc8dec85,3c6e5e86-5698-43ae-a495-390b20480b7e -6a508faa-80a8-3246-9941-90d8cc8dec85,0e66edf6-c9d7-4d07-b2b9-759f6db739f9 -6a508faa-80a8-3246-9941-90d8cc8dec85,6f72acf9-ec6d-4b6d-8cec-1b909f851ade -6a508faa-80a8-3246-9941-90d8cc8dec85,f89e86ba-270b-4222-a0bf-df690194e2a5 -6a508faa-80a8-3246-9941-90d8cc8dec85,3b02bea4-6f3a-4946-b170-1e339076ac36 -6a508faa-80a8-3246-9941-90d8cc8dec85,f7654a7e-64b0-40cf-9233-b66baf66b95b -6a508faa-80a8-3246-9941-90d8cc8dec85,37b6944f-d3ea-41cd-bfe0-2e33121deeb7 -6a508faa-80a8-3246-9941-90d8cc8dec85,5176cacb-e80b-4c70-b6c1-e5198ce146b9 -6a508faa-80a8-3246-9941-90d8cc8dec85,1805c046-55de-44ad-bde8-a04a321fef6f -6a508faa-80a8-3246-9941-90d8cc8dec85,fb669b3a-162a-48d0-8c0d-dc4e3e27f978 -6a508faa-80a8-3246-9941-90d8cc8dec85,be29b6b1-c3dc-4128-9408-989bd0d03257 -6a508faa-80a8-3246-9941-90d8cc8dec85,58a4203d-da8b-4b4d-905d-d828eb264e00 -6a508faa-80a8-3246-9941-90d8cc8dec85,c4b5870c-44ee-432f-a8c1-2ffa9b2bc135 -6a508faa-80a8-3246-9941-90d8cc8dec85,1455284b-883e-497e-99e2-5a9f78b554e7 -6a508faa-80a8-3246-9941-90d8cc8dec85,f35f48ef-886a-4542-9646-7d3df3da539e -6a508faa-80a8-3246-9941-90d8cc8dec85,34648cee-b4a3-4f22-ab58-ef72ac84f5ee -6a508faa-80a8-3246-9941-90d8cc8dec85,f195fb2e-df81-4252-a62c-8300bfde1aca -6a508faa-80a8-3246-9941-90d8cc8dec85,621fbdec-4d19-4b91-af4b-4ae17aa96ab6 -6a508faa-80a8-3246-9941-90d8cc8dec85,379c29f4-5089-4e27-b524-0fee99aac4f1 -6a508faa-80a8-3246-9941-90d8cc8dec85,354d4cc2-dbe2-4b93-86b0-958e8ef358a7 -6a508faa-80a8-3246-9941-90d8cc8dec85,460fbc63-87da-4ac9-bde0-b50f9bcd7ef0 -6a508faa-80a8-3246-9941-90d8cc8dec85,4a38d2c6-fdb2-4ddf-9a07-c815496f4e45 -6a508faa-80a8-3246-9941-90d8cc8dec85,3254e582-bd31-4a7a-b70d-0d2d43a10a1d -6a508faa-80a8-3246-9941-90d8cc8dec85,33ac0416-ec33-4e9b-97a7-064dd365083c -6a508faa-80a8-3246-9941-90d8cc8dec85,970b7a35-d7e9-48d0-8db7-a167c98ff8ef -6a508faa-80a8-3246-9941-90d8cc8dec85,f131224e-1ed5-47a1-b81f-f0c2d91ad918 -6a508faa-80a8-3246-9941-90d8cc8dec85,a4666fbe-69ca-4e5b-94a3-f8240e6f89a2 -6a508faa-80a8-3246-9941-90d8cc8dec85,cacfa820-5d96-4c74-aead-0a3be9b97fa1 -6a508faa-80a8-3246-9941-90d8cc8dec85,54c7e0c1-f221-4b68-8300-3688f509fee7 -6a508faa-80a8-3246-9941-90d8cc8dec85,f489aec7-4086-4e9e-ae85-5444ccbfc82a -6a508faa-80a8-3246-9941-90d8cc8dec85,62eb9b60-1a4c-43ec-a33a-ec6db3998403 -6a508faa-80a8-3246-9941-90d8cc8dec85,5c9af73e-5eb8-4416-9320-6d068502693f -6a508faa-80a8-3246-9941-90d8cc8dec85,84ea349f-b0a4-4e14-ad18-7f25ffa93eb4 -6a508faa-80a8-3246-9941-90d8cc8dec85,5df0f747-834a-4a1b-8022-78bb4129dcf5 -6a508faa-80a8-3246-9941-90d8cc8dec85,c6629667-01b6-4888-bfcc-cfe12eb71fec -6a508faa-80a8-3246-9941-90d8cc8dec85,3015a95e-d384-4a73-ab3e-43c1d9544761 -6a508faa-80a8-3246-9941-90d8cc8dec85,2be51994-47dc-4142-83ec-03204a5e075e -6a508faa-80a8-3246-9941-90d8cc8dec85,a9eee22a-5910-4ec6-95c4-209eaa3f5092 -6a508faa-80a8-3246-9941-90d8cc8dec85,61541933-c8c9-41e3-b152-c5513841c785 -6a508faa-80a8-3246-9941-90d8cc8dec85,41d57b0c-6bfe-4998-8b44-c1a59d9cda25 -6a508faa-80a8-3246-9941-90d8cc8dec85,740e71a0-4d9b-4efc-9d23-232a903c5bab -6a508faa-80a8-3246-9941-90d8cc8dec85,6c0b797f-9e89-4dbb-8107-5b732a3d10b2 -6a508faa-80a8-3246-9941-90d8cc8dec85,98288be5-2f44-472c-8d01-3b210026bf10 -6a508faa-80a8-3246-9941-90d8cc8dec85,a0bd805b-4e95-4a12-ab34-f0e6bc4eb276 -6a508faa-80a8-3246-9941-90d8cc8dec85,8e40359c-4071-47d0-92b6-d623dd646161 -6a508faa-80a8-3246-9941-90d8cc8dec85,e2d8a440-61e7-4283-9205-55c80fa717fb -6a508faa-80a8-3246-9941-90d8cc8dec85,8b72f07e-7de9-45bd-adf0-ce141d7d4819 -6a508faa-80a8-3246-9941-90d8cc8dec85,c7f826b7-5946-4bc8-b78a-99184907b1a0 -6a508faa-80a8-3246-9941-90d8cc8dec85,f6c8b6d5-a5db-4bd4-bda0-53b8d669c52c -6a508faa-80a8-3246-9941-90d8cc8dec85,8d9b39b7-d2b8-495a-add2-0fbcaf1c6f86 -6a508faa-80a8-3246-9941-90d8cc8dec85,4a9a8005-c07f-4d2a-90c8-72a8730f0158 -6a508faa-80a8-3246-9941-90d8cc8dec85,545fc7b6-0cab-45d3-bca0-dae79b150b51 -6a508faa-80a8-3246-9941-90d8cc8dec85,b5d5bf2b-41d0-4129-b0fe-f49d655574c6 -6a508faa-80a8-3246-9941-90d8cc8dec85,96f8d5dd-b221-4b40-8a39-031cbd029fd3 -6a508faa-80a8-3246-9941-90d8cc8dec85,0e40ddba-fe40-4ce8-913b-2818169492d8 -6a508faa-80a8-3246-9941-90d8cc8dec85,6064981f-a3eb-48a8-ba99-7dbd22f65702 -6a508faa-80a8-3246-9941-90d8cc8dec85,a4472ed7-fb63-411b-8412-d3e56907e05b -6a508faa-80a8-3246-9941-90d8cc8dec85,15b10552-a842-417a-8820-8b2c95bcc1ca -6a508faa-80a8-3246-9941-90d8cc8dec85,3df7eb0f-7c99-4098-9172-a2c41e7ccc9f -6a508faa-80a8-3246-9941-90d8cc8dec85,91bc83b6-d18b-45e7-b2ee-eb376ed842e8 -6a508faa-80a8-3246-9941-90d8cc8dec85,0f3b8582-7f61-40d5-b992-190b71e1a619 -6a508faa-80a8-3246-9941-90d8cc8dec85,234a683b-6b07-4df1-9a1b-ae6da08726ed -6a508faa-80a8-3246-9941-90d8cc8dec85,7c87a2d6-8c32-4d17-a4bf-9a0159129da0 -6a508faa-80a8-3246-9941-90d8cc8dec85,0774ac1e-7a44-4452-83eb-373ce0bc20ec -6a508faa-80a8-3246-9941-90d8cc8dec85,398afe70-2ec9-4738-a8fb-ea89646d1af1 -6a508faa-80a8-3246-9941-90d8cc8dec85,e281846f-b9a7-4ef9-8fe1-2f31107e7506 -6a508faa-80a8-3246-9941-90d8cc8dec85,76791789-c413-4bf8-8912-940dfbf6da70 -6a508faa-80a8-3246-9941-90d8cc8dec85,381ee680-2d82-40ee-ac4b-483f9740cd0d -6a508faa-80a8-3246-9941-90d8cc8dec85,ee47a282-49d1-4c23-bb2e-bdd6667a9eb5 -6a508faa-80a8-3246-9941-90d8cc8dec85,cf73f1c4-e73a-4a65-925f-3dd2004dbd52 -6a508faa-80a8-3246-9941-90d8cc8dec85,0d2d16bb-2554-4228-b608-600c269977a1 -6a508faa-80a8-3246-9941-90d8cc8dec85,7a052fd4-fa4e-4eb2-9e79-b6c2493c72aa -6a508faa-80a8-3246-9941-90d8cc8dec85,2d3bfeee-4b6a-49b0-8016-218a15361bda -6a508faa-80a8-3246-9941-90d8cc8dec85,c73043cf-5ea6-42d2-86c2-614046936893 -6a508faa-80a8-3246-9941-90d8cc8dec85,0c9adfae-a299-4044-8f09-aa02dd2e6a5d -6a508faa-80a8-3246-9941-90d8cc8dec85,7f5ae227-3f02-4574-a3a5-def2c69835aa -6a508faa-80a8-3246-9941-90d8cc8dec85,64390b85-beb1-40a9-b8f7-993d8ab2bb46 -6a508faa-80a8-3246-9941-90d8cc8dec85,94ccf33d-f080-4da4-a9ba-064597847dca -6a508faa-80a8-3246-9941-90d8cc8dec85,e2c05f5a-aabb-4ab3-b914-c01bb7944e11 -6a508faa-80a8-3246-9941-90d8cc8dec85,427a6c03-13b2-4724-8929-02e88da09315 -6a508faa-80a8-3246-9941-90d8cc8dec85,036aa18c-9c99-465c-84b6-38d46513244b -6a508faa-80a8-3246-9941-90d8cc8dec85,be00694f-e332-47d3-9d03-eb2da7f9aa00 -6a508faa-80a8-3246-9941-90d8cc8dec85,3ef232b2-8bab-440f-a763-3aa549a20cf5 -6a508faa-80a8-3246-9941-90d8cc8dec85,b49967d9-7595-4c9c-a8ab-a31b891fce61 -6a508faa-80a8-3246-9941-90d8cc8dec85,454b2a27-0612-4ea6-9f35-2c4b3425e350 -6a508faa-80a8-3246-9941-90d8cc8dec85,1ea235f1-1ac0-46ed-baa0-8d3b9b658874 -6a508faa-80a8-3246-9941-90d8cc8dec85,a8369554-321c-442d-ae34-fec02f8f1ce9 -6a508faa-80a8-3246-9941-90d8cc8dec85,1c1ffeaf-2dcb-4a59-9b39-33472e241fdd -6a508faa-80a8-3246-9941-90d8cc8dec85,4b19366e-1bbb-4bb8-b810-d14075109827 -6a508faa-80a8-3246-9941-90d8cc8dec85,f6f26f65-b5c4-480e-a456-de572e0e56f5 -6a508faa-80a8-3246-9941-90d8cc8dec85,9d22a450-e931-4a4c-9435-22852e50fdcf -6a508faa-80a8-3246-9941-90d8cc8dec85,4e787a59-d85a-457e-b992-830c979f28cc -6a508faa-80a8-3246-9941-90d8cc8dec85,c4df36eb-f19d-4ed4-a80e-f8f58a38bff8 -6a508faa-80a8-3246-9941-90d8cc8dec85,c70af795-07dd-4ade-ab27-f614d0089399 -6a508faa-80a8-3246-9941-90d8cc8dec85,50a2fccd-8b55-4681-862b-32007293d7fa -6a508faa-80a8-3246-9941-90d8cc8dec85,03c972e8-9be3-48dd-a6fb-b8ab8b3ea50d -6a508faa-80a8-3246-9941-90d8cc8dec85,5aa78f62-de48-4b15-99bc-98f9ec193146 -6a508faa-80a8-3246-9941-90d8cc8dec85,2e228fa6-e9bf-4612-b954-5f3e803f1ac5 -6a508faa-80a8-3246-9941-90d8cc8dec85,1c14ac4c-6055-41a3-afe1-45b2b7b1befc -6a508faa-80a8-3246-9941-90d8cc8dec85,15f33db1-175b-4484-acc7-800a55d882d9 -6a508faa-80a8-3246-9941-90d8cc8dec85,2ae2aee0-270a-4116-8bf7-0db40ce900fd -6a508faa-80a8-3246-9941-90d8cc8dec85,a9f6cbc4-b97b-4c52-9434-00e05e7315e5 -6a508faa-80a8-3246-9941-90d8cc8dec85,907e0c6f-cd79-4e64-b182-0c48b4fd13d3 -6a508faa-80a8-3246-9941-90d8cc8dec85,0cc27b83-3b69-43a0-ad53-6fe5e290a0c2 -6a508faa-80a8-3246-9941-90d8cc8dec85,ed407c56-0861-43c8-a18f-a92d2a8d48db -6a508faa-80a8-3246-9941-90d8cc8dec85,a29d8fd5-0067-45f0-b749-5c22cd989083 -6a508faa-80a8-3246-9941-90d8cc8dec85,c79ad98c-9b4e-4700-9485-af3615966352 -6a508faa-80a8-3246-9941-90d8cc8dec85,4a7a87a3-bf81-426a-a865-c00e92c29ad7 -6a508faa-80a8-3246-9941-90d8cc8dec85,90d57599-88b4-4384-8de7-46c883cd5983 -6a508faa-80a8-3246-9941-90d8cc8dec85,f95a654a-4e0f-4679-9f27-eee4050b8a5b -6a508faa-80a8-3246-9941-90d8cc8dec85,5b5c1c49-1f50-4dbd-8ce9-e50e2b5202be -6a508faa-80a8-3246-9941-90d8cc8dec85,07c283b3-bfc7-46ba-9214-a8bc124779d1 -6a508faa-80a8-3246-9941-90d8cc8dec85,299e16e8-860b-4dc0-83de-fbe5b19df548 -6a508faa-80a8-3246-9941-90d8cc8dec85,363afc82-4f7f-4895-8de0-1f468115a117 -6a508faa-80a8-3246-9941-90d8cc8dec85,57282acf-5630-4148-a37f-b6fd14eb3c46 -6a508faa-80a8-3246-9941-90d8cc8dec85,c421449f-ef9a-4222-8897-6847a881c54a -6a508faa-80a8-3246-9941-90d8cc8dec85,17eaaf7b-66b3-4574-97af-81e23a38d1a4 -6a508faa-80a8-3246-9941-90d8cc8dec85,6c9ed459-5a99-43d9-be53-aea381d9d34c -6a508faa-80a8-3246-9941-90d8cc8dec85,198a50ed-20c7-4a6c-b06c-5f04368cbe42 -6a508faa-80a8-3246-9941-90d8cc8dec85,8c7bc839-c760-43ea-8855-897cef4b02f9 -6a508faa-80a8-3246-9941-90d8cc8dec85,f6aec5cb-a86e-450a-913c-ccce98d6aae4 -6a508faa-80a8-3246-9941-90d8cc8dec85,276ed7a0-e5e9-4660-b758-cae563d74643 -6a508faa-80a8-3246-9941-90d8cc8dec85,12695396-328e-4daa-8021-f45d47bd2b35 -6a508faa-80a8-3246-9941-90d8cc8dec85,11b0b0d7-7140-4069-9fe9-b54d7e8c0b70 -6a508faa-80a8-3246-9941-90d8cc8dec85,079b6806-0e71-4f15-88f6-f00b1114a872 -6a508faa-80a8-3246-9941-90d8cc8dec85,1014a170-63a5-40a7-84b0-8fdd730d1bcc -6a508faa-80a8-3246-9941-90d8cc8dec85,ca63f5b6-96e9-406f-87bf-3e1a112fec76 -6a508faa-80a8-3246-9941-90d8cc8dec85,360cb3e9-1c12-40fe-a880-d90f6c73e2a9 -6a508faa-80a8-3246-9941-90d8cc8dec85,2237071c-692b-4255-a11d-f80af3775e2e -6a508faa-80a8-3246-9941-90d8cc8dec85,70ebf452-b8d0-44a0-9108-bbddce71f3ea -6a508faa-80a8-3246-9941-90d8cc8dec85,d402ce6e-ed9e-43cf-8890-43e45eedebc4 -6a508faa-80a8-3246-9941-90d8cc8dec85,7c2a31bc-daa8-4d8a-9ced-17372865f8d7 -6a508faa-80a8-3246-9941-90d8cc8dec85,4ddb630f-ab63-4b11-9854-b6ce9e6df3c9 -6a508faa-80a8-3246-9941-90d8cc8dec85,723e1ccc-1f9c-44ae-8da9-1338df7bf7ca -6a508faa-80a8-3246-9941-90d8cc8dec85,48998459-06f6-4aca-8519-d14767ba7d08 -6a508faa-80a8-3246-9941-90d8cc8dec85,33a1f6fe-80d1-42d2-952e-67a50b8f1189 -6a508faa-80a8-3246-9941-90d8cc8dec85,47414aeb-c697-4f15-853f-dc1fabab90a8 -6a508faa-80a8-3246-9941-90d8cc8dec85,871ca5cb-80ce-4d62-a5d5-d525f7f4c188 -6a508faa-80a8-3246-9941-90d8cc8dec85,8c814223-d5e3-4597-bea5-3b911b27561a -6a508faa-80a8-3246-9941-90d8cc8dec85,4141b520-3528-4dd2-b0ac-1fe38debf5e6 -6a508faa-80a8-3246-9941-90d8cc8dec85,8a98fd62-6a94-46a7-92ab-eeca0f7063b1 -6a508faa-80a8-3246-9941-90d8cc8dec85,ba8c259a-23ac-4382-a1ec-17e5820ec799 -6a508faa-80a8-3246-9941-90d8cc8dec85,0c87349f-8203-4798-b542-b6b511412034 -6a508faa-80a8-3246-9941-90d8cc8dec85,bfb935f0-c31a-48f6-b103-b5d58d780819 -6a508faa-80a8-3246-9941-90d8cc8dec85,d3036ca9-712e-4f39-a109-8819fde7ab11 -6a508faa-80a8-3246-9941-90d8cc8dec85,0a8beb66-1e69-4885-82b1-4aa0deda80fa -6a508faa-80a8-3246-9941-90d8cc8dec85,ba91fdc9-ff88-4e98-9793-5d047b56c632 -6a508faa-80a8-3246-9941-90d8cc8dec85,018d247b-73ed-474d-8d96-512b3563425b -6a508faa-80a8-3246-9941-90d8cc8dec85,ca61fde9-fa5f-4244-a1ac-e4d1ed51a3d0 -6a508faa-80a8-3246-9941-90d8cc8dec85,94f7e666-d7d0-4d80-a562-7bfef87176aa -6a508faa-80a8-3246-9941-90d8cc8dec85,e74ea624-d0ef-4fb5-a545-b7176fb7ed1d -6a508faa-80a8-3246-9941-90d8cc8dec85,3193a151-45e3-43b0-9dd0-d7a0e070f74c -6a508faa-80a8-3246-9941-90d8cc8dec85,69e35314-4d2b-4bed-9ca0-a71ac7e65ddf -6a508faa-80a8-3246-9941-90d8cc8dec85,a671f23e-e117-4cc6-a373-b463b9a2d85c -6a508faa-80a8-3246-9941-90d8cc8dec85,a804503e-e97e-4cce-9486-d40b67ed9c67 -6a508faa-80a8-3246-9941-90d8cc8dec85,42620ac8-721c-4d86-81bd-a64f07f19c0c -6a508faa-80a8-3246-9941-90d8cc8dec85,9b104400-83ee-40f1-b117-e613b2c4261d -6a508faa-80a8-3246-9941-90d8cc8dec85,fae6cf9f-94ad-4acd-af17-4828efa5f478 -6a508faa-80a8-3246-9941-90d8cc8dec85,4ba8b82f-e6fe-4ad4-be8f-855d59201730 -6a508faa-80a8-3246-9941-90d8cc8dec85,c7c6100b-4d21-477f-b976-16973a2c8c80 -6a508faa-80a8-3246-9941-90d8cc8dec85,7ae63500-d5ea-4cfb-abfb-1b89acb27f6a -6a508faa-80a8-3246-9941-90d8cc8dec85,a037a7b9-d114-4419-b3e4-74517c5f5eea -6a508faa-80a8-3246-9941-90d8cc8dec85,154944ac-8d94-4046-8d77-d1ef3f4ecb4f -6a508faa-80a8-3246-9941-90d8cc8dec85,15dae7ac-8171-47b4-b1bf-7205fbf770fe -6a508faa-80a8-3246-9941-90d8cc8dec85,1b429898-e586-4bf6-b5b2-b48befb7e262 -6a508faa-80a8-3246-9941-90d8cc8dec85,f73b8d26-b439-43da-9bd0-9839bec2c4e7 -6a508faa-80a8-3246-9941-90d8cc8dec85,98710452-4630-4acd-b533-a8d0fbb22004 -6a508faa-80a8-3246-9941-90d8cc8dec85,780fcd7c-7e03-4b14-a251-9083fb3fce6d -6a508faa-80a8-3246-9941-90d8cc8dec85,80ad6ce1-5637-41d7-a69a-b1ae6f04659d -6a508faa-80a8-3246-9941-90d8cc8dec85,1c62e9fe-14f3-4a9c-aa8a-b71878d4fa94 -6a508faa-80a8-3246-9941-90d8cc8dec85,f365ae4b-7996-4c3c-9249-553d25ffc55e -6a508faa-80a8-3246-9941-90d8cc8dec85,cffbab4a-1ac0-41c7-8181-a52142d28544 -6a508faa-80a8-3246-9941-90d8cc8dec85,dc715738-be14-4c3e-80b1-2af8d05ce6b9 -6a508faa-80a8-3246-9941-90d8cc8dec85,04d08783-7882-4b9d-a7cf-61c980c65061 -6a508faa-80a8-3246-9941-90d8cc8dec85,e3a4870c-c09b-4cd8-a3de-f1ca95a884ce -6a508faa-80a8-3246-9941-90d8cc8dec85,d87056bf-c887-456f-994b-ef3337541c5b -6a508faa-80a8-3246-9941-90d8cc8dec85,7fb638b3-1fee-422c-8eed-449f7f4d3108 -6a508faa-80a8-3246-9941-90d8cc8dec85,e3b72328-4882-4a64-9c63-ed9070b80ee5 -6a508faa-80a8-3246-9941-90d8cc8dec85,ee2c8663-eeb4-41d4-9314-44c468308981 -6a508faa-80a8-3246-9941-90d8cc8dec85,19c8d6e7-ea0f-41f8-a462-071aa8dcdbf9 -6a508faa-80a8-3246-9941-90d8cc8dec85,77f946af-cd5d-409e-acf6-21115dda4444 -6a508faa-80a8-3246-9941-90d8cc8dec85,d9130d5e-02d6-439d-a881-26ea22fdc1e2 -6a508faa-80a8-3246-9941-90d8cc8dec85,4e8208ba-6b41-407f-96e8-27a028cdf60d -6a508faa-80a8-3246-9941-90d8cc8dec85,b6ee7c9c-e9ca-44d5-929c-50ba39420824 -6a508faa-80a8-3246-9941-90d8cc8dec85,a98bd453-2feb-4368-b795-bca62200d08b -6a508faa-80a8-3246-9941-90d8cc8dec85,7c21c705-a27a-47bd-b820-b1c146fbca08 -6a508faa-80a8-3246-9941-90d8cc8dec85,04a3e4a8-684a-4717-8dab-1e814c4de61d -6a508faa-80a8-3246-9941-90d8cc8dec85,3afc295e-23f3-479e-9951-de696d6b1ffd -6a508faa-80a8-3246-9941-90d8cc8dec85,4639fb0a-6669-41f7-a448-ab2588b6cd99 -6a508faa-80a8-3246-9941-90d8cc8dec85,b92f8176-6a47-4635-a66c-f576cb2c5fc0 -6a508faa-80a8-3246-9941-90d8cc8dec85,1e92c391-ce5d-48a2-a343-53e207a4a87b -6a508faa-80a8-3246-9941-90d8cc8dec85,389792a2-0c78-4645-ad52-83ea1dc2673f -6a508faa-80a8-3246-9941-90d8cc8dec85,61333a40-5a42-4c70-988d-d4964623e302 -6a508faa-80a8-3246-9941-90d8cc8dec85,5ccb4acd-6587-477b-b76d-87aa132b67e4 -6a508faa-80a8-3246-9941-90d8cc8dec85,5b04bd7a-b268-44ec-a029-5dbae640354b -6a508faa-80a8-3246-9941-90d8cc8dec85,ebdebab9-33fa-4148-87d5-b169c2adf560 -6a508faa-80a8-3246-9941-90d8cc8dec85,1f79c7ed-c92b-4ce2-ad13-119134f58444 -6a508faa-80a8-3246-9941-90d8cc8dec85,aba3f63e-518f-4290-abe6-3fb7fc61c928 -6a508faa-80a8-3246-9941-90d8cc8dec85,4b4ad40d-7c44-4e56-b929-1e1d2276a373 -6a508faa-80a8-3246-9941-90d8cc8dec85,9b49ffc0-2069-43d7-b389-57a817bac3de -6a508faa-80a8-3246-9941-90d8cc8dec85,7bf0041d-950f-4012-8613-eb52aa0e3698 -6a508faa-80a8-3246-9941-90d8cc8dec85,ba376fe2-91af-4ab0-b2bc-8369209c85d1 -6a508faa-80a8-3246-9941-90d8cc8dec85,a85d7b40-1bf2-4ee9-afd6-3049a3e6b508 -6a508faa-80a8-3246-9941-90d8cc8dec85,021a9a5e-a475-4194-b685-d6572315f391 -6a508faa-80a8-3246-9941-90d8cc8dec85,5b40497d-b90d-4361-bbe0-549fd6606dbe -6a508faa-80a8-3246-9941-90d8cc8dec85,8c8774d3-ed95-4875-ac34-cc249cf5d1e3 -6a508faa-80a8-3246-9941-90d8cc8dec85,9802233a-a77a-4b14-b5e7-139e186a4371 -6a508faa-80a8-3246-9941-90d8cc8dec85,6cac2672-a466-42b7-871e-bd757a4c93f2 -6a508faa-80a8-3246-9941-90d8cc8dec85,01ab30c5-0983-46b3-8c0e-6c256dfa5a32 -6a508faa-80a8-3246-9941-90d8cc8dec85,a6423c13-a4f7-40a0-939c-2aed355f8465 -6a508faa-80a8-3246-9941-90d8cc8dec85,0161e7db-a12b-447d-9f84-739754b6ef70 -6a508faa-80a8-3246-9941-90d8cc8dec85,5013a530-f3c8-4207-80e8-af4be619d8a8 -6a508faa-80a8-3246-9941-90d8cc8dec85,f5034cfe-f9b0-465f-b65f-6bb7e124e759 -6a508faa-80a8-3246-9941-90d8cc8dec85,02a9eabb-148d-4a78-bd15-f27a20b32aa1 -6a508faa-80a8-3246-9941-90d8cc8dec85,041b7951-1f76-4d0b-9a9e-eb1e42323c2d -6a508faa-80a8-3246-9941-90d8cc8dec85,e971886e-b37a-41b7-bcba-6dc79d718f64 -6a508faa-80a8-3246-9941-90d8cc8dec85,2542eb70-8ff2-4020-b61d-923f90f1b3c8 -6a508faa-80a8-3246-9941-90d8cc8dec85,6f4566de-806c-46df-95dd-936e6aa33a23 -6a508faa-80a8-3246-9941-90d8cc8dec85,a9e5270d-d62c-4c4d-95fb-26efa95afae9 -6a508faa-80a8-3246-9941-90d8cc8dec85,e1b98f18-76b9-4a71-b4d4-8bb7027b204f -6a508faa-80a8-3246-9941-90d8cc8dec85,490c9700-d7eb-4ba9-a4f0-15586f806558 -6a508faa-80a8-3246-9941-90d8cc8dec85,213f4557-02d6-4413-905e-8781186021db -6a508faa-80a8-3246-9941-90d8cc8dec85,a20d5745-23c7-4d9b-9697-330f007618fd -6a508faa-80a8-3246-9941-90d8cc8dec85,7df2c48b-7032-4e88-a022-c70ea09f6d6d +6a508faa-80a8-3246-9941-90d8cc8dec85,6b5ab3ee-46bc-4026-a02d-bce70c8ec22b +6a508faa-80a8-3246-9941-90d8cc8dec85,06019252-cf4c-4160-b803-7a41072faa8b +6a508faa-80a8-3246-9941-90d8cc8dec85,af9cffdf-3b42-4bcc-a88f-5330f1e7519d +6a508faa-80a8-3246-9941-90d8cc8dec85,e197c549-6aba-4032-ab79-e8d7de072f40 +6a508faa-80a8-3246-9941-90d8cc8dec85,30f7c8e4-675a-40b3-8f78-8096bcba8614 +6a508faa-80a8-3246-9941-90d8cc8dec85,8aca5166-bd78-44cf-abbe-7662ebda0558 +6a508faa-80a8-3246-9941-90d8cc8dec85,680f15a5-a8b8-4084-a5ab-acd43015cf07 +6a508faa-80a8-3246-9941-90d8cc8dec85,58cb1272-2383-44b0-8e2d-c3a122e8a486 +6a508faa-80a8-3246-9941-90d8cc8dec85,dceac096-9a2f-46d3-8501-17d94348e253 +6a508faa-80a8-3246-9941-90d8cc8dec85,9874403c-4470-4ed3-b823-6c80c78e2d83 +6a508faa-80a8-3246-9941-90d8cc8dec85,21d71a70-3ae2-4035-aa1d-58a7d9fd7ced +6a508faa-80a8-3246-9941-90d8cc8dec85,ac96b78b-286e-49e4-915e-e16168eb587c +6a508faa-80a8-3246-9941-90d8cc8dec85,d3d95ffa-29d5-4c64-935d-754dd4e79a7b +6a508faa-80a8-3246-9941-90d8cc8dec85,823077d0-92e2-4102-8665-e6d8d39a0c87 +6a508faa-80a8-3246-9941-90d8cc8dec85,a58eec51-73d8-4512-9d69-340607bdf356 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfa44eec-bdce-47e7-9e49-8e3570995cb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f893db27-f9d2-42d2-adf3-3e11a02387c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1a4b72d-f0ce-4190-9629-13fb5c349332 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c082bde-8c7d-4eab-80c5-0209776b43e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a019ac8f-7bc4-4b2b-a07d-c39153e6febf +6a508faa-80a8-3246-9941-90d8cc8dec85,d134b98c-264d-4b1e-89a0-fba2eef194a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bf20207-9128-4b0b-a347-5db9a58d4c43 +6a508faa-80a8-3246-9941-90d8cc8dec85,569fdc6a-7a28-417a-a088-c9f091e2612b +6a508faa-80a8-3246-9941-90d8cc8dec85,fc56d792-0b6f-415e-bc96-5731711842c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8aad96e-61d6-4a5d-9c44-fbd7f8aa5989 +6a508faa-80a8-3246-9941-90d8cc8dec85,67afb053-d2b3-418d-ae31-abc5ecec46e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb2dabbf-ef32-4aaf-ab12-131355853057 +6a508faa-80a8-3246-9941-90d8cc8dec85,79c1b8da-272f-45c4-8f0a-dcafb5b84d93 +6a508faa-80a8-3246-9941-90d8cc8dec85,a08613e9-b14b-46d7-9ef5-fbf50213e85d +6a508faa-80a8-3246-9941-90d8cc8dec85,6b33bbc2-96e9-4253-8cbb-7a6a904dce2a +6a508faa-80a8-3246-9941-90d8cc8dec85,dad8a6d0-73d6-474d-8701-df3c928326f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cc26d1f-e4a2-4d4a-841e-b3d4e5b8a459 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1a291b5-5785-433b-b819-62f9bfe65674 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3e10099-bf3f-4f16-9c3a-e63c43e2aff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d1648f5-ac44-471a-ad48-6f49e2eab326 +6a508faa-80a8-3246-9941-90d8cc8dec85,771f881a-66f5-4820-8d20-e2def11bc04a +6a508faa-80a8-3246-9941-90d8cc8dec85,2dfa1292-2abb-47cf-9d7d-6dd23ea63f82 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8e25ace-77da-4d1e-9987-758ce30ab5e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7364159d-945c-421b-bed7-9b4443771978 +6a508faa-80a8-3246-9941-90d8cc8dec85,603c312a-c057-4074-bb0c-fdf17813e412 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b5b3610-1fc4-4058-8092-f02b166dc451 +6a508faa-80a8-3246-9941-90d8cc8dec85,fba6ac71-b66b-453f-bb8e-b7b69e4dad4b +6a508faa-80a8-3246-9941-90d8cc8dec85,52970779-8158-4f5f-a7af-233f19a690f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,97737f57-7f25-4273-95cc-d35e953ec780 +6a508faa-80a8-3246-9941-90d8cc8dec85,dac9feea-2cf0-46b9-8acf-6e75d494ed55 +6a508faa-80a8-3246-9941-90d8cc8dec85,513459b4-ca8c-4073-9912-2a24acf61249 +6a508faa-80a8-3246-9941-90d8cc8dec85,162e158a-d4bf-4259-a420-8ee20cbaac45 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2e9ed94-f6bb-4e92-a220-1f2a9f92345d +6a508faa-80a8-3246-9941-90d8cc8dec85,c11f5d5e-be12-4b47-8b1e-f174e7f99f6e +6a508faa-80a8-3246-9941-90d8cc8dec85,5f4ab33d-c003-41e7-915b-485dcd3622d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf5fdfc2-20ed-467d-b346-47b1c425d32b +6a508faa-80a8-3246-9941-90d8cc8dec85,89a2a425-5fea-4f67-a7f2-839034e46525 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f811952-4c4f-4349-a7b6-1d100b8bb396 +6a508faa-80a8-3246-9941-90d8cc8dec85,e64d5817-0a10-42fb-b857-a06bcadc1250 +6a508faa-80a8-3246-9941-90d8cc8dec85,40ebce60-99d1-47b3-9b7d-ad613e05298e +6a508faa-80a8-3246-9941-90d8cc8dec85,5827b3bd-6e14-46c2-a1a1-4990973d40a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,45b76d7d-7cf2-4f0a-83c6-c2eef1c5e6af +6a508faa-80a8-3246-9941-90d8cc8dec85,9ee97bd6-cebc-477d-ac8e-df89aa095962 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c43f491-343c-43c6-a627-987dd09b3110 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7899d93-9257-49bb-8218-fb7a5feb8027 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cfaca54-20fe-4b9c-b515-7ae553d05850 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc7f346a-ab98-4143-beaf-2674f80447b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,df6a40d9-998a-4d02-9beb-08837b45c9b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca2ecdf9-f3b0-4ff2-9979-3445deb6cad0 +6a508faa-80a8-3246-9941-90d8cc8dec85,765a1358-6f03-4f2b-a78e-d43fc67b1340 +6a508faa-80a8-3246-9941-90d8cc8dec85,2543e945-bf3d-478e-90ea-5a0896417d53 +6a508faa-80a8-3246-9941-90d8cc8dec85,16340e20-2249-4aef-bb8f-18bd12aca0cd +6a508faa-80a8-3246-9941-90d8cc8dec85,403648c5-e8ce-49bf-b352-c4e1036ae6a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1464623b-cba0-40db-9859-6be082ad4694 +6a508faa-80a8-3246-9941-90d8cc8dec85,716fe256-d05f-4bdb-8f4c-d2521d1449b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed43af18-ad84-4d1f-94bc-8e8b61865fa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6266f0b3-ef66-4352-9141-0458d50991c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,89df5e5f-9b1e-45ec-8b5e-026db6bd4691 +6a508faa-80a8-3246-9941-90d8cc8dec85,787ef48f-3d66-4496-b56f-c056e115d452 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c62f0ba-ab33-4534-8651-8e89b1b1aeab +6a508faa-80a8-3246-9941-90d8cc8dec85,62f3b4b9-80de-46ef-aca0-5e8971f10cb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e23365c9-0c6a-422d-b95d-f9822c189235 +6a508faa-80a8-3246-9941-90d8cc8dec85,647e3ebf-c1f6-43af-925a-230e1369acf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f420b5e2-a77d-4d9c-a61f-ca6d23490640 +6a508faa-80a8-3246-9941-90d8cc8dec85,f235ecab-06d6-47ac-899b-9f851b9cd335 +6a508faa-80a8-3246-9941-90d8cc8dec85,f597fb76-39cf-4b28-946a-bfd9a6464ff0 +6a508faa-80a8-3246-9941-90d8cc8dec85,97042ded-ff90-4606-8736-fd26ff634a66 +6a508faa-80a8-3246-9941-90d8cc8dec85,957804d4-8ffd-44e2-b0f3-2bf896d20f47 +6a508faa-80a8-3246-9941-90d8cc8dec85,dedc17b5-3a44-405d-8fa0-da6373ea2aee +6a508faa-80a8-3246-9941-90d8cc8dec85,47ecb0ba-2d0d-4571-af62-8e4699c8afe4 +6a508faa-80a8-3246-9941-90d8cc8dec85,58c8cf2e-1452-4426-bc8a-a795e9001bea +6a508faa-80a8-3246-9941-90d8cc8dec85,d569541b-3a45-4cfd-8a32-ebb9791445f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b62ae4c-ee3c-4967-80ba-4ef7d7ce3f68 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc5e59d2-df1a-4b94-baef-61d94387819f +6a508faa-80a8-3246-9941-90d8cc8dec85,7f5659b9-c61d-4ce3-823d-8bdefadb1ebd +6a508faa-80a8-3246-9941-90d8cc8dec85,cecc4c8d-36e4-43e5-ac9a-cdfb219d1f0a +6a508faa-80a8-3246-9941-90d8cc8dec85,a8098802-e40e-4f76-a176-0a54561219a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,493e4aee-cfa6-4882-8f19-bf56643a2cd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,56cc575c-6878-4b11-b35f-65160c333b4c +6a508faa-80a8-3246-9941-90d8cc8dec85,d85a1e08-cf2f-4993-99e2-341f1ea7c60d +6a508faa-80a8-3246-9941-90d8cc8dec85,f41887e8-7a09-4370-bdc2-11a03f5b5eb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dc8d863-b436-4c1c-9492-449d022f0620 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7ff3522-4fe3-4277-a3ad-5df96993460e +6a508faa-80a8-3246-9941-90d8cc8dec85,dcffc8ad-afd6-4c61-8681-e76e102be5ed +6a508faa-80a8-3246-9941-90d8cc8dec85,6c526783-46e3-412b-b7ae-8a5e1480e9b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,53a07136-a325-4cca-b5cd-951f9a5b17b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bd6d9ab-55ee-4652-a2b3-86d029cdb4fd +6a508faa-80a8-3246-9941-90d8cc8dec85,d5b34081-23d9-47c3-a040-2ad5264b7eb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d38ec47-2dae-4392-b75b-9d1019bcfbc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,15aa4b17-ad09-49b8-82ab-333c04582b38 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e48e0c8-5209-460b-bcf8-44a1a448bdbd +6a508faa-80a8-3246-9941-90d8cc8dec85,2d3c152b-bb62-4987-9afd-76ab1099aeba +6a508faa-80a8-3246-9941-90d8cc8dec85,2df5edc6-6011-42f0-bf8b-90aea96d7e7c +6a508faa-80a8-3246-9941-90d8cc8dec85,8f4e7e51-5f95-47b6-8b4b-551d56b09bc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf49878a-1421-4535-ad2a-c9f1c6ebc7ea +6a508faa-80a8-3246-9941-90d8cc8dec85,f6b1f327-a5ae-48df-8193-58d7e4ee5114 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d287013-5902-4b60-ae8e-18d8f8f77328 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa647b4-3846-4aa0-b97b-2c147311252c +6a508faa-80a8-3246-9941-90d8cc8dec85,926ce778-2163-4b14-b0b9-9be698ea0bbe +6a508faa-80a8-3246-9941-90d8cc8dec85,560786f8-f6f0-42da-848d-9345b687b428 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ce861c2-e072-41dd-b06e-65dcaedfaf75 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc34880a-f892-4433-a9d3-24a1954b04ea +6a508faa-80a8-3246-9941-90d8cc8dec85,1107a30e-c9bc-49e4-a4c2-d5bcde447065 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c911c7d-7406-4930-bfef-7be945adac7b +6a508faa-80a8-3246-9941-90d8cc8dec85,e011b493-7403-4852-a6f1-5163cd88eca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed9deda2-a171-49ef-9c1a-a374c636cc25 +6a508faa-80a8-3246-9941-90d8cc8dec85,39b6f301-59de-4c52-8378-6dca41eaca5d +6a508faa-80a8-3246-9941-90d8cc8dec85,3de661ee-2a7e-40c7-9ca6-ef90c2f6ffd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fffc6cd6-ccb1-4196-843d-5a5373010827 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa1decc3-a4e6-46f3-9363-dfb05fb3adf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,27249d2c-938a-47c5-84f2-df0681a25cf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d06acb2-d1b3-436f-ba98-e37b12b33b99 +6a508faa-80a8-3246-9941-90d8cc8dec85,dadc43f7-a4ea-4090-ac6e-28231b96fa47 +6a508faa-80a8-3246-9941-90d8cc8dec85,b41c857e-96eb-4477-9bf0-a4b107965f7a +6a508faa-80a8-3246-9941-90d8cc8dec85,582470e1-4d61-4948-8f3e-4bcc4350cd95 +6a508faa-80a8-3246-9941-90d8cc8dec85,896680f4-a9df-495d-a080-6c988ae819c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,590f3358-fcac-4f47-b127-b53d3cb2abe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,082d31d2-8750-41b2-8859-9e252d8ebf20 +6a508faa-80a8-3246-9941-90d8cc8dec85,459024f0-926f-4be3-b012-1e543e806363 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b00eb4d-21b6-41b8-8c5e-3c6bb52ebc6a +6a508faa-80a8-3246-9941-90d8cc8dec85,77cf4895-11b7-4226-9f40-cda38e33bb40 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2dc1e8c-b4af-4b4b-a667-9a34bd6d136a +6a508faa-80a8-3246-9941-90d8cc8dec85,066028d9-cb97-4b1d-aafa-c4cfed3241c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e4a8014-a7d7-49d6-83ae-d3831127124c +6a508faa-80a8-3246-9941-90d8cc8dec85,b438032e-2db5-4c19-960f-f96ef9968e2c +6a508faa-80a8-3246-9941-90d8cc8dec85,d17c7740-5163-4e0c-8623-4b52fced8637 +6a508faa-80a8-3246-9941-90d8cc8dec85,fab5fc7a-3b8a-405b-aace-6ad5f096367a +6a508faa-80a8-3246-9941-90d8cc8dec85,962cd562-2686-4bd5-b465-4258eb7a6a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc9932f4-7c1d-4add-b3fb-d976b9644a79 +6a508faa-80a8-3246-9941-90d8cc8dec85,a92a95a1-08af-426c-a8f8-83c3968f87a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c546453-1a70-44bb-a440-6a6bc257872d +6a508faa-80a8-3246-9941-90d8cc8dec85,5c5651e0-5d7c-4841-a2bc-e4355bd7967b +6a508faa-80a8-3246-9941-90d8cc8dec85,10ba4577-fbb0-4e62-868f-70e85dbcc3ec +6a508faa-80a8-3246-9941-90d8cc8dec85,4a922f00-cd7a-43d7-a3ae-f2ff6e42a16c +6a508faa-80a8-3246-9941-90d8cc8dec85,62ccbb60-7afe-486a-b4cf-e4e6bd80216e +6a508faa-80a8-3246-9941-90d8cc8dec85,6b4e2942-ad25-4c79-9d80-6ff7dc8316e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,355e2246-86c7-474f-afa6-610520470387 +6a508faa-80a8-3246-9941-90d8cc8dec85,7290d292-9ecd-4e40-a6a6-38d1793841db +6a508faa-80a8-3246-9941-90d8cc8dec85,b2b38497-b897-4a18-8bc4-2bdfaa8ed078 +6a508faa-80a8-3246-9941-90d8cc8dec85,739b2308-f244-467e-99fe-9a404992533c +6a508faa-80a8-3246-9941-90d8cc8dec85,a47fe50b-4738-4d6b-a486-e6dce82bbb80 +6a508faa-80a8-3246-9941-90d8cc8dec85,05f160b2-6751-4ddf-9195-5c72c73e9045 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d0aa377-126b-4964-bb78-ca0d67d3e6b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9751416-5c24-4e4b-956d-24b5ee3a75bb +6a508faa-80a8-3246-9941-90d8cc8dec85,13903419-a654-4ea7-821b-bffd10d4cfb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5d1b044-e548-413e-8b3f-5a8d3550497f +6a508faa-80a8-3246-9941-90d8cc8dec85,cd3206e2-e66a-4b0d-9a9b-75d48258f14f +6a508faa-80a8-3246-9941-90d8cc8dec85,9bcad770-eebc-4ea6-9a2f-b9d70d672ad0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee46c3ff-e146-415c-85aa-8954ab9bba67 +6a508faa-80a8-3246-9941-90d8cc8dec85,016a4d4f-f801-4a6d-a1aa-26b224273949 +6a508faa-80a8-3246-9941-90d8cc8dec85,44e4b3e9-0c7c-45cd-85fe-c70b8e65185b +6a508faa-80a8-3246-9941-90d8cc8dec85,20d505f0-cc33-4f16-87d3-bfcf2f345866 +6a508faa-80a8-3246-9941-90d8cc8dec85,e666f3ad-3529-4416-a1cb-60b09c5ea5f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d461ac9-1edf-4468-8ccc-915b914ceb65 +6a508faa-80a8-3246-9941-90d8cc8dec85,1728dd52-d6a3-461b-94c3-afdc3d69a6f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,0bb63eeb-b357-412f-8103-73b7379f93c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a5c01b1-8a43-4562-8e2f-88ee8cea044f +6a508faa-80a8-3246-9941-90d8cc8dec85,01b39b42-82d6-4945-b1c7-8f2a7d0ead72 +6a508faa-80a8-3246-9941-90d8cc8dec85,5be90619-c5c7-48d4-a817-be03584c6af7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8adf398-a0a9-4d42-912a-c952a83bb6d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,00df4d78-9b95-4fb8-a3b0-0ab0440d2c1f +6a508faa-80a8-3246-9941-90d8cc8dec85,2de00c40-ca16-4dfb-9593-ed79ea634622 +6a508faa-80a8-3246-9941-90d8cc8dec85,67d795bb-7d1f-4876-8ef7-d5ee71be87e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,459e25c9-47fd-4c7c-95dc-6caa63e78ccd +6a508faa-80a8-3246-9941-90d8cc8dec85,23ac671d-5b16-4dd1-b2df-e32464e52dc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,20342d32-3518-4ccd-966d-937ce6c3e846 +6a508faa-80a8-3246-9941-90d8cc8dec85,862d820a-f654-470d-8180-203315d4e330 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b5a30dd-d40a-4514-b27c-da80f80b445a +6a508faa-80a8-3246-9941-90d8cc8dec85,e29ef160-aab6-4a8b-89ff-f2bb65b6ea46 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe096d08-7d2d-47ef-afdc-165f8a26c795 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe528275-2c64-4267-8e28-2cbab0a1ae8e +6a508faa-80a8-3246-9941-90d8cc8dec85,994b3e7a-d1b6-467f-a9a3-74ed42b9aad3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcf2ee73-36c6-4dcb-974e-6448574b14c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c1a4d49-c3ce-490f-abb5-e82559c3f1f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,15fd9c3b-bc58-47f6-907b-805456b88d84 +6a508faa-80a8-3246-9941-90d8cc8dec85,af87908f-abbd-46a3-a788-b516a7f23d61 +6a508faa-80a8-3246-9941-90d8cc8dec85,67276499-1a0a-44a1-8e7e-8a8d9a1cf9f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,695a08b7-b51e-489e-b968-56e1eccd5d46 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e22ac9e-c648-4a52-94ca-d326ac1d701c +6a508faa-80a8-3246-9941-90d8cc8dec85,8a461956-43d9-4c15-911f-5a704482cc20 +6a508faa-80a8-3246-9941-90d8cc8dec85,48e03214-424f-4ac7-8054-4846af54dda4 +6a508faa-80a8-3246-9941-90d8cc8dec85,c042ad39-3cf9-43b4-a0f8-599737305daf +6a508faa-80a8-3246-9941-90d8cc8dec85,e8c97f61-02ac-4bb1-99ed-993ddb5b5de6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e73409f5-91d4-4f05-bdab-db5e29a6ea65 +6a508faa-80a8-3246-9941-90d8cc8dec85,338fcdb2-cb6f-4fb7-a86a-12339aa213bf +6a508faa-80a8-3246-9941-90d8cc8dec85,b273cf24-5dc3-4a8e-9556-4f0dd6e0a29a +6a508faa-80a8-3246-9941-90d8cc8dec85,a4f8b1f3-d619-4598-9052-6c72d96474dd +6a508faa-80a8-3246-9941-90d8cc8dec85,27b2ccfe-d844-445e-81fa-94621d9f8220 +6a508faa-80a8-3246-9941-90d8cc8dec85,62543b5e-9ec4-4d1a-89ac-c1eb9f436552 +6a508faa-80a8-3246-9941-90d8cc8dec85,02b20354-49bb-41fb-ba51-84bb48d44e67 +6a508faa-80a8-3246-9941-90d8cc8dec85,80ead7a5-9a61-45c2-9592-d4de75569ccd +6a508faa-80a8-3246-9941-90d8cc8dec85,0dee13b2-b35b-4906-bceb-8f4c6dfe971a +6a508faa-80a8-3246-9941-90d8cc8dec85,8527af65-58b9-4290-9047-aa2f3ad21215 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3a0bb87-a475-4c9c-8893-0d3e84d074e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c342ad85-7a9f-4153-aa07-53c42362d31f +6a508faa-80a8-3246-9941-90d8cc8dec85,f35d96bc-dc38-4498-bcb9-e7799fba63d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b719a1ea-1c82-425d-bb05-eb4dda9db32d +6a508faa-80a8-3246-9941-90d8cc8dec85,8a859792-24a5-4a7c-9133-d83b81889350 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed530b0a-8496-47dd-afc4-ec5a3f85e06a +6a508faa-80a8-3246-9941-90d8cc8dec85,14dd00e5-b8b1-4799-b9d8-f1e5e161bc38 +6a508faa-80a8-3246-9941-90d8cc8dec85,148014ba-2612-4cfe-bedc-59e2b8662f09 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3752d2c-f882-49a1-a574-e237a126a9ab +6a508faa-80a8-3246-9941-90d8cc8dec85,6c1daca6-7de6-43fa-a900-33f771185862 +6a508faa-80a8-3246-9941-90d8cc8dec85,119b2e11-4a4f-4c7c-a9aa-80049167011e +6a508faa-80a8-3246-9941-90d8cc8dec85,095b3638-f0bc-4bdd-a631-508a41cf12e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b07da0fe-610f-4383-830f-8b7b9fea8c2a +6a508faa-80a8-3246-9941-90d8cc8dec85,065271e5-1d6e-4f04-b795-65e8020915c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad25379e-c242-4b9f-8445-e3bd5efc4f64 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9daf701-8f64-4278-80fd-74e3294a387a +6a508faa-80a8-3246-9941-90d8cc8dec85,2d662b1c-fd9b-4b0a-b40a-34cea41f5ff7 +6a508faa-80a8-3246-9941-90d8cc8dec85,641ac30c-52cd-4224-a5dc-a107c8ed7d9a +6a508faa-80a8-3246-9941-90d8cc8dec85,c25b7c3c-84be-46da-9a1c-738b4086ae1f +6a508faa-80a8-3246-9941-90d8cc8dec85,52741ebe-757f-4dcc-8b26-93b6003c1eb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,17eb6400-c129-4578-9b83-a50e0174b7e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cdd8b70-5b95-49ca-b18e-41b4fa44cf45 +6a508faa-80a8-3246-9941-90d8cc8dec85,2574d8e9-8718-4874-aae0-50e1c99fc9e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,337f119a-7ef8-4406-b26a-669ecd4a94da +6a508faa-80a8-3246-9941-90d8cc8dec85,457345f9-4a45-403c-a37d-8cd99094559a +6a508faa-80a8-3246-9941-90d8cc8dec85,dbf3dbf3-3267-4071-8d39-69591f0ab013 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbfa61ea-0395-405e-b3d9-e126c3afba84 +6a508faa-80a8-3246-9941-90d8cc8dec85,b04e1399-2dfd-4e42-9822-c4c790441eb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e69f3f0e-f414-4073-a91d-8f3ebd289d78 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b53f928-d62a-48ea-afba-1e14eab32fb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,25e4b862-e3e1-4b3c-918f-f8351348fe63 +6a508faa-80a8-3246-9941-90d8cc8dec85,76921a8d-c5e3-46bb-bcac-54122161270b +6a508faa-80a8-3246-9941-90d8cc8dec85,3b4146d0-3250-45b3-8cc9-7dc4fd9bc8ed +6a508faa-80a8-3246-9941-90d8cc8dec85,6a0cd8ff-305a-4712-b95f-8fa332c1a5ca +6a508faa-80a8-3246-9941-90d8cc8dec85,2cb0b0dc-f6ee-40ba-89c8-7673be96194f +6a508faa-80a8-3246-9941-90d8cc8dec85,dc65a337-4ffa-45d5-8e07-35ae7ddfaf97 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b7e5998-246e-4676-b822-019244eba790 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6f08a29-c7bf-40df-a244-fb968a956185 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b292886-9bcc-4da8-b605-0f4f47abc38e +6a508faa-80a8-3246-9941-90d8cc8dec85,a1634d00-f5a3-4706-acb0-ac5327a3a458 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7c90aee-3b9d-42ee-8a33-6ddaf0ec6761 +6a508faa-80a8-3246-9941-90d8cc8dec85,be502814-e4d2-462b-aa4b-fe0c9675a986 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1a6309b-1ac0-4029-9ce6-309c84eaf7dd +6a508faa-80a8-3246-9941-90d8cc8dec85,3aa3734c-6611-46b4-9f9b-f97cd2d79ca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5b41af2-b1b5-48c0-9b47-4504efa91f25 +6a508faa-80a8-3246-9941-90d8cc8dec85,f797ffe6-9c12-4103-865e-0153c672be3c +6a508faa-80a8-3246-9941-90d8cc8dec85,a8e8987e-06e7-4aea-a2ea-b56a8b738234 +6a508faa-80a8-3246-9941-90d8cc8dec85,6956de11-48e2-498b-84de-a38711f9ded0 +6a508faa-80a8-3246-9941-90d8cc8dec85,75caa1de-03ad-439c-a93a-20aac7a7e4f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,de06535d-d267-4d0e-9f94-d3cfd43f6820 +6a508faa-80a8-3246-9941-90d8cc8dec85,00cc66a9-6f90-409f-9045-739c76c4a0bc +6a508faa-80a8-3246-9941-90d8cc8dec85,01245e5c-1304-4417-af82-24da748e48dc +6a508faa-80a8-3246-9941-90d8cc8dec85,a326e245-f606-4434-aba3-50f7cc93e9a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5054897-b1e0-4ead-b1bf-76fe945acf36 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a011136-26e0-4d5c-a83d-9f3a296e83a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,25369e93-79df-446a-8054-75bf9f12f45d +6a508faa-80a8-3246-9941-90d8cc8dec85,df865852-c8fd-471b-9a88-93bcf88cb773 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2493bcb-6db7-4367-8ddf-7ee173da5671 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbd96c4d-42d7-4f2c-a942-dd377daf2bfe +6a508faa-80a8-3246-9941-90d8cc8dec85,172f64b5-b052-4cda-b1b4-f4221bbd768c +6a508faa-80a8-3246-9941-90d8cc8dec85,dcd9268f-f7c5-4a13-a7a2-c7c44ae7b3d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,addb9d30-847c-4854-bd22-d1f2e8e0a0e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7dde69f6-1673-4577-94b5-ade64ce30c20 +6a508faa-80a8-3246-9941-90d8cc8dec85,1977fb91-6618-4261-ad2a-465f1b1c9c77 +6a508faa-80a8-3246-9941-90d8cc8dec85,7321c3d0-9ce9-4ae3-89bc-47dea192fc1b +6a508faa-80a8-3246-9941-90d8cc8dec85,037f0b3a-b598-4fb9-8d99-34abfd097627 +6a508faa-80a8-3246-9941-90d8cc8dec85,e42ef6a5-4e4b-4ddf-b6ee-722925b4531a +6a508faa-80a8-3246-9941-90d8cc8dec85,8b563690-884b-4ea7-9ca2-e7ee88ad29ea +6a508faa-80a8-3246-9941-90d8cc8dec85,02633ad2-3684-43ed-b0df-4a95ead81d09 +6a508faa-80a8-3246-9941-90d8cc8dec85,49c93981-e382-46fe-b1fc-f6a4c5acc159 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf15e4ad-825e-426d-99ff-df0c20c7c569 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a65c97c-74db-4035-85f1-5ae721dbdf3d +6a508faa-80a8-3246-9941-90d8cc8dec85,a8284637-d9ed-472e-9c6a-8c9787fed897 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae2b96f1-e7fd-4a88-a610-f0f21a8d54f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,858fc98c-42c0-4eca-bc4b-3f8d62104613 +6a508faa-80a8-3246-9941-90d8cc8dec85,b89fcf5b-34b2-4e6f-9896-28cce230fd55 +6a508faa-80a8-3246-9941-90d8cc8dec85,b569514b-4b4c-408c-a53c-5533b1eff562 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0f179d8-0346-4f16-aca7-5f1346d6a69a +6a508faa-80a8-3246-9941-90d8cc8dec85,864e9836-2870-4b04-973d-2ebc9e75815f +6a508faa-80a8-3246-9941-90d8cc8dec85,60ea001a-9bb0-445c-ab7f-725bc04326ba +6a508faa-80a8-3246-9941-90d8cc8dec85,70399e59-014d-40ba-998e-1121d5af48ff +6a508faa-80a8-3246-9941-90d8cc8dec85,58b25464-a111-4662-a4ec-502a33f0b5d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e257080-e6f7-4e7d-a8ac-9a20f299040f +6a508faa-80a8-3246-9941-90d8cc8dec85,a87377a8-515b-4d38-b721-e3df6d887202 +6a508faa-80a8-3246-9941-90d8cc8dec85,84128f74-9f7c-4788-b40a-1b0fd90f9153 +6a508faa-80a8-3246-9941-90d8cc8dec85,db2e5cdb-aa22-4d88-a641-f41a2b59099e +6a508faa-80a8-3246-9941-90d8cc8dec85,57a45275-7eaf-4214-9639-203fd0dd3079 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2348a58-4c65-485b-880e-4f7daf84e5c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce07f4e5-ba61-4dfe-b6d5-7a5cb55bc782 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a1e4b3b-0946-4efa-9dbc-081daee089b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,97a3fc5b-a702-4b88-b4a4-22171bf89da3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d706e3d-af82-4279-860b-6fa725bdc7aa +6a508faa-80a8-3246-9941-90d8cc8dec85,8b5c23a1-44a5-477b-b6c3-af311274030c +6a508faa-80a8-3246-9941-90d8cc8dec85,67afbb0c-2f0f-42a7-ab1f-ed79694640b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a82592ec-dbf9-4218-9446-d62e9854afdf +6a508faa-80a8-3246-9941-90d8cc8dec85,288a12a5-4467-4af0-8fda-4423dd1520a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,10f88caa-fd99-4dec-a421-9e2b91471e6d +6a508faa-80a8-3246-9941-90d8cc8dec85,8cd56e0d-f974-4121-a1c0-471a64c3d7cc +6a508faa-80a8-3246-9941-90d8cc8dec85,4ca1f0cd-5ac4-49f0-817c-48d83f631784 +6a508faa-80a8-3246-9941-90d8cc8dec85,73eb0b2f-6d00-4133-9d5e-0f31809e0bf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,03af98c0-680b-4834-8d39-fc474444b337 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d27fc45-f41b-4644-9fd4-f94f07e6073b +6a508faa-80a8-3246-9941-90d8cc8dec85,f221e96c-f8a1-4a5c-a27b-722e47c9afa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f221032a-7a60-4fd6-92df-e5bf09a1484f +6a508faa-80a8-3246-9941-90d8cc8dec85,297284e8-9ecf-4290-b202-95f690531f6f +6a508faa-80a8-3246-9941-90d8cc8dec85,b0ad7b5e-4b65-4466-9ef0-5afdfc45be15 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ab48a20-e771-47ac-a088-08dd1b531389 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed6e6471-1e29-442e-b569-c47139b6ea9d +6a508faa-80a8-3246-9941-90d8cc8dec85,c83c0168-06ea-4737-ad93-96846e587544 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f4b2176-c6d1-4d26-bb41-c6a73c32a82a +6a508faa-80a8-3246-9941-90d8cc8dec85,282b4bf3-9028-4d9d-9e31-82d447981c90 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a815919-ccd1-4935-8b57-9ebe78902fc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a35399ac-3a93-4ff9-ae61-07ba443757cb +6a508faa-80a8-3246-9941-90d8cc8dec85,84380a9c-bee8-4561-93af-16264f5d35ba +6a508faa-80a8-3246-9941-90d8cc8dec85,049fb9cb-9e08-4379-b1f7-fbb3ae5f5095 +6a508faa-80a8-3246-9941-90d8cc8dec85,356c5723-0855-48b4-86fb-fac0d4da93f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c69ef9db-c6ad-4f50-a96f-5bf3fd6d5b69 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4dc413a-5143-4da5-a470-23e759cfc160 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8035fe2-5854-4a99-968e-23dcb55e2fd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,16b03f0d-bf26-4412-bda6-98fbff112bfd +6a508faa-80a8-3246-9941-90d8cc8dec85,25080f06-87d2-4d66-b952-5802e535c935 +6a508faa-80a8-3246-9941-90d8cc8dec85,490d5443-2a2a-406a-9489-85699a5ea8a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,922a703a-8de8-4dcf-9adc-86dcad25e341 +6a508faa-80a8-3246-9941-90d8cc8dec85,dde57b2c-f51d-40c7-beae-c808e83b61b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d53f9a5-d635-4b1d-aa08-994166cc203b +6a508faa-80a8-3246-9941-90d8cc8dec85,5d6df53a-686b-47f7-9700-c91dfa48a7d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,94c94e97-0f60-4eb5-a03e-d810682db97e +6a508faa-80a8-3246-9941-90d8cc8dec85,a877682d-0ca4-423a-b5cd-f24a9a4e44e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc3d8805-88b5-43de-8327-35cf15194127 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e893d96-543e-48b2-877e-d48fec614135 +6a508faa-80a8-3246-9941-90d8cc8dec85,16bc9f24-fe5e-4b29-9b05-283d5f4b986b +6a508faa-80a8-3246-9941-90d8cc8dec85,9d9ed530-a084-40a4-804a-07fba135e1b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c571d5df-f86c-43eb-981f-601638ddab43 +6a508faa-80a8-3246-9941-90d8cc8dec85,27bd5ebe-6bc2-4051-aa31-09ecd5b9efc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c14c7259-2ad6-4b45-b061-e656815a3f27 +6a508faa-80a8-3246-9941-90d8cc8dec85,d062b1f3-3c43-4e9b-9b68-963692f9be89 +6a508faa-80a8-3246-9941-90d8cc8dec85,c20edccb-da2c-404c-b547-0b5644326da5 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b3345a5-c2e4-4f4c-bcd4-36e51ac42e1f +6a508faa-80a8-3246-9941-90d8cc8dec85,b87ff1c0-540d-4635-9d4b-bb1b0c370166 +6a508faa-80a8-3246-9941-90d8cc8dec85,58ebf120-27b7-4105-89ad-c933937594df +6a508faa-80a8-3246-9941-90d8cc8dec85,fc47514c-ace9-42f7-ad40-4c9295ebd3f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,843dd98e-9fe6-4782-a1f5-88832c4dbe5d +6a508faa-80a8-3246-9941-90d8cc8dec85,c4537222-7ce6-490a-98bc-379e3a0951d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,96cb2e23-1642-4e53-953f-00da66cac9a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3602f94-4c38-4246-bcec-2ff53bddce54 +6a508faa-80a8-3246-9941-90d8cc8dec85,a682faaa-562f-4486-bede-8095e848fbd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4eb0065-9380-4140-a19a-9d7593d4cc9d +6a508faa-80a8-3246-9941-90d8cc8dec85,80323891-4957-4a47-ad26-7eb7c894dc06 +6a508faa-80a8-3246-9941-90d8cc8dec85,afe72c2a-59c5-4acc-8d33-2ce3213e7f46 +6a508faa-80a8-3246-9941-90d8cc8dec85,72ef2076-552b-491a-a8e4-c1e49b3181fe +6a508faa-80a8-3246-9941-90d8cc8dec85,c31d38cc-828a-444c-9f54-6e562cd87ecf +6a508faa-80a8-3246-9941-90d8cc8dec85,35212003-c3f8-4c77-9df9-460d670f3675 +6a508faa-80a8-3246-9941-90d8cc8dec85,09781cae-aef8-4b8c-923f-23ecfe1e51cc +6a508faa-80a8-3246-9941-90d8cc8dec85,341069c3-11cf-47a1-bd52-6dba99bb4859 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3a036a4-fc15-4f50-844d-58875fc77069 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e9a7a1c-7706-457b-9d5a-8a81f2b8b6b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee26a58c-93dd-4e1c-b29d-891deb463cf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ba70e37-e52e-4fc3-adfb-2bb266b11b47 +6a508faa-80a8-3246-9941-90d8cc8dec85,e640f0ce-4b6c-416b-86f5-63fd3aef09ea +6a508faa-80a8-3246-9941-90d8cc8dec85,2101577e-d319-4b7d-b3fa-9a3dcf6f37e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c545e22-2280-4412-b598-2d8b8da90199 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac42a56d-f081-4a72-ac97-8c338f274ce3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e7b8702-13b7-45f1-9a85-14cd5f4a599a +6a508faa-80a8-3246-9941-90d8cc8dec85,6c6a12d2-cb1f-434e-9db4-572096e3332d +6a508faa-80a8-3246-9941-90d8cc8dec85,06cd4473-0d67-4f82-80f8-581aeaa1e6b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1507411-013a-40b9-b0d3-8c38b8eb0788 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c445a26-3451-4b4b-b205-fea415e874f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a86cef59-05d8-4671-ad9d-e8c0eeed8ea9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7bc5c80-debd-4226-84e4-96d89f462a66 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf5d3117-e6f6-4cbd-9144-89aa8ea092cc +6a508faa-80a8-3246-9941-90d8cc8dec85,dfed88a4-345a-4866-9f8d-8436a98cf8f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7deeeb85-e902-4e9e-8605-70a3c9ac62cb +6a508faa-80a8-3246-9941-90d8cc8dec85,6d2990e8-7246-478b-a709-a8550e459d09 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cfc53fa-defe-470f-9239-a1b7edaf02fb +6a508faa-80a8-3246-9941-90d8cc8dec85,60363951-fb8c-4972-be89-50ed1d677624 +6a508faa-80a8-3246-9941-90d8cc8dec85,15bf268a-b9fc-4705-8980-1f2c8f7fd596 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad12d6d6-2aa9-4c76-bbd6-7337fd21e5e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e89cdcdc-8382-440e-8f4b-59179dfdff4b +6a508faa-80a8-3246-9941-90d8cc8dec85,a018d3ca-ecb2-48f6-9ad8-c40ff76841b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e0c3d20-4999-4c7d-b405-8721e27a84f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfcd01d3-9172-4e52-aea1-c3774aeec3d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,52647125-a2de-4448-a43b-e4a3b1d32f7c +6a508faa-80a8-3246-9941-90d8cc8dec85,ac249c6e-470f-4928-a7fd-308f4175bb21 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8b605ce-1b83-4749-b9b3-54dfe9feaac7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b0b71a7-4f98-4ac2-be66-08f8f5e889f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cd30401-6f84-4f5c-ae85-b9ab5f9181d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0232b915-2407-4b78-9bc7-63ae81d1e3c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2284e72-30fa-4828-9ce0-edeebc556035 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1db193f-0524-471e-ac58-db8943d678ae +6a508faa-80a8-3246-9941-90d8cc8dec85,a4950534-aa4a-422f-8dd2-f206ef2dd020 +6a508faa-80a8-3246-9941-90d8cc8dec85,382df10a-02f3-4615-86a8-f08248dd3317 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf544637-0588-45b6-92d3-86914d24ae99 +6a508faa-80a8-3246-9941-90d8cc8dec85,b260b9a1-a014-478d-b340-bee4d387ef40 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7a0f174-4471-47de-9057-a64ac7041f85 +6a508faa-80a8-3246-9941-90d8cc8dec85,e670812f-4433-4b0a-90fb-ffef41306c32 +6a508faa-80a8-3246-9941-90d8cc8dec85,8055e93a-35c5-414b-8298-4a6e58f17143 +6a508faa-80a8-3246-9941-90d8cc8dec85,7738dcc0-8d08-4ed6-b94b-b0fe81fcdc45 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e7e012b-c35f-4d4a-8cf0-75f705a08165 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d85adbb-e018-4a7e-a71d-3bf9b8b01909 +6a508faa-80a8-3246-9941-90d8cc8dec85,c67f6229-b8a1-4aec-866f-21795dbfdd13 +6a508faa-80a8-3246-9941-90d8cc8dec85,45e92b40-3c7c-4881-8689-7977bbb6229b +6a508faa-80a8-3246-9941-90d8cc8dec85,ee611226-63d4-4f31-bc77-b9dff07a2db2 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7f4c40b-9c48-4973-911d-116af6aa6d29 +6a508faa-80a8-3246-9941-90d8cc8dec85,2535bd68-836e-47ef-9217-083cac69c351 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8ea9e64-ced3-4936-8b53-abf4ca08430e +6a508faa-80a8-3246-9941-90d8cc8dec85,a5ff64c2-78d6-4bc1-8021-75befc815a1a +6a508faa-80a8-3246-9941-90d8cc8dec85,fe623d5e-eeed-40bb-94ad-2806e868ce08 +6a508faa-80a8-3246-9941-90d8cc8dec85,c68cd3d4-d780-47a1-bcda-137ad2c4e366 +6a508faa-80a8-3246-9941-90d8cc8dec85,39891d39-e531-4041-b8c3-966adce7fe85 +6a508faa-80a8-3246-9941-90d8cc8dec85,228a7e29-2400-4fd2-8eba-42ff36c14692 +6a508faa-80a8-3246-9941-90d8cc8dec85,35d24760-bc67-4185-8686-71013eee2fc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c4748e8-b371-49b6-a1fa-f52cda0f2542 +6a508faa-80a8-3246-9941-90d8cc8dec85,415832f7-0738-4a24-9aee-c8da117bbe86 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7c3ac11-4416-42ec-9873-d53b7c0a94ba +6a508faa-80a8-3246-9941-90d8cc8dec85,1eee5552-c9a0-4a62-afcb-fef6d9bb04d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6323410e-5f02-43a1-94b4-ff7a4d440cf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f189d91-94de-4bdc-93b3-6026260f0c1f +6a508faa-80a8-3246-9941-90d8cc8dec85,ddd893d0-60cf-4eee-b363-e94625c77a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,82da0fa6-718a-4c56-9cd7-b49bc910a4be +6a508faa-80a8-3246-9941-90d8cc8dec85,e758adf5-0fdc-4dc4-b577-6d3bdb9f7f41 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d2e1aa7-df53-40d9-a14d-fb76fa561040 +6a508faa-80a8-3246-9941-90d8cc8dec85,74762454-efd9-4284-96d6-5dc1371d8f45 +6a508faa-80a8-3246-9941-90d8cc8dec85,91035520-5684-4fb3-9603-d65805d51779 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e731dd8-027e-46ca-bddb-3a336402478f +6a508faa-80a8-3246-9941-90d8cc8dec85,e4e44017-ff9f-4700-bd36-bb25a0126072 +6a508faa-80a8-3246-9941-90d8cc8dec85,b17d2f97-d436-455b-8934-78022144ee1d +6a508faa-80a8-3246-9941-90d8cc8dec85,d0817dde-e57a-4f63-b93d-86b28bc2ca3b +6a508faa-80a8-3246-9941-90d8cc8dec85,ade95f6e-a0c4-4bdc-956a-4b22e90b709a +6a508faa-80a8-3246-9941-90d8cc8dec85,2690df1d-77f5-425d-b2e1-858cc8b36f88 +6a508faa-80a8-3246-9941-90d8cc8dec85,e74fff81-dec2-4e6f-a0fd-b75e17e1781d +6a508faa-80a8-3246-9941-90d8cc8dec85,476b560b-f577-4566-a7d0-52f9316ed1a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ab98962-0ac4-4e53-a9a2-c1d153f7b1cf +6a508faa-80a8-3246-9941-90d8cc8dec85,a2b3c057-7a92-4240-981f-ab92b89ec51c +6a508faa-80a8-3246-9941-90d8cc8dec85,939f1f32-ef43-4db0-8dc9-eb8d1159c709 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6b1ea17-4138-4327-9629-b0a1e28b9b1e +6a508faa-80a8-3246-9941-90d8cc8dec85,62027f23-47ef-4e27-95f9-e6b5cb5b8064 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b75cea3-44fa-4e3f-a9b8-61089d02d641 +6a508faa-80a8-3246-9941-90d8cc8dec85,a822685d-2e0c-4c87-a216-0151ac467e4f +6a508faa-80a8-3246-9941-90d8cc8dec85,b8343c88-d9e9-4d4b-bc1d-4018208a7003 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8dd2d07-b12d-4dbf-8d71-7e802f0ad079 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5d39915-7186-45f3-8d68-e7185cb0a290 +6a508faa-80a8-3246-9941-90d8cc8dec85,d721e514-b49d-4603-b429-efae259b650b +6a508faa-80a8-3246-9941-90d8cc8dec85,c131bcaa-0bb3-4a5e-8f9b-a10db5b579ff +6a508faa-80a8-3246-9941-90d8cc8dec85,4de84979-262d-4c38-a467-f6411688de8b +6a508faa-80a8-3246-9941-90d8cc8dec85,f318d1d2-ae92-43ee-b904-372de325ece2 +6a508faa-80a8-3246-9941-90d8cc8dec85,22790ed2-bee6-4267-8c4d-03d1765f5378 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee8739ea-3605-44c0-bc6b-e6836e504db0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9ad197a-409d-47d6-8913-e12854266a73 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfdfc0e5-7f20-4e58-bc8e-dc5e33adaa87 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cebd852-5076-4997-ab87-f592d09dd505 +6a508faa-80a8-3246-9941-90d8cc8dec85,28555053-9d26-4fae-b7ec-48ca9291aaa4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fddf496-5949-462b-8782-9e5233346cff +6a508faa-80a8-3246-9941-90d8cc8dec85,d585c66c-f3a1-41c4-a0e6-a88fa46f2dcb +6a508faa-80a8-3246-9941-90d8cc8dec85,c2962986-9444-4e83-9085-230bcbf9f367 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6868ee4-ce37-498b-ac90-e4103c3d7447 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a6b513c-244a-4c2b-97ee-8e7a757132d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,71b523fa-8452-4677-9a51-5ecb30d19312 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0f0ea39-ca5e-4162-871c-2631a0b2c66d +6a508faa-80a8-3246-9941-90d8cc8dec85,6131c41c-85e7-4e7c-9f81-8f1ee073d2cf +6a508faa-80a8-3246-9941-90d8cc8dec85,e801e67f-f39e-4240-b0b6-fe220c5d53f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff941aa2-0e84-4897-bdd1-62115a66de52 +6a508faa-80a8-3246-9941-90d8cc8dec85,88bdb8fb-232e-4b26-979b-ccb259b614e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ba07dcb-6939-4fbc-9060-52d40b084acb +6a508faa-80a8-3246-9941-90d8cc8dec85,0e1902f1-ab0f-4f10-b347-2a4a58ec420a +6a508faa-80a8-3246-9941-90d8cc8dec85,2c17d8aa-fb5c-499a-bffb-b2f07981bcdc +6a508faa-80a8-3246-9941-90d8cc8dec85,00d5c565-b308-4c82-a3a0-36651a93b24c +6a508faa-80a8-3246-9941-90d8cc8dec85,36ce6dff-d92b-4c7d-bff4-ad6dcc8eccde +6a508faa-80a8-3246-9941-90d8cc8dec85,cf6267b3-6c3b-45cf-a99a-c4f3ca40498c +6a508faa-80a8-3246-9941-90d8cc8dec85,e2cc281d-c0dd-4e3b-bf32-fa01298079a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,03ff7646-7a3a-4d66-9422-ff4f6d906523 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca8097f1-d217-4c12-804e-0d4718497752 +6a508faa-80a8-3246-9941-90d8cc8dec85,463165fb-094e-4186-81a0-ed7288496729 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d048194-614c-4de2-8b9d-3072faa3042b +6a508faa-80a8-3246-9941-90d8cc8dec85,425fb7ee-82ea-44e2-83c8-8fa3efed7e8c +6a508faa-80a8-3246-9941-90d8cc8dec85,0f1be629-9ba6-4777-ad51-a78608663c31 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff399254-ee37-44c4-b150-b004a347797f +6a508faa-80a8-3246-9941-90d8cc8dec85,219f6d2b-bfdd-49f6-b97c-77ecb5949ee1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce2a8045-9eb0-4540-95d4-3708b0eef2b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5167c28b-0750-4b8c-b412-966c61c010f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,00c9f730-4f69-4499-8a00-ee520a8cc26a +6a508faa-80a8-3246-9941-90d8cc8dec85,dfdb96ac-934c-49af-bb72-8bc154970941 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cf88cc1-cf7a-4380-bf31-f89d283e0000 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aa60e96-4622-4ed2-873a-5b27fd51dd9d +6a508faa-80a8-3246-9941-90d8cc8dec85,c11035a5-ffb9-4e41-becb-888ffc62c170 +6a508faa-80a8-3246-9941-90d8cc8dec85,88173ebe-1802-4a58-81e2-dfac9d308a37 +6a508faa-80a8-3246-9941-90d8cc8dec85,9acad0cb-3444-44fb-8aea-1bcd287d68ca +6a508faa-80a8-3246-9941-90d8cc8dec85,767cac97-c3c4-4e6f-a538-674ed640388f +6a508faa-80a8-3246-9941-90d8cc8dec85,822bdf4b-a0d6-4646-8f89-8b9238c2fbc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,eac6e0d5-cece-4fb7-a873-614f68bebb97 +6a508faa-80a8-3246-9941-90d8cc8dec85,96fd4051-74fe-4f65-92c9-5d462b0f4ee6 +6a508faa-80a8-3246-9941-90d8cc8dec85,041f9729-0ffe-4ce6-83a4-0a719d8a2b3a +6a508faa-80a8-3246-9941-90d8cc8dec85,1f675636-2fd7-4b32-9e7e-d9ba188cd27e +6a508faa-80a8-3246-9941-90d8cc8dec85,658400fe-6a20-4e46-b590-d01b128b75aa +6a508faa-80a8-3246-9941-90d8cc8dec85,da1a0f64-eff3-433f-8baf-7f506173ee9b +6a508faa-80a8-3246-9941-90d8cc8dec85,4ccf66da-0fca-4b88-a547-fa4eac9e11de +6a508faa-80a8-3246-9941-90d8cc8dec85,3c370f73-432a-400b-8590-c621ff6a1420 +6a508faa-80a8-3246-9941-90d8cc8dec85,8060cbca-ebe6-4aee-8b52-2e8685b917d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4399a763-5548-4c7a-ac81-d64fbbcf3f4e +6a508faa-80a8-3246-9941-90d8cc8dec85,c47429c7-6b42-435e-933a-9033c95ba46a +6a508faa-80a8-3246-9941-90d8cc8dec85,20a1eed9-abf2-4792-ad58-96c57ca95a4b +6a508faa-80a8-3246-9941-90d8cc8dec85,e849fe5c-b1ce-4b9f-bf29-9addbc60f1a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc870dfa-93a9-40fb-9b83-c2251a8110dd +6a508faa-80a8-3246-9941-90d8cc8dec85,d4703ce9-73d1-47d7-af91-39a3c0e3cbfa +6a508faa-80a8-3246-9941-90d8cc8dec85,c2a6c15e-40ae-4e27-8640-a058ba8a750d +6a508faa-80a8-3246-9941-90d8cc8dec85,16513ce1-9b2d-4bba-b768-4935e1f6e84f +6a508faa-80a8-3246-9941-90d8cc8dec85,c9526083-8703-41f4-b4bc-b3de53ebc729 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fe953a1-fe37-4420-b67d-deab545fbe65 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bf94129-d29f-4884-b6f0-f35f935c9d9f +6a508faa-80a8-3246-9941-90d8cc8dec85,777d83d4-3cc8-4e62-acce-fa9af7d2b47e +6a508faa-80a8-3246-9941-90d8cc8dec85,5abe00fa-cbfc-4251-8ea2-abede5a6b128 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bd0f1f9-e3da-4aba-9be4-2d48fc133cad +6a508faa-80a8-3246-9941-90d8cc8dec85,6d8dea36-feb8-4fff-ba7a-d445a1f2cc63 +6a508faa-80a8-3246-9941-90d8cc8dec85,dce931a9-6fcb-4216-bef6-4f31206bd08f +6a508faa-80a8-3246-9941-90d8cc8dec85,045118bd-ab91-449c-80fa-6950ad15ea7c +6a508faa-80a8-3246-9941-90d8cc8dec85,9519604a-d9a7-4d43-9ce4-591411e15fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ce5ca60-f971-455a-b4aa-1c7b1e2b199c +6a508faa-80a8-3246-9941-90d8cc8dec85,1cb8e5b9-baf3-46d1-a5b8-3510ff53d4ed +6a508faa-80a8-3246-9941-90d8cc8dec85,f8890b8f-cf9d-4997-aab8-ce31cc77c873 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe4b2cd8-ca1d-4f1d-8450-0777b4d85c54 +6a508faa-80a8-3246-9941-90d8cc8dec85,035c6a20-2db8-45e0-b61e-08f15c2495ea +6a508faa-80a8-3246-9941-90d8cc8dec85,349d828b-365f-4e00-b44a-f26cd6283e03 +6a508faa-80a8-3246-9941-90d8cc8dec85,97c83cd7-44be-41e2-ad0c-31b5c8a49b68 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a0bba3f-9627-46cb-b45d-b3b8b71c1e51 +6a508faa-80a8-3246-9941-90d8cc8dec85,a50c1944-371f-4ae3-ab96-ca91c863389b +6a508faa-80a8-3246-9941-90d8cc8dec85,4ef161cd-d5ff-4c63-b56d-e11e7c771771 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f0a0c08-4bc7-4876-b699-fc6312dedb47 +6a508faa-80a8-3246-9941-90d8cc8dec85,81208411-61e1-41e7-b81c-d61eeae97457 +6a508faa-80a8-3246-9941-90d8cc8dec85,74e26606-64b2-4b82-99ec-844ab61cd0c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,72c2defb-01ff-4959-99b3-1cb4c0617009 +6a508faa-80a8-3246-9941-90d8cc8dec85,c3dbb07f-48d4-448b-939f-f50e5b226fc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb79c792-14c1-47e7-8208-33520ec77a87 +6a508faa-80a8-3246-9941-90d8cc8dec85,19d4938d-7465-4044-b83e-87ac1b0d08fe +6a508faa-80a8-3246-9941-90d8cc8dec85,3b555c4b-807e-47cc-82f1-c4d2a4ce2e4b +6a508faa-80a8-3246-9941-90d8cc8dec85,0909fb7c-938d-4e12-917a-74e1c162fdc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cd8a48a-3e2d-40a2-b992-1cacdf3b95e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,415bc06b-d49c-492d-b9d2-5fe178a5b518 +6a508faa-80a8-3246-9941-90d8cc8dec85,47611971-cab8-43f5-9913-3d804f98f3d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9a3acd9-0ac4-4c35-83e4-be3a5563e29a +6a508faa-80a8-3246-9941-90d8cc8dec85,0d3a85db-c104-4884-8fa8-ba4894c112d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f8fa6cd-2b15-49cb-a87b-5dd0848a371b +6a508faa-80a8-3246-9941-90d8cc8dec85,b49c47c5-af16-48d6-97d9-dc82f460d9d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cd1f8b8-1d7e-4677-a7d5-7ab354c03361 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e78f911-1dca-4cce-924c-fd4c25c4c769 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4701948-34d3-4c09-bde3-b324a098fb84 +6a508faa-80a8-3246-9941-90d8cc8dec85,44e5c8fd-62c3-44dc-8596-14b4926f2c2d +6a508faa-80a8-3246-9941-90d8cc8dec85,88f66bc1-769a-458a-9f6c-cac118f1941f +6a508faa-80a8-3246-9941-90d8cc8dec85,0f0e2573-36c9-479c-92a0-90afeaad53cb +6a508faa-80a8-3246-9941-90d8cc8dec85,af428f54-5348-4bc4-bd80-2a5a7674d757 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b9da084-356b-4a69-98d7-29368564762f +6a508faa-80a8-3246-9941-90d8cc8dec85,ed2b3b7b-725b-4c47-9e58-28b9814631c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5abddec-6264-41e2-b8b6-8f245a44fa82 +6a508faa-80a8-3246-9941-90d8cc8dec85,36e254df-5119-49b1-9856-34f22229cef1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8cfbc81-70d2-4d4d-be91-04afcf31ef96 +6a508faa-80a8-3246-9941-90d8cc8dec85,3519bb60-62ea-4732-afe6-b86028cdd88d +6a508faa-80a8-3246-9941-90d8cc8dec85,42acabe0-9e0d-43eb-ba70-fa88774a4422 +6a508faa-80a8-3246-9941-90d8cc8dec85,d72abe59-52ae-482a-9194-ebc0fffd2bf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3ec8792-5a13-41e8-87a9-22cbd3b4c51d +6a508faa-80a8-3246-9941-90d8cc8dec85,652c27b7-0d91-4b3c-a915-bf4b62ca7644 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e22e1e6-4bad-4402-ae18-35ae4383c2ba +6a508faa-80a8-3246-9941-90d8cc8dec85,0c38d42e-3544-42bf-bd5c-17a74dab6e78 +6a508faa-80a8-3246-9941-90d8cc8dec85,66e23797-37a1-44f9-928a-c226964b30ca +6a508faa-80a8-3246-9941-90d8cc8dec85,53346cde-f711-4f2f-9ccb-2db9ab827c1d +6a508faa-80a8-3246-9941-90d8cc8dec85,3ef74fad-3a9a-4c92-8a7f-b72bf9f95759 +6a508faa-80a8-3246-9941-90d8cc8dec85,7237f952-1555-48bc-a778-a65a569bf1b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fe87761-16f6-4a4e-9c04-7ee45c770953 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c4cbe2c-abc8-4f7c-8e23-e078a588596a +6a508faa-80a8-3246-9941-90d8cc8dec85,a8b4f024-07c8-47ad-acc7-dc9894d64069 +6a508faa-80a8-3246-9941-90d8cc8dec85,d14eec69-4845-46a0-a585-bc518ae70b21 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8f8db77-bf9e-42eb-976e-30ff893852ac +6a508faa-80a8-3246-9941-90d8cc8dec85,dc2562af-128a-4481-af70-6b8cf82ec6d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,17281846-eb01-4714-a384-7f55e3312769 +6a508faa-80a8-3246-9941-90d8cc8dec85,87060d50-4f6b-4bb5-8e29-3799e0d926f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8b3e5c4-b21e-4335-aae4-ee0a6c0c45fe +6a508faa-80a8-3246-9941-90d8cc8dec85,c93c6b95-3a05-47c5-a8be-1125a9c4a940 +6a508faa-80a8-3246-9941-90d8cc8dec85,3df4b34c-006a-463f-adcd-8c19cc0277c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,63a09821-db97-477e-b30a-f7c86fad5172 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0611719-f3e5-4ab1-a998-0e2eeb91a740 +6a508faa-80a8-3246-9941-90d8cc8dec85,22d0feba-03ab-46eb-bcd5-6c9b79bee02b +6a508faa-80a8-3246-9941-90d8cc8dec85,fd71f704-2fd9-4263-8735-35c01b164c96 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b2af8bb-2eb9-4131-9695-608d70216145 +6a508faa-80a8-3246-9941-90d8cc8dec85,96739a9f-7e2d-4a9b-bebc-e071f5ad9f2b +6a508faa-80a8-3246-9941-90d8cc8dec85,03edbbae-7877-4d88-bc09-73b580bcd88d +6a508faa-80a8-3246-9941-90d8cc8dec85,56caca33-fb2d-447e-b0ff-50e6c797fc57 +6a508faa-80a8-3246-9941-90d8cc8dec85,77e6276e-6756-47cf-a53d-8d2f923fefaa +6a508faa-80a8-3246-9941-90d8cc8dec85,7eaab809-20be-440d-9bdd-9ec0d7bb1645 +6a508faa-80a8-3246-9941-90d8cc8dec85,be4265af-3606-4d2a-8879-ba174568793b +6a508faa-80a8-3246-9941-90d8cc8dec85,204f3a75-e64d-4bfb-8136-3b67f2e35cde +6a508faa-80a8-3246-9941-90d8cc8dec85,bca43849-bc3e-4ea5-a166-7136a2d8dfb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,010f9354-b6cc-45bf-8e87-318efe29c0ea +6a508faa-80a8-3246-9941-90d8cc8dec85,f525994f-7aaa-41d7-9fc0-de5a344218c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f64a6a63-be98-40cc-bea6-d1e5cb812543 +6a508faa-80a8-3246-9941-90d8cc8dec85,36136b3c-a729-4967-94ca-c5bc32a14a0c +6a508faa-80a8-3246-9941-90d8cc8dec85,4ff959ac-620b-4249-bbe4-a07a88c2f2df +6a508faa-80a8-3246-9941-90d8cc8dec85,dea4d43b-b762-4452-bebf-ec7694a77707 +6a508faa-80a8-3246-9941-90d8cc8dec85,1905c5fc-3290-4617-b3a1-cefdacad77a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b58fe78-14cf-4977-9410-3572e5a8966f +6a508faa-80a8-3246-9941-90d8cc8dec85,32266732-49de-4729-ad00-58073020e42e +6a508faa-80a8-3246-9941-90d8cc8dec85,75e160a9-289e-48e2-adec-b9b3555bc939 +6a508faa-80a8-3246-9941-90d8cc8dec85,9caaece6-6712-49bb-8f71-c22ddfd8a505 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ff5cbc3-f351-46d3-a380-854521c15a03 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0bb9a2f-9e5c-4100-81f7-e0ac90f5309e +6a508faa-80a8-3246-9941-90d8cc8dec85,1157612d-304f-42b8-a2f8-0af44cc8b602 +6a508faa-80a8-3246-9941-90d8cc8dec85,09f7dd69-4dfa-4e2e-979a-812ad7c75067 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab8b2a1e-cbc6-4789-a38b-4574299836d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,945aca71-1853-4199-bc4b-c1854bfdce72 +6a508faa-80a8-3246-9941-90d8cc8dec85,77bb1e37-095a-4f81-9025-c83615fa8104 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e82f72a-375a-4144-8c8c-db08aeaa6a5d +6a508faa-80a8-3246-9941-90d8cc8dec85,39aa7e79-c165-472f-89cc-e77480a18278 +6a508faa-80a8-3246-9941-90d8cc8dec85,a54e84cc-1c96-43cd-ae4d-04bbaff04cc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b95ec404-fd56-49b6-aa11-bffdb293e4ba +6a508faa-80a8-3246-9941-90d8cc8dec85,25d98600-357c-4ed2-b585-db237a0662cb +6a508faa-80a8-3246-9941-90d8cc8dec85,96feb7a0-5f70-46c4-bf94-45515b0de757 +6a508faa-80a8-3246-9941-90d8cc8dec85,d64f8303-2d00-4f91-a47f-f6ef40648b1a +6a508faa-80a8-3246-9941-90d8cc8dec85,c525be16-ba28-48e8-b816-c89aafcd9be0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e85458b-7215-4d18-9d76-fc8e3e8a5353 +6a508faa-80a8-3246-9941-90d8cc8dec85,394a07e5-0445-4880-9816-1b36703d97a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a300ed0-6834-4b07-acde-998b58283c41 +6a508faa-80a8-3246-9941-90d8cc8dec85,380c5cba-b8ab-486f-94b7-5c8a966fa7fc +6a508faa-80a8-3246-9941-90d8cc8dec85,508b7b5d-49ae-4529-915e-a58c29d22299 +6a508faa-80a8-3246-9941-90d8cc8dec85,49d1df71-a939-426c-8ee1-b7a527a7fe99 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a3137ff-00ed-45f3-80fa-9731c06e2098 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ccfa0cc-5e29-40f0-9b62-510b0f60a972 +6a508faa-80a8-3246-9941-90d8cc8dec85,9de13aaa-0b25-4399-80aa-7d7fdac5b009 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8577eac-42c5-484d-8af0-6e8ac302602a +6a508faa-80a8-3246-9941-90d8cc8dec85,a8b3542d-e659-407b-b928-94fd518d8af5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e8dde95-8b2c-41d7-93b4-ad5c609479e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4459c0ee-21c6-4e76-8de9-ff9b71d8078c +6a508faa-80a8-3246-9941-90d8cc8dec85,78f54833-1cea-4804-a08c-44142fb59b1d +6a508faa-80a8-3246-9941-90d8cc8dec85,f0b7bdab-b514-44b7-bc46-64affecaafab +6a508faa-80a8-3246-9941-90d8cc8dec85,f475a938-6b28-4ede-8060-6ccf02a12aba +6a508faa-80a8-3246-9941-90d8cc8dec85,2d488ecd-ab68-4837-b594-7c27cfdf3f5d +6a508faa-80a8-3246-9941-90d8cc8dec85,74e1ba2a-7e3e-41f3-86db-d077284be750 +6a508faa-80a8-3246-9941-90d8cc8dec85,e67ccb3f-81f6-4312-9341-a60b57c28ee3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c74e959-72b5-4b8b-913b-7f399b6f0eed +6a508faa-80a8-3246-9941-90d8cc8dec85,94401f67-53a7-4d0e-8635-66a09ee1bceb +6a508faa-80a8-3246-9941-90d8cc8dec85,6c76242b-aff2-4dec-b835-1cf90d7b65ba +6a508faa-80a8-3246-9941-90d8cc8dec85,e669bf1d-9fb4-40f8-8a28-3babb8995cc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,119bc8a9-9c48-4a2e-b0e2-c1cecd9f8e18 +6a508faa-80a8-3246-9941-90d8cc8dec85,f91494c3-46fc-4a7c-950f-78b265b9bda4 +6a508faa-80a8-3246-9941-90d8cc8dec85,38d9ef6e-c862-4729-bb98-3544dc27f50e +6a508faa-80a8-3246-9941-90d8cc8dec85,ac2f79c3-9a9c-4be4-954e-242c4cdc40f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6680c7c7-f26b-4c45-a959-c748fbe03afd +6a508faa-80a8-3246-9941-90d8cc8dec85,dc06519f-c3c3-4702-bc1c-302af368569a +6a508faa-80a8-3246-9941-90d8cc8dec85,d2842a31-7a5f-4618-8657-354d1d4b3909 +6a508faa-80a8-3246-9941-90d8cc8dec85,40b8b155-417c-430d-89fa-24d68a0677ce +6a508faa-80a8-3246-9941-90d8cc8dec85,8c96f191-fa10-46e4-b2d8-245ec4531788 +6a508faa-80a8-3246-9941-90d8cc8dec85,277d945b-75c3-4be1-a264-8161272cd92d +6a508faa-80a8-3246-9941-90d8cc8dec85,427caebf-fb9f-4d68-980d-f58389ad6f3c +6a508faa-80a8-3246-9941-90d8cc8dec85,903dcb0a-0f29-4934-a7ef-67f89e65cc68 +6a508faa-80a8-3246-9941-90d8cc8dec85,edd9bd2d-550e-4b60-8e20-05e2615a8181 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b71f264-70ec-4854-b479-84296af16d2a +6a508faa-80a8-3246-9941-90d8cc8dec85,fa59078d-4fd3-4df6-93bd-a67c1dd72acb +6a508faa-80a8-3246-9941-90d8cc8dec85,33fdf40e-e6b1-4922-a0f9-b9b1647f03c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ac4d989-afeb-4ac3-9150-759ee12bc47a +6a508faa-80a8-3246-9941-90d8cc8dec85,a31bb58c-e03a-487b-9f6b-b51193fcf909 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dae3b87-48e6-46cd-9830-6944d89bf5de +6a508faa-80a8-3246-9941-90d8cc8dec85,ec374c99-fe37-4d5d-9537-2dbc42f6ef1a +6a508faa-80a8-3246-9941-90d8cc8dec85,61e4e561-381c-4dab-b93b-cbd8aeaf0058 +6a508faa-80a8-3246-9941-90d8cc8dec85,92e6f071-d240-4852-9c52-d1a76bfe5d1f +6a508faa-80a8-3246-9941-90d8cc8dec85,20008561-cf79-49f1-8289-86bd5ba29ac0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e64b8d7f-6d23-4f07-a446-1691dfd1a49c +6a508faa-80a8-3246-9941-90d8cc8dec85,893b2f0d-1691-4321-8347-9a4666845947 +6a508faa-80a8-3246-9941-90d8cc8dec85,522659da-7b03-43f4-a365-3cd15cb99ac2 +6a508faa-80a8-3246-9941-90d8cc8dec85,250d5a1f-dd94-448d-94e7-7f7a8aa6ad33 +6a508faa-80a8-3246-9941-90d8cc8dec85,55910638-a9f9-40e1-9f9a-e9713da407b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f320e46-3d13-49f8-ab21-5ff7ceaf51e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a51a02c3-920a-4d5e-bb9d-756b47cddd12 +6a508faa-80a8-3246-9941-90d8cc8dec85,58af0eb5-5ea5-407c-b4ab-bf865c6eb0f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c5de581-8271-4043-b7b1-444f784665e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,13425ccc-b44d-4f17-8879-a0ba66d18373 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ccf2000-f8b0-42f5-939e-6ad98df026fc +6a508faa-80a8-3246-9941-90d8cc8dec85,9dade058-6746-445e-a7d6-9c6b172847b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fe08984-bf4b-42ee-ad20-6ae65a1af543 +6a508faa-80a8-3246-9941-90d8cc8dec85,14cc322c-2d55-4c9f-bf4b-72a956d7d886 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c88767e-807e-4eca-b6cb-31ba04cf4365 +6a508faa-80a8-3246-9941-90d8cc8dec85,040e66be-075a-4612-9939-77cba19ce687 +6a508faa-80a8-3246-9941-90d8cc8dec85,84061562-2284-4b72-bf54-3eb57833a82e +6a508faa-80a8-3246-9941-90d8cc8dec85,950c26eb-bc59-46fe-a823-3ee64e039474 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b1e1dfe-d84f-46f2-aeea-f5e1a40f8047 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2baf572-b8a9-4f72-b103-c78240dc3058 +6a508faa-80a8-3246-9941-90d8cc8dec85,1af35e9b-5d2b-428b-9bbd-179d4efa45a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,cddbec87-1051-4639-9941-533e4e7d308a +6a508faa-80a8-3246-9941-90d8cc8dec85,dafd22a7-57be-43fc-99bb-547d729cf55a +6a508faa-80a8-3246-9941-90d8cc8dec85,098916da-10f7-45da-a2c1-03291a2b8733 +6a508faa-80a8-3246-9941-90d8cc8dec85,16563c45-4874-45f6-bae6-f494f4e3c863 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef15e0cc-6c4d-4fd8-891b-856b3519de4c +6a508faa-80a8-3246-9941-90d8cc8dec85,054ea7a7-8a6f-4851-898a-479481cfc405 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba3f4938-8bbe-418c-9cd2-c37e6bd6a2ef +6a508faa-80a8-3246-9941-90d8cc8dec85,40eda9a0-7d26-4494-a35a-ecca9c4df02c +6a508faa-80a8-3246-9941-90d8cc8dec85,b95adf74-e418-4ff0-ac89-143c78966c28 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce8d1128-2090-47f7-8299-805406d58eef +6a508faa-80a8-3246-9941-90d8cc8dec85,348a16dc-b540-4279-8234-f2a61cf6f8d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0e0c1bf-cdec-4059-9745-7ae5610fee55 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c408c92-2a34-4112-ba42-128ec59067e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,98f770e2-c38b-4a27-8266-7dce886ccbbc +6a508faa-80a8-3246-9941-90d8cc8dec85,4d91670c-9e3a-461f-a127-ab8dbcdb88a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0a84881-26fd-4516-9692-4095fb4b9cca +6a508faa-80a8-3246-9941-90d8cc8dec85,2e3c6c86-00d3-4173-9234-c4133162384d +6a508faa-80a8-3246-9941-90d8cc8dec85,3bf3b0a4-b472-46b5-aaae-5fe3d728e1fb +6a508faa-80a8-3246-9941-90d8cc8dec85,2c1c49ce-c6ac-4756-b427-6725fe42db93 +6a508faa-80a8-3246-9941-90d8cc8dec85,d20e801d-b06a-4a21-8185-b7d87d38653e +6a508faa-80a8-3246-9941-90d8cc8dec85,bf803085-83fb-4d32-9c35-9c00e3320c69 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bc35eba-aa3a-422b-af0f-9734a166863b +6a508faa-80a8-3246-9941-90d8cc8dec85,5addf892-7c4d-41d5-a928-1ed09de8f09f +6a508faa-80a8-3246-9941-90d8cc8dec85,7f7298e5-7855-4c8d-8de6-87af7823e780 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8813077-9eab-41be-962f-a6148007dd1c +6a508faa-80a8-3246-9941-90d8cc8dec85,9e1e5aa5-cd5a-4b87-bbed-adec6a54e172 +6a508faa-80a8-3246-9941-90d8cc8dec85,98a62473-475c-4155-9590-ff7969247e84 +6a508faa-80a8-3246-9941-90d8cc8dec85,a054f615-45e2-45ba-862e-0375a8af6dfd +6a508faa-80a8-3246-9941-90d8cc8dec85,19bf7fee-6718-43a4-9bd1-d4f72d11420e +6a508faa-80a8-3246-9941-90d8cc8dec85,c69cb21e-dee0-45e5-b8f5-65301ccac4bb +6a508faa-80a8-3246-9941-90d8cc8dec85,a8da387f-03d7-49ff-b360-07e48f257ad9 +6a508faa-80a8-3246-9941-90d8cc8dec85,daeb16af-d1fd-462e-9076-c25f01635389 +6a508faa-80a8-3246-9941-90d8cc8dec85,9292f2fa-cf96-460f-905e-d3a209d4b983 +6a508faa-80a8-3246-9941-90d8cc8dec85,88624ab8-5e99-4340-9fda-c76eb4a222e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,159482a8-62ca-4fea-9506-82bdbc5d0c95 +6a508faa-80a8-3246-9941-90d8cc8dec85,85a5843f-f735-4b32-afa7-210ed9da2f62 +6a508faa-80a8-3246-9941-90d8cc8dec85,0dac4b97-5397-48c1-9ff3-f20602c9a2b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,af0850a7-6f4b-47d0-9541-0fcfafed36b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b561fe8-0de8-4906-86b3-022c6d5ddcd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,72702c42-e11a-48de-ae11-9355a641db28 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8cee69e-1dca-4b71-9744-6c09e4989700 +6a508faa-80a8-3246-9941-90d8cc8dec85,d39fdd83-7c42-43de-a9a2-423bd9450db3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4054b56-484b-490a-8b93-5869607bcd0a +6a508faa-80a8-3246-9941-90d8cc8dec85,f919f952-69f3-4a06-927e-6985fa0a0af5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cfd8e23-69b9-4ee2-b75b-68911082ace2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a786cb4-a8e5-4de3-a4ca-f0dcaa0123b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,968680a4-ef7d-4fad-bf61-73bf28493fac +6a508faa-80a8-3246-9941-90d8cc8dec85,7fc4d1ec-2b7e-4018-8097-16f33f6f1995 +6a508faa-80a8-3246-9941-90d8cc8dec85,87e12be6-1018-4217-b2f5-296a4c22e2ea +6a508faa-80a8-3246-9941-90d8cc8dec85,4cb8253d-2a9f-4aa9-a5e1-f4e041522b53 +6a508faa-80a8-3246-9941-90d8cc8dec85,254f6061-b050-4d6c-8141-82884b23fe8c +6a508faa-80a8-3246-9941-90d8cc8dec85,6ec816fb-15bb-485a-8c07-52a8e0fd439e +6a508faa-80a8-3246-9941-90d8cc8dec85,5d46814c-e080-438d-955e-088d575fcce0 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa1c4c25-a182-4be4-90aa-04485f374d2c +6a508faa-80a8-3246-9941-90d8cc8dec85,7d2afe05-6eb0-42a4-afe3-06df71b000a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,44e613f5-a8e6-4ded-b2a3-2b78cf12ea69 +6a508faa-80a8-3246-9941-90d8cc8dec85,89708b10-97ad-406f-b80a-ba00be595836 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b2847e5-1324-44b8-9547-da2f3488ea60 +6a508faa-80a8-3246-9941-90d8cc8dec85,48164aa9-2de9-47e9-a3eb-2d64820da8a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,29c22612-ce1c-4c2e-bcf5-4d026bcf1df8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3426a2f9-372f-498d-99a7-69179477f63d +6a508faa-80a8-3246-9941-90d8cc8dec85,3c82f194-1264-4a6a-b5d4-85c3bcd51044 +6a508faa-80a8-3246-9941-90d8cc8dec85,d967fcba-b61c-48c3-8c07-4cd7ec65e6d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,105f58c9-23d2-4641-8bf3-c4994fd7ba21 +6a508faa-80a8-3246-9941-90d8cc8dec85,2936bb51-771e-47df-bafc-6f9cc86f2f1b +6a508faa-80a8-3246-9941-90d8cc8dec85,6733c98d-c454-42c6-ada9-47e012f680cc +6a508faa-80a8-3246-9941-90d8cc8dec85,bbd175e4-e2b7-4033-b21d-fa425335c5f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f8d4962-9a20-4cdf-be00-c8455384b14b +6a508faa-80a8-3246-9941-90d8cc8dec85,96edfc7d-de61-4e1f-9808-742c8a86d039 +6a508faa-80a8-3246-9941-90d8cc8dec85,9183fb05-30df-4b2b-98ad-d16465282c57 +6a508faa-80a8-3246-9941-90d8cc8dec85,c12f3f07-561a-408e-9547-50b6062b4966 +6a508faa-80a8-3246-9941-90d8cc8dec85,e19298c2-c3e3-48c4-a097-abd21d7131b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6855aef0-7f6e-41d8-b10b-d0c94c7c3f4a +6a508faa-80a8-3246-9941-90d8cc8dec85,8d8462a9-4ee2-4057-8610-e075d307bdae +6a508faa-80a8-3246-9941-90d8cc8dec85,89c791aa-5eeb-4334-ac1e-192476f2822f +6a508faa-80a8-3246-9941-90d8cc8dec85,1be7b758-c666-4d59-a248-2dadd1df4f3a +6a508faa-80a8-3246-9941-90d8cc8dec85,f33cdf21-00ae-4f40-ab87-ab4f5f267c9c +6a508faa-80a8-3246-9941-90d8cc8dec85,96134cb7-5fc4-421e-9488-4a46dcfe021d +6a508faa-80a8-3246-9941-90d8cc8dec85,290532a2-4f24-4bb4-9ffa-fcaef5254af5 +6a508faa-80a8-3246-9941-90d8cc8dec85,93ad5697-0b8c-47fc-ad52-ea5d62d2dea5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3daf8f4d-7903-4cd5-971f-fc74dc93482d +6a508faa-80a8-3246-9941-90d8cc8dec85,2c2035c7-4a97-417e-b447-14858f03e48a +6a508faa-80a8-3246-9941-90d8cc8dec85,2d56c44f-a298-4c04-b02a-a7a9106aa44e +6a508faa-80a8-3246-9941-90d8cc8dec85,9d865471-67c6-48a4-af38-ac71b7b42864 +6a508faa-80a8-3246-9941-90d8cc8dec85,7957acf3-c282-4a00-9206-4ebb6085416a +6a508faa-80a8-3246-9941-90d8cc8dec85,a0dea33d-303c-4fb5-b100-83ed38630fba +6a508faa-80a8-3246-9941-90d8cc8dec85,67fab8e6-1b1e-49b1-a2db-632eef186891 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9f19d64-0c69-4e1b-8f53-2cf66b46675c +6a508faa-80a8-3246-9941-90d8cc8dec85,25b055eb-9706-47bb-8ca9-eacaeca893e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7ce7bca1-4b80-4d2b-82b1-a8c8cc3bc592 +6a508faa-80a8-3246-9941-90d8cc8dec85,d21332e3-f320-4d73-b09d-90491b07ac00 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f1cf220-ad81-4383-ae88-9cff4bfce15d +6a508faa-80a8-3246-9941-90d8cc8dec85,508bbb11-dd97-472f-895e-5b83d19836db +6a508faa-80a8-3246-9941-90d8cc8dec85,4b82a815-972e-4748-9488-ea27e30f345d +6a508faa-80a8-3246-9941-90d8cc8dec85,761507ce-5454-4cfb-981a-33dc250cd492 +6a508faa-80a8-3246-9941-90d8cc8dec85,95347f69-a310-4180-b3b6-04753f37160a +6a508faa-80a8-3246-9941-90d8cc8dec85,cdee7201-684d-41bb-a14a-47f74fcb3943 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bb3ecb2-c5d7-4ef8-a544-f9fa8e960997 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ee22867-c19f-4056-beb0-7f556d8558a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f314e98-efde-46e0-8d7c-fdf1f8dfd168 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa8f3255-392a-4645-8a48-1e66fb3da604 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8501e12-47dd-4c17-a0a3-9e67a6b5bada +6a508faa-80a8-3246-9941-90d8cc8dec85,409049d6-cac4-4355-8047-4dd426c3fb85 +6a508faa-80a8-3246-9941-90d8cc8dec85,0be65077-219b-4969-85a1-cd630432c87d +6a508faa-80a8-3246-9941-90d8cc8dec85,14a08f56-14c7-487e-86f7-4c709bd02389 +6a508faa-80a8-3246-9941-90d8cc8dec85,368d9085-4e97-4bfd-a82a-49645f6f4a2d +6a508faa-80a8-3246-9941-90d8cc8dec85,abab3aae-363b-49dd-a490-765d0e8babd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,378defd9-cd71-4b3e-926a-4d95db3a9cf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bc6a3e6-8ec1-42db-81a8-bf4df1559d87 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd23e3db-3aa6-4d06-812f-b39c78da0473 +6a508faa-80a8-3246-9941-90d8cc8dec85,110a4d37-26e0-4d01-9648-5457ed127a15 +6a508faa-80a8-3246-9941-90d8cc8dec85,082a78d8-72c8-4a37-b2c8-6e39ebed4b0c +6a508faa-80a8-3246-9941-90d8cc8dec85,a14a685e-786f-4e39-98ed-9a71cf8ae200 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1e5deb1-69a9-47e5-8ea1-430d2caca8d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,23842caa-0ce7-47f3-87a9-cf433ff985d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c22614c0-2c3e-4f8e-96e5-4f4bb1914c85 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ad1fcb4-87e1-4b69-9863-0957e62ef0bb +6a508faa-80a8-3246-9941-90d8cc8dec85,1e39465b-2a57-46e3-be12-64bb2cba0286 +6a508faa-80a8-3246-9941-90d8cc8dec85,293859a8-41fe-4583-b8b0-1558d4431bca +6a508faa-80a8-3246-9941-90d8cc8dec85,a24b3708-20d0-4be3-8969-577eab427652 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a2f9331-ab0e-470e-bd5f-f09b823a27d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a6f5d81-2004-4396-a9d4-322c1a4f9205 +6a508faa-80a8-3246-9941-90d8cc8dec85,e819428b-5c2f-405a-956a-be8ed8303e0f +6a508faa-80a8-3246-9941-90d8cc8dec85,4ce6afb8-c9e4-4fab-a564-91385dbfb322 +6a508faa-80a8-3246-9941-90d8cc8dec85,439b3c35-d41d-446b-bc7d-aa997650c1e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,78ab0521-2a51-4f0e-a876-406d03dc0ecb +6a508faa-80a8-3246-9941-90d8cc8dec85,7ff3cfbf-a866-4878-90ec-8ca6cc3731cb +6a508faa-80a8-3246-9941-90d8cc8dec85,8ecd320c-48c7-4d45-82ac-412d1ee50e10 +6a508faa-80a8-3246-9941-90d8cc8dec85,4752fbb3-edce-4049-bdb2-738cfd5fecc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee59fa4c-2ba5-4560-b959-1066a7e9f19d +6a508faa-80a8-3246-9941-90d8cc8dec85,2b52a354-7775-482a-ab24-765c008d433f +6a508faa-80a8-3246-9941-90d8cc8dec85,0af96583-acee-4363-98e3-b2974cbc5c7d +6a508faa-80a8-3246-9941-90d8cc8dec85,9779157b-8623-4aa5-9ac6-efee82877f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,891a8c39-24c7-40bb-906b-40d949e53107 +6a508faa-80a8-3246-9941-90d8cc8dec85,d97a051f-6d29-4c89-8884-96508c2677eb +6a508faa-80a8-3246-9941-90d8cc8dec85,a46e23b0-a33e-4653-80f3-46ef5dfc66a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8edce348-b8ea-4a27-94ed-8226c236110f +6a508faa-80a8-3246-9941-90d8cc8dec85,7986fa66-aa72-48d3-9fb2-3baa22329e72 +6a508faa-80a8-3246-9941-90d8cc8dec85,11c694c8-80bb-424f-b8ca-7154ec694226 +6a508faa-80a8-3246-9941-90d8cc8dec85,c23b94a2-aa93-4910-a21b-0cabeea72fc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f71a0a7-0970-4440-827d-4addb772b875 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c0addde-eee6-48d4-bb38-2580c8e39cc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,df4af0b5-9f7e-451a-b273-618c8e539926 +6a508faa-80a8-3246-9941-90d8cc8dec85,1765a4f7-fc99-4af5-bbec-e16ba0e65af9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e68c997-44cf-4725-a1c1-883a4b76e5ad +6a508faa-80a8-3246-9941-90d8cc8dec85,59fbdd5b-900b-45dc-97f7-40e2682e2c3d +6a508faa-80a8-3246-9941-90d8cc8dec85,909bae45-3fca-467a-9dc8-2fbedb8799ca +6a508faa-80a8-3246-9941-90d8cc8dec85,3eeea309-01c4-4c28-8412-f32111fb1c0e +6a508faa-80a8-3246-9941-90d8cc8dec85,64bd7a70-3b2f-4163-836b-0b5c4d7c8b36 +6a508faa-80a8-3246-9941-90d8cc8dec85,3fc35c1e-e9da-48eb-8317-baa524b1e6fc +6a508faa-80a8-3246-9941-90d8cc8dec85,15fd0b3f-e330-4ca7-aa2a-eaeb922d3a0c +6a508faa-80a8-3246-9941-90d8cc8dec85,9a3454f9-cb51-4f27-a262-745f802fb028 +6a508faa-80a8-3246-9941-90d8cc8dec85,85f85b24-511d-42fe-a9b1-8295c8c17c16 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aa11d6d-6862-43f7-a145-0680ca46c390 +6a508faa-80a8-3246-9941-90d8cc8dec85,097d4fd9-5661-4828-aabf-798e320f4149 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6fc222a-28cf-4576-8192-02f5782282c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bfb72c2-744a-4bfe-a2d7-35f4b01aecd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc2428e2-3f6a-4869-b3a6-be666ece5fc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7956620d-b33f-47dc-96f8-64241fe5703a +6a508faa-80a8-3246-9941-90d8cc8dec85,2fce6b87-d592-4137-be09-a01a4c08c7d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a655161a-8b46-4d9b-a562-d7bbf40ab696 +6a508faa-80a8-3246-9941-90d8cc8dec85,736a19a1-919a-4062-b8a5-03cab040c3ef +6a508faa-80a8-3246-9941-90d8cc8dec85,20c0261e-4067-4324-962f-19eb552cd1c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,436f77e8-e49b-416f-8590-d0d0681fff39 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd5101ab-3b4f-49b1-99b7-9dbd76fe73f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7dfdd604-e6e8-4d28-9978-c955a42f9f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,4668ae40-ab91-4a08-b2bb-ad9ce2ca3ff9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b19a8398-de29-43fc-81e9-d09b3bfd9da0 +6a508faa-80a8-3246-9941-90d8cc8dec85,77e7f108-d1c7-4eab-be3a-7c4d372664cd +6a508faa-80a8-3246-9941-90d8cc8dec85,9a1c333f-8f5b-483c-b8b6-2f644b862089 +6a508faa-80a8-3246-9941-90d8cc8dec85,a16fa231-4235-4071-9a10-8f83913c0141 +6a508faa-80a8-3246-9941-90d8cc8dec85,71bd43c4-d4a8-43f4-8283-ea7e64f35404 +6a508faa-80a8-3246-9941-90d8cc8dec85,630142e1-51a7-46ad-928e-f941af2de1bf +6a508faa-80a8-3246-9941-90d8cc8dec85,9b737db5-a38e-45cf-a162-175d53ac5900 +6a508faa-80a8-3246-9941-90d8cc8dec85,455ecbfc-4207-4070-9d0c-1d0b6b0d30a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c27a7f0e-a475-407d-9c0f-d5220276bc75 +6a508faa-80a8-3246-9941-90d8cc8dec85,846369f1-5490-4c4c-bd01-3e388248c170 +6a508faa-80a8-3246-9941-90d8cc8dec85,90355760-c289-44f4-9f2f-2a5da688c89c +6a508faa-80a8-3246-9941-90d8cc8dec85,4aa3866f-75bd-416e-b6f6-f580baabc577 +6a508faa-80a8-3246-9941-90d8cc8dec85,e01b0785-661c-4ed6-a211-6a99d044f82e +6a508faa-80a8-3246-9941-90d8cc8dec85,7721e58b-5df9-4114-8414-32dd38be2a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,377720c7-48d1-4dbf-bf3e-ee8bbaf60770 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f122220-be3c-4129-969f-30fc10992e18 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ea80b6f-edeb-4439-9057-8c959d997e4d +6a508faa-80a8-3246-9941-90d8cc8dec85,fa3519d2-9037-4c7b-8096-37a9452ca90c +6a508faa-80a8-3246-9941-90d8cc8dec85,aaf2cf1a-9610-427f-859b-fe32fe5c62f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,42177b78-23a4-4057-8f94-0869d8ee5095 +6a508faa-80a8-3246-9941-90d8cc8dec85,1496bf45-deba-4b64-96af-65345478ef63 +6a508faa-80a8-3246-9941-90d8cc8dec85,5aabcbfb-5e4d-4e01-9952-19309bce418f +6a508faa-80a8-3246-9941-90d8cc8dec85,38bbdc11-f275-4521-9b99-e371e2a7bdba +6a508faa-80a8-3246-9941-90d8cc8dec85,d74428b9-bfd9-432f-8889-514ddce2a84c +6a508faa-80a8-3246-9941-90d8cc8dec85,02a98131-fccd-4b59-92ce-cdcfb323c143 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2443fbc-2d9f-48b2-bac9-2a7596c6fd1f +6a508faa-80a8-3246-9941-90d8cc8dec85,1d53e7e2-ea5b-4e9b-8695-3b39322a2318 +6a508faa-80a8-3246-9941-90d8cc8dec85,6045b471-92b8-4577-aeb1-b1dd1ecc2f7c +6a508faa-80a8-3246-9941-90d8cc8dec85,6f17847e-6983-4736-953d-4e2bc8536013 +6a508faa-80a8-3246-9941-90d8cc8dec85,4535b4dc-0252-40e7-8533-f17046009808 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4fcfd00-389a-41a6-952d-01f9816a6af1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d145b45-55da-4208-ae5d-d9764ed551b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,797d087e-d3f3-4511-8edc-40863c923839 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f2911e1-ac34-4bad-b3db-672aa4802dd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,557fd436-470e-445b-b4c9-4449bff07f88 +6a508faa-80a8-3246-9941-90d8cc8dec85,2266e85c-c596-4ccb-925e-9eb9999309c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,2db5c625-d6c1-48d4-b68e-f88832e94fd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec910a47-2f59-47eb-a173-de04e69af1e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea04e73a-762a-4455-ae81-7d8f1b0252c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c69cc0d-83ba-4b19-be61-54f040ab4f26 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1f0e84d-e61c-446a-a4e5-d38162913051 +6a508faa-80a8-3246-9941-90d8cc8dec85,557f3b00-602a-4430-b58d-114f3face408 +6a508faa-80a8-3246-9941-90d8cc8dec85,166a3e75-2701-4d02-91ca-0f40e52ca903 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b8abff7-8d42-44bb-838f-20c1ddf01bb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,59265959-27b7-440d-a18f-f33995cd5cf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5826f5f8-5667-4baa-a6b7-4063d97f5e4f +6a508faa-80a8-3246-9941-90d8cc8dec85,efb29349-5db1-4d4e-906b-73c7e983bd1e +6a508faa-80a8-3246-9941-90d8cc8dec85,d8d2a2b2-fd8c-45de-acf0-fe0625ae44ab +6a508faa-80a8-3246-9941-90d8cc8dec85,5d14b746-7a7d-4c76-9f84-d62f66cfccf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6e1849d-0143-4bdc-99f4-318ddf9a9f08 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7ef95a9-779b-4033-8a3a-a67d01406221 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ac7ba90-8503-498a-bfa5-d04f3a41f918 +6a508faa-80a8-3246-9941-90d8cc8dec85,7caa3494-0997-42ed-9629-74ad957fc34d +6a508faa-80a8-3246-9941-90d8cc8dec85,a23138bd-3f59-456b-bc15-630913aeb50e +6a508faa-80a8-3246-9941-90d8cc8dec85,4407f705-5ef7-486b-9e86-98a3ab093fd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fcfeba4-8103-40b3-9854-a348016f0572 +6a508faa-80a8-3246-9941-90d8cc8dec85,88a53973-789e-4afd-a1f6-e87ac1a2a3f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9430e68f-7c38-48da-9e7a-8eeb74bcd559 +6a508faa-80a8-3246-9941-90d8cc8dec85,80388f10-8285-4aa2-83b2-a9f1709210c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,dafdb146-eb97-4cb2-83de-6999757b1a6d +6a508faa-80a8-3246-9941-90d8cc8dec85,a84d9108-35e0-4b88-a573-88be51960959 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d556c56-ba01-4750-857a-9d08c643e882 +6a508faa-80a8-3246-9941-90d8cc8dec85,c91374a6-f77c-4253-b9b0-19d69392edbe +6a508faa-80a8-3246-9941-90d8cc8dec85,98f615f2-c1cb-437f-8b22-ec230e2af817 +6a508faa-80a8-3246-9941-90d8cc8dec85,db62cada-dfba-489c-8f09-a01a7b7d5bc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d687de0-213a-4ae0-8dd8-f5632782afdf +6a508faa-80a8-3246-9941-90d8cc8dec85,4ca0f181-f6ac-4d1b-a5a4-a67f38c1b4b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0966aecc-2e4a-4907-a204-eda9ff6c0be5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c08f23d8-1360-4421-a4b1-ff2b2bf7ca04 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2c7a7fa-ff25-49d9-9e20-fcd3b3df3bba +6a508faa-80a8-3246-9941-90d8cc8dec85,5cf9ae90-c9c5-41dc-867e-92d80c172c5e +6a508faa-80a8-3246-9941-90d8cc8dec85,7f6b7760-422a-4e9d-bd5a-074506763081 +6a508faa-80a8-3246-9941-90d8cc8dec85,d291b1ea-7c45-437d-b042-7f5c364616d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbe56eef-bfda-47e0-8b08-90d13a1d4ad3 +6a508faa-80a8-3246-9941-90d8cc8dec85,490ac60f-19b8-4434-98f2-f65ef68ad9f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2fe2d97-5e34-43ee-93f7-0c745ac7cd60 +6a508faa-80a8-3246-9941-90d8cc8dec85,0eb069be-d8c9-4e43-b02d-a73cddffebe2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cc14f4b-fbaa-4e40-9bdd-7f807df9e311 +6a508faa-80a8-3246-9941-90d8cc8dec85,05319436-8a4c-4a0e-a368-9b244bbe2df0 +6a508faa-80a8-3246-9941-90d8cc8dec85,025c8eb2-a5fc-44fa-b689-b8033223cbe1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ccae2a7-919b-403d-8ec4-be90286faad3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6b656cc-411a-4a84-9ae6-6276385963c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,7025dc7a-9e9d-49f9-b5c8-5f264fae21ee +6a508faa-80a8-3246-9941-90d8cc8dec85,052321ed-a903-4713-9d95-1b568bf3b344 +6a508faa-80a8-3246-9941-90d8cc8dec85,a018e319-4453-4c2f-8e9c-7a950adc808a +6a508faa-80a8-3246-9941-90d8cc8dec85,f312799c-1dab-41a5-9810-9bcf3c2b1afc +6a508faa-80a8-3246-9941-90d8cc8dec85,611f5641-ca8c-48d4-9b22-983db95e6bb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dc21e57-af6a-45ca-a77e-f74ee741015e +6a508faa-80a8-3246-9941-90d8cc8dec85,66d92747-8691-460e-b045-7d6dab3f73b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,26386c4f-5ec5-4a6b-95ad-5141b858ab14 +6a508faa-80a8-3246-9941-90d8cc8dec85,623c9ca1-8a4a-493a-9b77-15c478ec5249 +6a508faa-80a8-3246-9941-90d8cc8dec85,22243fd4-5a51-4784-8b55-86bf6a518c4d +6a508faa-80a8-3246-9941-90d8cc8dec85,861c1d17-b574-455f-9e25-762988e46ed2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b5ddca2-111d-44f9-97e6-1ab3c046129c +6a508faa-80a8-3246-9941-90d8cc8dec85,5bf9aa85-ef23-48f1-af33-2a9440bfbe40 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d0ec518-3358-484f-816c-c22402cf0560 +6a508faa-80a8-3246-9941-90d8cc8dec85,796792c5-19d3-40fe-b048-03542308d3a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4c52bf9-a1e6-4303-8634-6415c74aed39 +6a508faa-80a8-3246-9941-90d8cc8dec85,93be3506-f732-4f1a-9788-51cfa8d78232 +6a508faa-80a8-3246-9941-90d8cc8dec85,27e41540-2560-4b4d-85ca-46e5104893cb +6a508faa-80a8-3246-9941-90d8cc8dec85,6657a52d-8c71-47e0-96a0-5d08590cdaad +6a508faa-80a8-3246-9941-90d8cc8dec85,fc6d5a32-b485-467e-b8df-3e0f789b1bd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c9ba9c6-56d4-4f20-b87f-5a6201dee8ab +6a508faa-80a8-3246-9941-90d8cc8dec85,3b5eeb27-04b7-4e24-953a-45898f32664c +6a508faa-80a8-3246-9941-90d8cc8dec85,9df90fea-c3c6-435a-be3b-2f33c17ba9d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,797dda65-fcd3-417e-a4bb-f2cf7bf1e41c +6a508faa-80a8-3246-9941-90d8cc8dec85,97083117-c5c0-49ff-94bf-f518143242a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,02952ca5-c385-4189-abe1-50d3e9f2237c +6a508faa-80a8-3246-9941-90d8cc8dec85,39eebfc5-2783-47c5-8f99-424e8197d118 +6a508faa-80a8-3246-9941-90d8cc8dec85,5954487b-1c6b-4cf9-8d1c-a120079a3b6e +6a508faa-80a8-3246-9941-90d8cc8dec85,c6430044-af4d-41a6-b39b-9319a976a374 +6a508faa-80a8-3246-9941-90d8cc8dec85,579626e3-06a7-4fe2-a3cb-65856f33416d +6a508faa-80a8-3246-9941-90d8cc8dec85,b1b4cdc5-273e-4f98-a120-df9b824b2cf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a255eafd-c611-4d3e-b6b9-a0c2fa9155e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1ef453c-08b7-4ceb-8a64-13004edf93fa +6a508faa-80a8-3246-9941-90d8cc8dec85,dd2bfced-b521-4ab7-9716-3eb646c3c9a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcfda74a-4361-4777-ab4b-b63f937ec9bb +6a508faa-80a8-3246-9941-90d8cc8dec85,6443c0b8-f298-4e07-b0e9-13d794088a90 +6a508faa-80a8-3246-9941-90d8cc8dec85,67c93426-e735-4aa3-be56-2c8804d83e78 +6a508faa-80a8-3246-9941-90d8cc8dec85,6abd4752-4fbf-4484-951c-a8b91282ed59 +6a508faa-80a8-3246-9941-90d8cc8dec85,4db994a7-768f-40b2-8412-5a25b80de636 +6a508faa-80a8-3246-9941-90d8cc8dec85,09aabd23-2468-4143-ba18-2d22171a6238 +6a508faa-80a8-3246-9941-90d8cc8dec85,89ad5f50-eb12-4681-a21c-e3254f8aaa1f +6a508faa-80a8-3246-9941-90d8cc8dec85,19318b97-948d-4e6a-a848-71831c450b36 +6a508faa-80a8-3246-9941-90d8cc8dec85,898b4793-deb3-46ac-a66a-0941061eb64f +6a508faa-80a8-3246-9941-90d8cc8dec85,478ca518-632b-43c7-9aa8-711d74fa55f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,963cfb4a-9d72-469d-a1fd-b68882a51918 +6a508faa-80a8-3246-9941-90d8cc8dec85,062a57af-2c09-43f9-abaf-157ff1c0d904 +6a508faa-80a8-3246-9941-90d8cc8dec85,72e0d021-57d7-4659-9f41-385475514358 +6a508faa-80a8-3246-9941-90d8cc8dec85,6464627a-e855-4026-8157-ef7ebf26e924 +6a508faa-80a8-3246-9941-90d8cc8dec85,04e2c1fb-736f-46a3-b838-a6ee0a4821ef +6a508faa-80a8-3246-9941-90d8cc8dec85,991cf4f6-0a4e-4cad-ab39-fdffc4552bff +6a508faa-80a8-3246-9941-90d8cc8dec85,e16f1637-5dba-4218-840c-f349c090fe2c +6a508faa-80a8-3246-9941-90d8cc8dec85,c02bdafe-f530-4651-95dc-dec483329e17 +6a508faa-80a8-3246-9941-90d8cc8dec85,c987b22b-3f00-4a20-baed-3637faeba082 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3506f85-c08e-48a8-93b4-b5fdf728661b +6a508faa-80a8-3246-9941-90d8cc8dec85,af742a28-2d62-4aed-9687-4701dabe0615 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d07cd76-3446-4da2-bf96-9c6a521598ae +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4462de-14b6-4e3b-9efd-ac3aa1505ce2 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2839880-a4d1-4e67-8ef2-025ee0eaef57 +6a508faa-80a8-3246-9941-90d8cc8dec85,2de727d7-5f24-4356-b9f5-d917f55736c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,76a8109c-e0ba-4a9c-a6c9-8b959ad55af2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fb39069-b26b-4960-9949-05aa649c3fc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,80c266de-a955-4659-a62d-cc6d476aabb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8129f814-3893-4389-a711-a47fb913d5dd +6a508faa-80a8-3246-9941-90d8cc8dec85,7e3d70fe-be26-4b2f-ad35-f691cf23411d +6a508faa-80a8-3246-9941-90d8cc8dec85,fef94da4-0fd7-4448-8f1b-1c4c34b72980 +6a508faa-80a8-3246-9941-90d8cc8dec85,3986131c-1b01-48c2-a113-eaa5a16f6f0f +6a508faa-80a8-3246-9941-90d8cc8dec85,c77e5dfe-0cc9-4c1c-9ce3-3588424f3f35 +6a508faa-80a8-3246-9941-90d8cc8dec85,e83132be-7e5d-4d00-9f2d-c0ec154e0342 +6a508faa-80a8-3246-9941-90d8cc8dec85,13f63d1a-cd3c-4347-8369-1366a5411562 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc3589c1-55d2-4798-a795-8602fe3965af +6a508faa-80a8-3246-9941-90d8cc8dec85,656a1011-d77d-48dd-8ba7-9214713e06a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e9011c4-623d-45e5-8723-193a440587af +6a508faa-80a8-3246-9941-90d8cc8dec85,266ad2f8-4fc2-4c0c-9aee-fb081e75a009 +6a508faa-80a8-3246-9941-90d8cc8dec85,33cb2744-684b-45df-8b74-ec34e431c138 +6a508faa-80a8-3246-9941-90d8cc8dec85,44937d01-c9f6-44bb-9e29-e22469b95880 +6a508faa-80a8-3246-9941-90d8cc8dec85,19d002bf-c93a-44ce-93d3-acacc34d3952 +6a508faa-80a8-3246-9941-90d8cc8dec85,6309a319-7bc0-484c-a945-99323a8b8b37 +6a508faa-80a8-3246-9941-90d8cc8dec85,9dd58869-95c6-4624-8374-4a7f9404643f +6a508faa-80a8-3246-9941-90d8cc8dec85,364db96a-5a65-4135-8f09-876d96b4b585 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1c261ec-397b-439a-841b-578633b61221 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b29091c-e2d9-4c31-bc08-0397df064fab +6a508faa-80a8-3246-9941-90d8cc8dec85,d3c49ecc-267d-48df-a777-d56ac7a401b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,74fbe432-6891-40a5-b18d-b9bbccd15d06 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fab1c7d-e165-45d3-814e-178b9c1d9a13 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae23d746-1fd8-4c67-af52-4f9cf6745cb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8e9fa0d-bddb-4501-8199-a45351d00f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,1add0164-a4ee-4075-b03a-28e4535108a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,42493e70-1d46-4a18-ae1d-f32c07894694 +6a508faa-80a8-3246-9941-90d8cc8dec85,364bc009-4628-41ef-8633-da33389fbae9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a4512d7-b248-496e-83da-30e315682fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,31938ce3-73cb-473e-8cb9-1ef969300036 +6a508faa-80a8-3246-9941-90d8cc8dec85,faf21310-fd2d-4c18-b72a-ee976b2609ab +6a508faa-80a8-3246-9941-90d8cc8dec85,f04e198a-4bfb-4005-9ccc-3aafd5047d4f +6a508faa-80a8-3246-9941-90d8cc8dec85,42066c4f-5dea-4759-bda0-9dd92ea74472 +6a508faa-80a8-3246-9941-90d8cc8dec85,69e869b8-1acb-4b36-bc18-b68852be2cde +6a508faa-80a8-3246-9941-90d8cc8dec85,3f221b36-df42-4af1-8548-d143bd3022df +6a508faa-80a8-3246-9941-90d8cc8dec85,de5c9cd0-fa8d-407c-98c2-dafed389a04d +6a508faa-80a8-3246-9941-90d8cc8dec85,13996b8d-db05-4d4e-b6f0-fbd54186e6fd +6a508faa-80a8-3246-9941-90d8cc8dec85,26292edc-ed29-429c-861c-ad32e0987209 +6a508faa-80a8-3246-9941-90d8cc8dec85,90191f86-292d-4625-b7d1-505e03f846cf +6a508faa-80a8-3246-9941-90d8cc8dec85,8aa01ebe-15e8-4c5a-81bf-4824c4d5decc +6a508faa-80a8-3246-9941-90d8cc8dec85,d728587d-3034-4cf8-a922-0f25f59372eb +6a508faa-80a8-3246-9941-90d8cc8dec85,e6434358-38f0-4e4d-83b8-6677abbd3c80 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b61e1a0-ef7e-41ce-8c22-945d4265da03 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec229935-727f-4023-959a-1095a2229c33 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd168228-c8e5-43b3-98f0-c7324e918f3d +6a508faa-80a8-3246-9941-90d8cc8dec85,0eb4d31c-32b2-4d4d-ae91-f965c7539b3d +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4855ba-f8a9-4793-aa0f-82ecb1d9f39b +6a508faa-80a8-3246-9941-90d8cc8dec85,b316b926-023c-428f-82ac-10331369f25d +6a508faa-80a8-3246-9941-90d8cc8dec85,799268cb-b7ba-49cf-a638-7339a0295411 +6a508faa-80a8-3246-9941-90d8cc8dec85,761878df-b627-4935-92e5-bb80668c67af +6a508faa-80a8-3246-9941-90d8cc8dec85,33c35f53-47fb-4533-9e4e-483117155500 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb097dbb-65cc-4010-8903-26950300c4d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a1a9598-7180-40ad-983b-606a6ddf6546 +6a508faa-80a8-3246-9941-90d8cc8dec85,b04cdffb-6e5f-41ef-984b-abbef9112bb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e46b1d79-6810-410c-9168-f71112afb19e +6a508faa-80a8-3246-9941-90d8cc8dec85,8e0603c7-df7e-4ede-9ff5-cae711e2ff46 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b319129-25c1-413f-b385-7f67114e8f3a +6a508faa-80a8-3246-9941-90d8cc8dec85,193a4ddf-2050-483b-9e24-9d75118bb5e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1607e96b-4cae-46cd-bbe1-35c559a14eb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cc2717d-6cf0-4c16-b51b-7138282acc31 +6a508faa-80a8-3246-9941-90d8cc8dec85,bba9f25c-5449-4ccb-9ea9-35404488fdfc +6a508faa-80a8-3246-9941-90d8cc8dec85,bd516d05-e4eb-41cf-8e90-d9db1c0f01cc +6a508faa-80a8-3246-9941-90d8cc8dec85,55ea1e13-b7a2-4352-825c-ee3659256b01 +6a508faa-80a8-3246-9941-90d8cc8dec85,c369972c-e4bd-427d-9ab8-e2dac4f4b8a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,47e56918-5b2d-4f7c-8d77-7fb05af8ab51 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f603886-8c9f-41b4-a32e-ff2a0a57b168 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d03bf6d-4cf1-4b66-94ee-98277629cf38 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e5a56d6-b52a-4d28-9726-c7817a15c43f +6a508faa-80a8-3246-9941-90d8cc8dec85,8ae3220d-1ff5-483d-9fa7-f4ac86f9c3e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7307f2dd-e048-4fc0-b46f-29725a6ea9b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b30e532-6edb-4692-ad78-fe3b983c1f12 +6a508faa-80a8-3246-9941-90d8cc8dec85,32ea6676-8f34-4040-963a-cecf70bda5b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5dffe9e-daec-4795-bd41-924ec979dc0a +6a508faa-80a8-3246-9941-90d8cc8dec85,94631d39-0812-411c-8b0a-4eef111dce94 +6a508faa-80a8-3246-9941-90d8cc8dec85,be1ed42f-efa7-4451-ac43-2c543853f910 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc1ba6ab-5134-4b69-8d51-651f1528e1de +6a508faa-80a8-3246-9941-90d8cc8dec85,1f57f0c4-8b2c-4073-b1ad-082a2fd4a59c +6a508faa-80a8-3246-9941-90d8cc8dec85,6872dfb8-7187-48dd-9ed9-b086af78b7cc +6a508faa-80a8-3246-9941-90d8cc8dec85,cb375258-dd23-4199-914a-2b4dd744f643 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb18993c-06e3-4f3b-b1b0-80f7616ce0c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6281b17-601f-47c3-bec7-8563ea607c44 +6a508faa-80a8-3246-9941-90d8cc8dec85,322fea1d-6042-491a-8dd0-1876f73f9670 +6a508faa-80a8-3246-9941-90d8cc8dec85,6654bd8e-c14e-4ce5-8648-e7d40b4c0f54 +6a508faa-80a8-3246-9941-90d8cc8dec85,7dbe2366-38f1-40c0-a91a-3ad0d4d3f5fc +6a508faa-80a8-3246-9941-90d8cc8dec85,f4c84b2d-e987-4a6e-a6ea-3b143bdf20c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9239718-fe64-40f8-8d79-419446f5ac47 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e188f44-b3a3-44ad-abd9-58b139deab20 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0f1c19a-bd49-4cd1-b4b5-8bd3c53447e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7c79124-eeb3-4aa1-9926-0b0af695bc3d +6a508faa-80a8-3246-9941-90d8cc8dec85,94be0fe0-249f-4129-8e3f-269d29c90898 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3305b10-1159-4820-9861-2600452e84f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfa7e9fb-d2de-4674-835b-1cf913a1f886 +6a508faa-80a8-3246-9941-90d8cc8dec85,97293332-f1de-4c2b-8078-91439f8e41bd +6a508faa-80a8-3246-9941-90d8cc8dec85,8ccb8a32-d3f6-4b55-ae83-4b8b333f293f +6a508faa-80a8-3246-9941-90d8cc8dec85,1729aef0-49f8-40d8-9856-32222501631b +6a508faa-80a8-3246-9941-90d8cc8dec85,e2b07389-0ff0-41cc-979b-c66eddbfa3a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6c81a63-d698-40a2-bca7-bc608523cbda +6a508faa-80a8-3246-9941-90d8cc8dec85,f7ca09af-734b-412a-8a4c-25726ca5bb14 +6a508faa-80a8-3246-9941-90d8cc8dec85,236a98b0-245e-4573-a7cc-a325436dbd2e +6a508faa-80a8-3246-9941-90d8cc8dec85,6166c46c-77aa-4558-864f-0b79caab2a8c +6a508faa-80a8-3246-9941-90d8cc8dec85,e6c97454-4a1a-43e8-b264-5b2d7ab34857 +6a508faa-80a8-3246-9941-90d8cc8dec85,93805941-ff5c-4d82-8862-558e7250f56d +6a508faa-80a8-3246-9941-90d8cc8dec85,03f9e5aa-7b98-4cf7-8019-36c3ba1f6ed3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5dac994-d937-4372-a3a1-39ccb52070eb +6a508faa-80a8-3246-9941-90d8cc8dec85,3f214d66-b886-4065-a5af-22aa27f13698 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4998665-64aa-45cd-a172-78fcba95618b +6a508faa-80a8-3246-9941-90d8cc8dec85,f2b1829e-270e-43a9-8253-4cbe88dcda2b +6a508faa-80a8-3246-9941-90d8cc8dec85,1514c234-f0de-4820-b779-01866253839a +6a508faa-80a8-3246-9941-90d8cc8dec85,fdbfa024-c1fd-47a2-93c3-ded6e1d8585c +6a508faa-80a8-3246-9941-90d8cc8dec85,406e7359-7ba9-43f3-ba91-99ac33543c92 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4a0ac97-ee16-4909-9952-fd110be20cd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c5532ce-9314-4012-a7db-c35cdd3a2a1a +6a508faa-80a8-3246-9941-90d8cc8dec85,7483c9be-dad2-44ee-87c3-5cbb797a6806 +6a508faa-80a8-3246-9941-90d8cc8dec85,d62b5b37-cd1b-47b6-a4e4-4608b1f74bab +6a508faa-80a8-3246-9941-90d8cc8dec85,b25ee06c-cb04-4384-9b6d-6e9b6458c2bf +6a508faa-80a8-3246-9941-90d8cc8dec85,31845dd3-6bd8-416c-adeb-fe96c55b9515 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a708b4e-e2e9-440f-9d29-3fa457775000 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e62156e-82fd-480a-b5c5-98f4f4118af0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0c52b6e-b90c-47c6-8260-4fc86bc0a876 +6a508faa-80a8-3246-9941-90d8cc8dec85,038fc5fd-844b-4551-8531-3a710979d46d +6a508faa-80a8-3246-9941-90d8cc8dec85,9209c9da-34be-4990-a77f-da39b99dba8f +6a508faa-80a8-3246-9941-90d8cc8dec85,51209af1-37cf-404d-8f5f-343259046731 +6a508faa-80a8-3246-9941-90d8cc8dec85,6bb731c2-e699-446f-ab60-457a524e5ec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6a99749-ca97-4362-b3df-299e6d73e936 +6a508faa-80a8-3246-9941-90d8cc8dec85,da5f4bf8-aa50-4fd7-bf8b-0865319be81c +6a508faa-80a8-3246-9941-90d8cc8dec85,e8aab4eb-42a6-4d81-b508-59204963f634 +6a508faa-80a8-3246-9941-90d8cc8dec85,25e2c103-5682-47c1-832e-9dc49b8f6075 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8a58e3f-1b93-4530-ba7b-c55950f1609c +6a508faa-80a8-3246-9941-90d8cc8dec85,e47df8f9-c333-435a-b2d9-09043f67a5e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e64fc009-529c-4634-a08a-9e52ee6f41b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a74bbbe-ac57-42a9-ad76-f1555755974e +6a508faa-80a8-3246-9941-90d8cc8dec85,866038f9-d252-499f-aa44-fd1e0dfd70f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1fd5f4c-eae5-49e3-a88c-6b3b38884316 +6a508faa-80a8-3246-9941-90d8cc8dec85,39870945-c683-4515-88c5-0241602e719a +6a508faa-80a8-3246-9941-90d8cc8dec85,fa9929c3-4815-4845-8f1a-4a5fe37b2a75 +6a508faa-80a8-3246-9941-90d8cc8dec85,8382a2e0-36a7-4f61-a531-f8ff4e0e09cd +6a508faa-80a8-3246-9941-90d8cc8dec85,a76091a9-a759-4d48-a797-c282f8a2f33b +6a508faa-80a8-3246-9941-90d8cc8dec85,53f88b65-8059-4c33-a7ee-26bffc897c14 +6a508faa-80a8-3246-9941-90d8cc8dec85,4eaf1bfd-45a5-4142-b96c-939764f14425 +6a508faa-80a8-3246-9941-90d8cc8dec85,7699279d-5bce-4983-9fc8-16adf0f930c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,076c81e2-d6bd-4ebd-8204-3389607aca42 +6a508faa-80a8-3246-9941-90d8cc8dec85,53ffd333-9ba6-42fa-aafd-3a663ce6161c +6a508faa-80a8-3246-9941-90d8cc8dec85,4fefda52-41cc-4d1b-a887-e9d054a72dff +6a508faa-80a8-3246-9941-90d8cc8dec85,14fb1327-5e26-42a3-9592-541d80df3600 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc700cc9-896b-46e4-bf99-f6fa6392fc8b +6a508faa-80a8-3246-9941-90d8cc8dec85,46098d8c-76f3-475f-b8b3-081ae15074b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8f56c9d-f72c-4f7e-a220-b8489e871baa +6a508faa-80a8-3246-9941-90d8cc8dec85,799c4ee8-1b1b-41bf-807e-abd072bb64b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,14b282e6-d203-417a-83fc-53f001ad38cc +6a508faa-80a8-3246-9941-90d8cc8dec85,1d47cc74-1321-4ac3-b15d-94d81804f345 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fcc7673-12af-4770-ac96-055d878179cc +6a508faa-80a8-3246-9941-90d8cc8dec85,066387a7-f070-4201-93d3-83107123bcfd +6a508faa-80a8-3246-9941-90d8cc8dec85,e3a9e6f9-5559-4463-b5dc-c02e581ab5ff +6a508faa-80a8-3246-9941-90d8cc8dec85,591becd1-c157-491a-ab6f-b8507ebada9b +6a508faa-80a8-3246-9941-90d8cc8dec85,a44b8f56-d54e-4f5c-b745-e8b98159df64 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bbd52ff-9632-4d64-90bf-9e36a65c56bd +6a508faa-80a8-3246-9941-90d8cc8dec85,743b2730-fee6-497b-a013-3fb0a48f45f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,957c608c-86b5-40ad-8c77-f0ac6b3d322f +6a508faa-80a8-3246-9941-90d8cc8dec85,7ae5c5fb-9e98-41ff-9b39-f2017bffc287 +6a508faa-80a8-3246-9941-90d8cc8dec85,f69d43e7-494e-4fc3-ba71-e75a736ef55b +6a508faa-80a8-3246-9941-90d8cc8dec85,d0b22052-268e-46bf-a34a-1f25f9b0f678 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1a6500f-2e83-4217-9e99-b7f5cf6ab543 +6a508faa-80a8-3246-9941-90d8cc8dec85,413a7acb-d1ff-47e5-b846-5334831a377c +6a508faa-80a8-3246-9941-90d8cc8dec85,ca4d2ccd-5ba9-4deb-8db0-2102aedab342 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6f465e1-e015-4312-99a6-2a088e6f4cb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf98283f-cf47-4db6-9801-37dc04952e3d +6a508faa-80a8-3246-9941-90d8cc8dec85,afc59312-a926-403b-8b52-fcb166f62e4c +6a508faa-80a8-3246-9941-90d8cc8dec85,ca820ba7-d867-4697-8bc7-cfca06fbe0e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a583570-00d0-4cfd-95aa-c71b1373b942 +6a508faa-80a8-3246-9941-90d8cc8dec85,3273afca-c941-499c-bdd0-07cd17090697 +6a508faa-80a8-3246-9941-90d8cc8dec85,49984e45-a93c-431e-97b1-4f1511a39375 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f04c69d-cf03-435f-a1e1-df63d0bfd51e +6a508faa-80a8-3246-9941-90d8cc8dec85,980d23ca-0441-422c-82b6-4fdd08a42f5d +6a508faa-80a8-3246-9941-90d8cc8dec85,b271a50e-9bcd-4054-bfd2-f197e1ecc302 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab0669bb-1f26-4cf1-8744-fbcf0df7e8f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,aae7f027-622e-45bf-a4a6-766633d4b5e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,56a33ad9-8dcd-4b7a-88fa-1b942e5ddb31 +6a508faa-80a8-3246-9941-90d8cc8dec85,83b21f5f-c4c7-41ef-a163-d4ae593aa60d +6a508faa-80a8-3246-9941-90d8cc8dec85,fdf2d9f8-5610-4d36-9c90-7996294c425a +6a508faa-80a8-3246-9941-90d8cc8dec85,973e7718-3e6d-4b53-9c4b-5b5307cea93c +6a508faa-80a8-3246-9941-90d8cc8dec85,033d768d-88b0-4714-a90a-563707b12e96 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4f2376b-04ca-4e3d-8de4-7b1dc4f1d907 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad865359-7263-48e1-8700-4f4597c3704e +6a508faa-80a8-3246-9941-90d8cc8dec85,d06258a6-8a19-48f0-8118-061cbe7fffc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb2e5007-6fc4-4044-bdb2-e3464f0bdd4f +6a508faa-80a8-3246-9941-90d8cc8dec85,f2341794-e87d-4a7a-a8fa-00071375270d +6a508faa-80a8-3246-9941-90d8cc8dec85,521366d1-0f12-40c1-b7e9-7f49fc2d58dc +6a508faa-80a8-3246-9941-90d8cc8dec85,0bc7571f-e468-43fc-a8e9-4b7218b86aa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1141691c-a488-4fa4-ae7f-e645aa98b831 +6a508faa-80a8-3246-9941-90d8cc8dec85,3347f200-a169-4608-ae9c-fa76c2db7ce9 +6a508faa-80a8-3246-9941-90d8cc8dec85,59f6c741-8774-444f-a227-efa54c4d4f2b +6a508faa-80a8-3246-9941-90d8cc8dec85,5cdf867e-1d53-411b-9e83-fa06eb2fc9fc +6a508faa-80a8-3246-9941-90d8cc8dec85,1cadc6ef-be04-42f4-98d1-95b29169ae9d +6a508faa-80a8-3246-9941-90d8cc8dec85,bf7963b0-5031-4a56-a8ba-0fdb2a0157b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f385ca44-62ce-4ae8-b52b-e391faf302e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4540aa6-782f-489f-a24b-d42940712135 +6a508faa-80a8-3246-9941-90d8cc8dec85,0562b4ba-4ce5-4750-9cf1-3d76de57a875 +6a508faa-80a8-3246-9941-90d8cc8dec85,300501a0-9870-4e08-96d1-e2deecec173f +6a508faa-80a8-3246-9941-90d8cc8dec85,9e7249d7-a679-47ee-9400-cd125cc6c44b +6a508faa-80a8-3246-9941-90d8cc8dec85,0d0e0a31-cedc-4309-8bdb-798930aea1e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,02b929f5-e85e-48b1-9424-c866c60ca4b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,83a7dab9-3836-49c0-b082-d82e6ec13b8c +6a508faa-80a8-3246-9941-90d8cc8dec85,f5f52ebc-3c90-4137-8236-47bbce47c050 +6a508faa-80a8-3246-9941-90d8cc8dec85,fce9dde0-0cbe-47be-af2a-d07f83d54930 +6a508faa-80a8-3246-9941-90d8cc8dec85,5567c6b1-8ca4-4131-b0c9-4c520e8a65bf +6a508faa-80a8-3246-9941-90d8cc8dec85,5cb75b4b-e025-4c66-a93a-fda34b271753 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ebad083-8ec1-4ccd-8fe2-e39c30070e96 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5d5dbd1-3046-4a6d-a484-ebc21cb2a67e +6a508faa-80a8-3246-9941-90d8cc8dec85,5eff637d-6116-4b3c-a60c-15f169571f83 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0cf9f95-898f-4d84-a1c0-7079a3fdbf39 +6a508faa-80a8-3246-9941-90d8cc8dec85,e35ff7fa-7ff6-4f9b-b9da-eff40abbb940 +6a508faa-80a8-3246-9941-90d8cc8dec85,addebce0-6281-4f47-a2ec-333d79c95117 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea053b59-0a2c-4e29-ae36-03cb588ba131 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfca827c-6787-471e-a7af-8efe741e5acd +6a508faa-80a8-3246-9941-90d8cc8dec85,8699674a-59b5-4d4b-b9bc-8955f707e3e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1165ae36-3f0d-4ce7-bd07-67446bfc88c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d5651e6-6a06-471a-8d44-566d98c28b4a +6a508faa-80a8-3246-9941-90d8cc8dec85,ee7586e9-841e-4011-9174-5a7b3a654991 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8a8cd96-8d5e-438c-a1a4-8a03e9a5dd2a +6a508faa-80a8-3246-9941-90d8cc8dec85,65ed86b8-c6d3-454a-b378-0324492f0854 +6a508faa-80a8-3246-9941-90d8cc8dec85,935e1a02-798d-440d-aaf7-bdeedab8a3f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,05523edc-f903-4233-a386-d67f09a125b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cbad102-13aa-4c65-a961-ac926dd10126 +6a508faa-80a8-3246-9941-90d8cc8dec85,00a2251a-737a-429d-a143-129390799b5f +6a508faa-80a8-3246-9941-90d8cc8dec85,81ae8ae0-b1c9-4d26-9500-f76723228058 +6a508faa-80a8-3246-9941-90d8cc8dec85,f400479b-a2fb-441f-9480-4e8017056dc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3a21abe-a831-406c-9fb7-83b32f45089a +6a508faa-80a8-3246-9941-90d8cc8dec85,f53c3e54-38d9-433a-8eb7-aa7a270e56da +6a508faa-80a8-3246-9941-90d8cc8dec85,f6eb342e-a9e4-45d8-b29b-786703264cdd +6a508faa-80a8-3246-9941-90d8cc8dec85,ade3bfca-b539-499e-b7f4-db4d53b054ca +6a508faa-80a8-3246-9941-90d8cc8dec85,b5f144f3-c2f4-4cfb-81b0-5d172bedf373 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd93304a-3e82-4f4c-ad28-e3a926ac4850 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a87908e-08e8-476c-8f3b-46efc5f7091b +6a508faa-80a8-3246-9941-90d8cc8dec85,c5d4847f-d41b-41a5-8d1c-5959452d7a30 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc23ea85-2d94-41dc-a8ca-8dc4e7866211 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9db84d7-c1b5-4edd-8a93-d5970699f0d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,797e7c73-9b0f-481a-b8f1-6c16f769453b +6a508faa-80a8-3246-9941-90d8cc8dec85,6334b7f5-e978-4f9e-b5c6-d50510a0055c +6a508faa-80a8-3246-9941-90d8cc8dec85,60229dd2-9da4-4bf3-922d-dd16fe2ec005 +6a508faa-80a8-3246-9941-90d8cc8dec85,06d0be7b-decb-41ce-8cab-986455e78b7e +6a508faa-80a8-3246-9941-90d8cc8dec85,b5b894d7-a14b-4a23-80bc-4ed75d9401e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba6f2a20-5286-4d8c-9053-f518ac6e66d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d38e6126-cdf7-4dcc-a207-d586fd5f8d8d +6a508faa-80a8-3246-9941-90d8cc8dec85,6b7907d4-8a2a-418c-8569-3617077968db +6a508faa-80a8-3246-9941-90d8cc8dec85,b30c07a1-9936-41c0-9027-1a6022a82783 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae469559-b26a-4038-89b3-1c2488a409fa +6a508faa-80a8-3246-9941-90d8cc8dec85,6b797418-316d-492d-ba82-9b49a93792d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b435f895-9044-49ed-9b4c-67a921c6b5c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,85d59003-f4e8-4e46-81ae-1e43e98aea2a +6a508faa-80a8-3246-9941-90d8cc8dec85,2acfd66a-e56a-4c1e-8efa-845640cff629 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8a4d455-e414-493f-acac-5da29d440d7f +6a508faa-80a8-3246-9941-90d8cc8dec85,c92ed2ab-f1d6-4602-85ad-a361c1f1922a +6a508faa-80a8-3246-9941-90d8cc8dec85,daaf815c-b98b-4130-bd42-fa466037b81b +6a508faa-80a8-3246-9941-90d8cc8dec85,2f5dac69-6912-40c8-b971-95804a60862b +6a508faa-80a8-3246-9941-90d8cc8dec85,40c79391-c0c7-486c-96dc-c29177ff6f37 +6a508faa-80a8-3246-9941-90d8cc8dec85,82033af5-d2f9-4ce6-887a-2cb7ac4a9bbc +6a508faa-80a8-3246-9941-90d8cc8dec85,0f32be47-3996-4d2d-9228-5d036dc416d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa5bbf80-d8d4-4cb7-80e5-eef5e4f8aa1a +6a508faa-80a8-3246-9941-90d8cc8dec85,cb3a7257-98f9-4e8d-b151-e398caaf5487 +6a508faa-80a8-3246-9941-90d8cc8dec85,212ea73c-7645-4de8-8849-6e17bbe7885d +6a508faa-80a8-3246-9941-90d8cc8dec85,1a045bc2-5a8f-49e7-aee1-8c4231c0c72c +6a508faa-80a8-3246-9941-90d8cc8dec85,807e5c8b-0a59-4c1f-899d-aa8592d86c86 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7c5a361-9416-4fb3-98ef-faa8a2c171c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,df917b6a-638b-497e-bf63-f76ee25872de +6a508faa-80a8-3246-9941-90d8cc8dec85,27ac25de-e2f8-417f-9232-e117029e2ed7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca015f5b-2387-484b-b6fc-e40a7a64816f +6a508faa-80a8-3246-9941-90d8cc8dec85,71362940-e5da-49cf-84ba-2bc69a5d9f35 +6a508faa-80a8-3246-9941-90d8cc8dec85,f87f8b1f-3b8e-48aa-b309-430fe262d986 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7954c9d-e8cd-4722-a2b3-4faf75582dfc +6a508faa-80a8-3246-9941-90d8cc8dec85,30206e56-7530-43c3-8aaa-cd39e2dd8e60 +6a508faa-80a8-3246-9941-90d8cc8dec85,87521d13-0d3b-487d-97a3-57bcc20b1bb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,806d90c5-43a0-4714-b2b8-338c3ac0327c +6a508faa-80a8-3246-9941-90d8cc8dec85,2a40d459-4001-4406-9346-44ef03e0f50a +6a508faa-80a8-3246-9941-90d8cc8dec85,45dc2ebc-6492-456c-a37f-645e82383b79 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d752bc7-ea4a-4989-8a3c-1b523752205a +6a508faa-80a8-3246-9941-90d8cc8dec85,716e2179-8d92-47d7-93a3-4ed22b2b507e +6a508faa-80a8-3246-9941-90d8cc8dec85,c52ec0ab-e240-40b6-9659-bef7df06b848 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7d7d680-d15f-44d7-af12-8fbc16669d31 +6a508faa-80a8-3246-9941-90d8cc8dec85,240f27ad-db5a-4509-84f2-06a29dc37bf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f48762e-883b-4cda-9f10-3e680c1e6f39 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ebdb940-f0d9-4b3a-9c02-b3220c67dbd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1b803e9-10ee-4cd9-9db7-ade4d9dcf6e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,df1da6dc-9480-420f-a98d-8afbdeec7b5c +6a508faa-80a8-3246-9941-90d8cc8dec85,211b8e43-cc9d-4afa-b3ea-1f3931510c29 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f83f6e0-3e4b-45fa-9722-b1c6f9a749e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,04c951d0-0095-44b5-99c6-ac59007a3be7 +6a508faa-80a8-3246-9941-90d8cc8dec85,51733491-ea34-4f27-a02a-604d26f58209 +6a508faa-80a8-3246-9941-90d8cc8dec85,b368d3f2-f14c-4465-b1a0-73223a54a4a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7c1b457-5629-49fd-8103-98c8c57a8d31 +6a508faa-80a8-3246-9941-90d8cc8dec85,8de71cde-d5cd-45ce-a31c-f28b8aca36e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3ddbee9-e81e-48b6-9ab4-12671cb8d8f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,092ef174-f94a-4adf-9ac8-8026dc0624ee +6a508faa-80a8-3246-9941-90d8cc8dec85,3f789b24-93c2-4f60-8f5c-daa863b373ac +6a508faa-80a8-3246-9941-90d8cc8dec85,384110e1-36cc-4492-a69f-5565bb8d226b +6a508faa-80a8-3246-9941-90d8cc8dec85,c87556ad-763b-4654-bf4d-578f14fc0fe4 +6a508faa-80a8-3246-9941-90d8cc8dec85,94f0125c-d338-40c9-8ec5-24936e94af57 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdeb956c-d352-4747-b774-1fe16ba1e822 +6a508faa-80a8-3246-9941-90d8cc8dec85,96c2c194-a6c6-42ee-93db-ad076d711cc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,68e50e38-a80a-422d-856a-5ec3218c74d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fced048-ca67-4810-8c2c-d7af43d54447 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3f4c96e-4bfb-4617-8f42-1709700d7f89 +6a508faa-80a8-3246-9941-90d8cc8dec85,4835871b-eaf4-4b11-a1ad-f2572eb3b35e +6a508faa-80a8-3246-9941-90d8cc8dec85,0ba523b6-4b14-4f5d-82e9-f0025e24bce8 +6a508faa-80a8-3246-9941-90d8cc8dec85,05e4fc11-d7c6-42b0-a5cb-16b1b7769413 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2b9cf44-3d23-4cfc-be0e-a94b54f32401 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad83bd25-5342-4c3d-bf0a-237b5843f5bf +6a508faa-80a8-3246-9941-90d8cc8dec85,bd50d860-bb94-49b5-8ec1-8bd927a06075 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a70b976-da68-4e39-a494-9e1883dcec8c +6a508faa-80a8-3246-9941-90d8cc8dec85,97585f53-ef94-40cc-ab47-157c40fa6591 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3ba1f44-036a-4aef-8a7c-ade33caadef0 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f83063d-5146-4484-a2d1-13b6fa7ccabe +6a508faa-80a8-3246-9941-90d8cc8dec85,faab0c6c-f198-4087-976c-89f2d53d0b25 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c6082cd-4e4e-4c30-b042-b7a9dc511a2e +6a508faa-80a8-3246-9941-90d8cc8dec85,10b96536-426f-4e70-87dc-d23f11103d1c +6a508faa-80a8-3246-9941-90d8cc8dec85,3705aa64-7d5b-4761-ae3b-2b292e2026e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa9f3840-5af1-4c4c-a657-76a7cdb5848b +6a508faa-80a8-3246-9941-90d8cc8dec85,2d6e5242-c6b2-4964-be3a-7830cf96cc92 +6a508faa-80a8-3246-9941-90d8cc8dec85,d836cc29-8693-441d-8296-f3b3774eab89 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2a4cde2-11c7-49ae-8052-b3d0e1aa3a13 +6a508faa-80a8-3246-9941-90d8cc8dec85,09b5b734-0dac-4754-80e8-d74cbb7ec2fb +6a508faa-80a8-3246-9941-90d8cc8dec85,154d2de6-8a69-4473-bdd6-cea2792ac88c +6a508faa-80a8-3246-9941-90d8cc8dec85,542c180c-054c-4aca-ab1f-20bcbf98cada +6a508faa-80a8-3246-9941-90d8cc8dec85,c60af8c7-1da1-4e02-9b55-328fc4695b94 +6a508faa-80a8-3246-9941-90d8cc8dec85,399b817e-fba4-46a7-8538-6030da286376 +6a508faa-80a8-3246-9941-90d8cc8dec85,e85e2b1e-3cbf-4b15-b5cc-f51ebfe7d005 +6a508faa-80a8-3246-9941-90d8cc8dec85,f126f119-a6de-49ad-8ad9-ae08fc754002 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab6f487f-87a6-4566-8598-4f01b3d3bf12 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0029a3f-1978-4e7e-bb7f-28636637f494 +6a508faa-80a8-3246-9941-90d8cc8dec85,eca71a6e-3243-4eea-9e2a-b9a135ea9ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,07d75b8d-6ab1-4165-b631-8650b7d2df72 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c59db98-2883-48d6-a608-f11f47a21de6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f4c90b4-135e-49cb-9b75-ab1505a47ed3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9fc005e-ffa1-4932-bae1-0b06a5b3fa4a +6a508faa-80a8-3246-9941-90d8cc8dec85,fb5d7772-858e-46d3-9cce-42fa09b8a7bd +6a508faa-80a8-3246-9941-90d8cc8dec85,5def0e5a-75af-4c5c-bb39-a6976e34ac2c +6a508faa-80a8-3246-9941-90d8cc8dec85,d51f470d-e465-4b1c-926c-2520b9ca72c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8eee36f-8f8e-49be-b17f-8c1716121f52 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d02fbd-878c-4aae-a4e0-853a92eba5aa +6a508faa-80a8-3246-9941-90d8cc8dec85,cb77a256-927a-4a4c-ae73-d502cf934226 +6a508faa-80a8-3246-9941-90d8cc8dec85,ead00986-915c-4bda-bc4c-95cea84dbd26 +6a508faa-80a8-3246-9941-90d8cc8dec85,532186ae-5f27-47aa-9550-8c134556894a +6a508faa-80a8-3246-9941-90d8cc8dec85,5f11ca16-e98f-42af-9764-06c30156504e +6a508faa-80a8-3246-9941-90d8cc8dec85,da4d5fe9-03da-4937-8b0a-cbd968d1d0cc +6a508faa-80a8-3246-9941-90d8cc8dec85,3955e8eb-6c79-48a4-a1ec-bc6be1d975dc +6a508faa-80a8-3246-9941-90d8cc8dec85,164fff5a-9bd3-4e7a-89e6-35c5adce331d +6a508faa-80a8-3246-9941-90d8cc8dec85,6df2ad30-6efc-4d30-97d3-7a2a975199f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e5d855e-7d36-403d-a933-6cb826be5175 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bf9c1b2-210a-42b8-a75e-49817c369c94 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f33425f-12ee-432f-9a4f-c9e478f110eb +6a508faa-80a8-3246-9941-90d8cc8dec85,52729238-ec97-4068-9513-5030c7a4af2c +6a508faa-80a8-3246-9941-90d8cc8dec85,09dcf878-c892-4ec7-8767-6d15e44b5b34 +6a508faa-80a8-3246-9941-90d8cc8dec85,53bac2a5-4c31-44a5-b53e-e596beb6956c +6a508faa-80a8-3246-9941-90d8cc8dec85,47dcf43f-f691-48b5-a97a-dc2d1ef7ad3a +6a508faa-80a8-3246-9941-90d8cc8dec85,5779f237-d954-4b9a-9a55-bc0c4bf356bc +6a508faa-80a8-3246-9941-90d8cc8dec85,4a4148c0-a7a6-4f61-b6ec-bddc743a213f +6a508faa-80a8-3246-9941-90d8cc8dec85,3b31a86c-3e33-46fd-9109-91b2d6df4f18 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0ff03e2-7ac4-4967-a789-8bb81f55c406 +6a508faa-80a8-3246-9941-90d8cc8dec85,c097f43e-5c0e-4ef1-bd51-d11bc8f24d62 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ff5453e-a370-4123-a3f2-2a99ff6b83fd +6a508faa-80a8-3246-9941-90d8cc8dec85,17297f03-249d-4d95-88f7-09ad8e7c16f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,790b1c7b-d3d7-4869-8f80-51adcf284170 +6a508faa-80a8-3246-9941-90d8cc8dec85,57ad72cf-9ca6-4639-bbff-7bf56b02b6be +6a508faa-80a8-3246-9941-90d8cc8dec85,cb155f71-2a75-400e-8c9a-ac7c88dd92f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,188a3d32-98b3-4b4a-8d85-ff46b5dbe4ae +6a508faa-80a8-3246-9941-90d8cc8dec85,bc5de0db-e0ef-4d30-aef8-a3a8c543619d +6a508faa-80a8-3246-9941-90d8cc8dec85,8b245764-4eee-436d-bf1f-67948f3af56e +6a508faa-80a8-3246-9941-90d8cc8dec85,550cead9-0d29-4f7f-8bdf-6c388e5994ab +6a508faa-80a8-3246-9941-90d8cc8dec85,2d135f2e-043e-4f90-9247-1e77654b8b5a +6a508faa-80a8-3246-9941-90d8cc8dec85,3229a79c-cb0a-41a1-b6c4-9781fe2b5349 +6a508faa-80a8-3246-9941-90d8cc8dec85,80f72abf-4654-4907-9edd-77e2dabfe695 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fea6bcd-2043-4637-b249-4b231366e00c +6a508faa-80a8-3246-9941-90d8cc8dec85,f53a8095-165b-4b8d-91e4-9cdc0633bc69 +6a508faa-80a8-3246-9941-90d8cc8dec85,082bcbb0-6ac2-49ce-aca3-fe9cf877f3f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,086be268-ac7b-41bd-a558-949594db5c1b +6a508faa-80a8-3246-9941-90d8cc8dec85,c6ea9b0c-d5f8-46cd-a67f-2dc25024beaa +6a508faa-80a8-3246-9941-90d8cc8dec85,fd06cdc9-1c18-456c-af6b-59fa2f073e31 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfd6229b-06bd-4edc-8896-07e48a6f4284 +6a508faa-80a8-3246-9941-90d8cc8dec85,90365898-c7c1-43c8-bb3e-22df8bda91ee +6a508faa-80a8-3246-9941-90d8cc8dec85,c7f021db-81c0-4f61-bedd-cce090f7f5a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c2712bd-aa97-4df9-9561-3e9a841e88fc +6a508faa-80a8-3246-9941-90d8cc8dec85,e86650a7-5c11-48d0-b9c2-56dd8b4efe37 +6a508faa-80a8-3246-9941-90d8cc8dec85,178f8b99-60bf-45e2-ae68-b9b0b6aeb016 +6a508faa-80a8-3246-9941-90d8cc8dec85,53d2ccde-65af-43d9-9b4b-4eb187ef6aea +6a508faa-80a8-3246-9941-90d8cc8dec85,cba429b3-4b3a-406e-a9e9-d973429b1aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a63bad8-805f-46ab-a788-ee522682a53c +6a508faa-80a8-3246-9941-90d8cc8dec85,a5b99265-f88a-49bc-9664-24c27cd4ee46 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa804e93-e554-462a-95a0-d1028ca7fa88 +6a508faa-80a8-3246-9941-90d8cc8dec85,779ce7ee-2d51-43cd-86d4-df7c435961b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4632743-bbf4-414d-81e8-bf0474ffa76e +6a508faa-80a8-3246-9941-90d8cc8dec85,14ddf11c-ebe1-4795-8d4c-6f181dafef13 +6a508faa-80a8-3246-9941-90d8cc8dec85,190514db-04dd-4b14-b8d5-f5d04c7640af +6a508faa-80a8-3246-9941-90d8cc8dec85,1544fdd6-2280-4691-8343-32bf3e0be5cb +6a508faa-80a8-3246-9941-90d8cc8dec85,b64f6aff-5fa6-48fc-9ec3-53d077d36093 +6a508faa-80a8-3246-9941-90d8cc8dec85,8437be5a-3acd-4532-8b1a-b27b292bfb38 +6a508faa-80a8-3246-9941-90d8cc8dec85,89046809-508a-40cf-8230-490c7076dcd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,90aeb918-2e5c-453b-8c1d-a6a2365aba66 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec9ad41e-769d-4b40-8575-dba89134bdec +6a508faa-80a8-3246-9941-90d8cc8dec85,bd2592bf-726d-4529-9bff-c34a4457c49d +6a508faa-80a8-3246-9941-90d8cc8dec85,faf9f4cd-1b6f-40ab-8bf2-7128968481f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d89f0459-9fb3-4093-b83e-07cd70af3fd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,216d8455-3a0e-4045-845b-a02ae86d197f +6a508faa-80a8-3246-9941-90d8cc8dec85,9b5563bf-7869-4efe-b3ab-87fc9b2a531b +6a508faa-80a8-3246-9941-90d8cc8dec85,e614864f-31ba-4988-ab88-761f5912432e +6a508faa-80a8-3246-9941-90d8cc8dec85,d54bceef-6ad4-4ff9-ba84-2f66f856c195 +6a508faa-80a8-3246-9941-90d8cc8dec85,eaf516ae-54e1-4206-84dc-ca3af09ca62c +6a508faa-80a8-3246-9941-90d8cc8dec85,564d97c1-b1c2-4bcf-b255-15ea9aaada29 +6a508faa-80a8-3246-9941-90d8cc8dec85,a84959d6-221d-401d-9ed1-1064297d4c2f +6a508faa-80a8-3246-9941-90d8cc8dec85,85404e1a-1654-42a3-9811-4f550fd9bebf +6a508faa-80a8-3246-9941-90d8cc8dec85,871c1890-4b20-42b8-8b85-532871f51ee6 +6a508faa-80a8-3246-9941-90d8cc8dec85,20a4c50d-be2f-441c-908b-4d754142b384 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dc64697-9482-4b19-9c17-8eed4add5774 +6a508faa-80a8-3246-9941-90d8cc8dec85,821615b8-80df-4a1d-88ec-dc9fb673a2ef +6a508faa-80a8-3246-9941-90d8cc8dec85,61970e6d-3cfd-42d3-8e70-eb49c6b83d93 +6a508faa-80a8-3246-9941-90d8cc8dec85,b534e805-39a0-4ff7-a86b-8d444467b06c +6a508faa-80a8-3246-9941-90d8cc8dec85,e9097c37-e0b6-483a-9734-14a64d6db6bb +6a508faa-80a8-3246-9941-90d8cc8dec85,38a30bed-dd95-43dd-806e-7598f04a447c +6a508faa-80a8-3246-9941-90d8cc8dec85,455a4bf4-2069-4cb2-97e6-9aa054dbb9db +6a508faa-80a8-3246-9941-90d8cc8dec85,d07c68dd-1904-4a7b-8ac9-e12a971cab7b +6a508faa-80a8-3246-9941-90d8cc8dec85,33e3891e-f0ce-4d16-924a-bd59cf569456 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc8d248a-24be-435c-9492-af305073a7d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8b19dd3-c14b-4018-94f5-54fb6748f3f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,92d9930e-41bc-48c7-897b-3ac98f919268 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa027dfb-a7b1-42ce-8d18-5ac525f87c59 +6a508faa-80a8-3246-9941-90d8cc8dec85,109fa6fa-ae0c-4bd0-b6d9-ffae2cf74e1d +6a508faa-80a8-3246-9941-90d8cc8dec85,b6975a84-e4cd-49e5-bef9-a6a0e3490c3c +6a508faa-80a8-3246-9941-90d8cc8dec85,102d2ceb-fd6c-40e2-877e-e172c2d064c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,76a20352-80b5-450c-b72f-3c002399fc99 +6a508faa-80a8-3246-9941-90d8cc8dec85,718fa7ff-0d81-46b8-9001-e990bac8eb5b +6a508faa-80a8-3246-9941-90d8cc8dec85,7a9b5631-fe00-4d7f-b43a-48966e057bf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d16cc66-cfa7-4576-b686-fdb2a7a66a5d +6a508faa-80a8-3246-9941-90d8cc8dec85,841e0bfe-10a5-4096-bc92-b0ca0bf62bd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f91f4d9-849f-4d80-97c5-38db6fe77b70 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a59df94-8286-4790-a243-17696dea29e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac47c283-0190-4df0-a182-6753dab37d51 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7b002a4-1bc2-44b2-ad2e-581538b27c73 +6a508faa-80a8-3246-9941-90d8cc8dec85,e230985e-b571-4885-8452-bc6f636ea65a +6a508faa-80a8-3246-9941-90d8cc8dec85,76e58496-5138-434d-916d-8cc853806db3 +6a508faa-80a8-3246-9941-90d8cc8dec85,05aba364-db4e-4527-ae0b-edeefa0c5e63 +6a508faa-80a8-3246-9941-90d8cc8dec85,0252f6fb-64e2-4e46-ad09-1191762da6a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e3e0e84-3f79-40ff-9a61-70cdfac9f2b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c619dca6-1148-46c1-8abd-153bed9983e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b52ea1ab-1667-4d28-bda6-fad412c99616 +6a508faa-80a8-3246-9941-90d8cc8dec85,7325687b-7636-42e9-9b67-465b11b230d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d80d0bb-8d0e-44e4-9b85-c005efbd6de9 +6a508faa-80a8-3246-9941-90d8cc8dec85,15897452-813f-4d55-9f2a-fca890cf06be +6a508faa-80a8-3246-9941-90d8cc8dec85,433a16d2-1e7b-4bd6-bfb8-30097bc238e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a9c0522-e1c1-459d-8e62-abed20f9abd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,80dffa97-dfe8-4476-8166-7c35dba4a346 +6a508faa-80a8-3246-9941-90d8cc8dec85,7927c56a-03a4-4e93-b640-4720751dc31e +6a508faa-80a8-3246-9941-90d8cc8dec85,2e3beb51-6549-4d06-965d-131b0166ead8 +6a508faa-80a8-3246-9941-90d8cc8dec85,aef758c8-3929-4f45-a11e-92ab1fab0e79 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a5da5cb-8deb-4fcb-8bd0-0893a68d667b +6a508faa-80a8-3246-9941-90d8cc8dec85,3a3e84e9-9021-4af9-89b6-5481d13548bf +6a508faa-80a8-3246-9941-90d8cc8dec85,1cb6c1ff-13dd-4594-a8b6-49ec631e5a8a +6a508faa-80a8-3246-9941-90d8cc8dec85,a4020b80-1a47-4127-ae9b-afc3e3f4b6c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc5610e4-b755-45f2-a1ce-5307307ad9d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8eae9a7-40a6-4117-8d51-8b56aaacd00c +6a508faa-80a8-3246-9941-90d8cc8dec85,160a5da3-6412-4a01-a745-16c1d9259a22 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bedbbbf-424d-45df-a0d5-221d41d3673e +6a508faa-80a8-3246-9941-90d8cc8dec85,edb23132-45d4-480b-b3d9-9af0908fb7ff +6a508faa-80a8-3246-9941-90d8cc8dec85,19fbf12b-5a5d-485f-b46f-c9c4c184878b +6a508faa-80a8-3246-9941-90d8cc8dec85,5dd24f30-8c1a-403e-abdb-d0fe15600900 +6a508faa-80a8-3246-9941-90d8cc8dec85,d962ff9c-dc47-4690-9114-fc523f9827a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ac211a7-1dbc-4e97-8e43-c79b1439d149 +6a508faa-80a8-3246-9941-90d8cc8dec85,3efbc401-d3df-47bf-8e84-29432c1994c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,775cec53-f5ae-4a20-a1b5-ed0e3d9c6410 +6a508faa-80a8-3246-9941-90d8cc8dec85,599e0158-18c8-4cb8-a996-c9917aa9bafc +6a508faa-80a8-3246-9941-90d8cc8dec85,201d5d69-3af5-4ef1-95c3-c830960c1f76 +6a508faa-80a8-3246-9941-90d8cc8dec85,14a194f0-d8bc-43f1-910a-89799c43e028 +6a508faa-80a8-3246-9941-90d8cc8dec85,3125c349-50d7-46b1-9228-ded37d96de54 +6a508faa-80a8-3246-9941-90d8cc8dec85,e471ebc6-51bf-4bb5-a24d-259e459727a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a16e524e-27af-4f2d-b06f-b83daac1c8c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,070f37ca-7305-4481-ac56-33c9c009c697 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6ca533b-cf65-4820-9eac-9d9f4d509806 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a5afe07-c64c-4334-b820-691de071d366 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ab03ace-2992-4427-8cda-a08540dc6a8e +6a508faa-80a8-3246-9941-90d8cc8dec85,87b9f45a-4804-4cb2-9e1d-d389e5336b3a +6a508faa-80a8-3246-9941-90d8cc8dec85,cd51c356-a4fc-4983-b8d3-47f202acf890 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f56f045-0e77-41c7-9791-9430aa0a49f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba1c3c10-6cf6-4a83-bda7-34a5d6d9090a +6a508faa-80a8-3246-9941-90d8cc8dec85,4aab2942-9420-4f11-b29f-12697b8364c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,73e0f8fb-4e2d-434b-95f1-646e075d965f +6a508faa-80a8-3246-9941-90d8cc8dec85,eb2c5c78-d833-46be-b24e-90ad5cf9f960 +6a508faa-80a8-3246-9941-90d8cc8dec85,f46e3192-f1c1-4b1c-8f33-42fdec25849c +6a508faa-80a8-3246-9941-90d8cc8dec85,eb2d027b-9c9a-4890-abe3-f7d4b3eebebe +6a508faa-80a8-3246-9941-90d8cc8dec85,7e2b8ef0-36e6-4412-81cd-b2615535f03b +6a508faa-80a8-3246-9941-90d8cc8dec85,a64a53eb-b87b-44fa-a994-d5485d0a6b16 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dc7d3eb-135c-4f14-a68d-06922ea5e7ea +6a508faa-80a8-3246-9941-90d8cc8dec85,997a12ee-707f-4a72-8c9c-f5246fc0e985 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4a96d47-73c4-4061-937a-b17e86038194 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5a86cae-8ebd-4ba4-a82d-d78d3828a155 +6a508faa-80a8-3246-9941-90d8cc8dec85,b190aa0e-09ef-4496-bee9-45bab8e3d432 +6a508faa-80a8-3246-9941-90d8cc8dec85,94c60da3-db65-4ce8-a119-15f15adaa6a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,05b27ca4-35b2-42ae-aff5-a018b877e80f +6a508faa-80a8-3246-9941-90d8cc8dec85,173e183a-d84f-49d1-b722-509cf962cfb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,330a7c4f-77e1-4bc7-9d7f-8ea71a286c77 +6a508faa-80a8-3246-9941-90d8cc8dec85,6df6af3e-0fc7-4649-a18d-fafa5f2581b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8430bf9d-c4df-467e-be1c-887201dc87a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fa3244c-7f56-4b08-bc28-731beac5f741 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6997a17-33c2-469d-bd46-7568002ad3c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,864dd50e-573d-4b30-b88b-110bb1cb9c48 +6a508faa-80a8-3246-9941-90d8cc8dec85,67732720-4e4e-4dcc-90af-a6ff56bbc1ea +6a508faa-80a8-3246-9941-90d8cc8dec85,ac668d72-791e-477f-a6c9-1b0b9d1b6392 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8b32d28-46ce-45d9-a7ba-cdfe0c8753b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,765348a6-e027-4de9-b90a-d304fa3905d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c10db718-168f-44d2-9474-6f810e5c9e9d +6a508faa-80a8-3246-9941-90d8cc8dec85,acedbac1-5921-4f19-b84d-41bffeda7b15 +6a508faa-80a8-3246-9941-90d8cc8dec85,25359216-e455-44cc-a219-ea1d22802f29 +6a508faa-80a8-3246-9941-90d8cc8dec85,82cb3b29-2fb3-4254-ac28-fc3a358158fe +6a508faa-80a8-3246-9941-90d8cc8dec85,149d7532-da0d-4218-9bc8-b724499aad86 +6a508faa-80a8-3246-9941-90d8cc8dec85,13683e74-f080-43da-a421-b6664ab9289c +6a508faa-80a8-3246-9941-90d8cc8dec85,7a13ab2b-1d1d-4bde-aee0-acf62c94ccf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a028a08-a98e-4d3c-a342-5e9cb76eb302 +6a508faa-80a8-3246-9941-90d8cc8dec85,07fc8f0e-64d2-492d-8267-e1de2b0db96f +6a508faa-80a8-3246-9941-90d8cc8dec85,30b51912-1982-49e0-9fe5-05c3862d0ee9 +6a508faa-80a8-3246-9941-90d8cc8dec85,84e07270-2ed4-4e9c-a1d8-76aa1a8f000a +6a508faa-80a8-3246-9941-90d8cc8dec85,0a752b81-ac3c-4944-8d0f-ec3a1d8f6c4a +6a508faa-80a8-3246-9941-90d8cc8dec85,5056f0ac-cf34-4e0a-b5aa-4f2af3dfe764 +6a508faa-80a8-3246-9941-90d8cc8dec85,2364653e-9477-4683-9966-dce851ef3017 +6a508faa-80a8-3246-9941-90d8cc8dec85,97b69dc5-803e-450a-8942-49abe1b52fa9 +6a508faa-80a8-3246-9941-90d8cc8dec85,53931d3a-f570-45e4-931b-6f7bcc509694 +6a508faa-80a8-3246-9941-90d8cc8dec85,8385fd48-9358-4cff-ad6d-1df889cda878 +6a508faa-80a8-3246-9941-90d8cc8dec85,673ba1d5-b29c-466e-ae35-3f9c51a95fae +6a508faa-80a8-3246-9941-90d8cc8dec85,d4747c00-52c7-413b-a797-aca91ed1b5fa +6a508faa-80a8-3246-9941-90d8cc8dec85,a5e80adf-aaf9-4a92-8f37-a7b91487a979 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d27541b-2abf-4bff-815f-680915611509 +6a508faa-80a8-3246-9941-90d8cc8dec85,c99a5650-4f80-4072-a1ba-917047a7d161 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c6156d8-52b5-4913-b2fb-7de008b45232 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a78e094-07b5-43a5-9b94-4155b22cfa3e +6a508faa-80a8-3246-9941-90d8cc8dec85,819723ef-3b51-412d-b2ea-516b5fb01111 +6a508faa-80a8-3246-9941-90d8cc8dec85,fad1e67f-c0ff-4b24-b36a-7773910e2919 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d26cc3f-94ce-41af-9910-4d56319a272a +6a508faa-80a8-3246-9941-90d8cc8dec85,25e593ca-7f0d-47df-8aba-5f943539fc5d +6a508faa-80a8-3246-9941-90d8cc8dec85,3e1a7af2-fd82-4497-845f-97f1db9b1da9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5549752-baf8-4f6f-b385-72dca8d0cf99 +6a508faa-80a8-3246-9941-90d8cc8dec85,336ab25d-5467-401a-b399-301266c4884d +6a508faa-80a8-3246-9941-90d8cc8dec85,afcc8703-295f-4556-bdc1-fc243dfd01a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,9eb3a4a5-3415-4819-bf7b-9f28aa548887 +6a508faa-80a8-3246-9941-90d8cc8dec85,be276595-5efb-4728-ac04-0a18890112ea +6a508faa-80a8-3246-9941-90d8cc8dec85,a1f3e4a7-d92f-4c9c-81b1-24c7ed92169e +6a508faa-80a8-3246-9941-90d8cc8dec85,aae8bc86-e6fd-4916-b57b-4c6c406cabbb +6a508faa-80a8-3246-9941-90d8cc8dec85,4d6b87f5-918b-4197-bf8d-6353308dbd62 +6a508faa-80a8-3246-9941-90d8cc8dec85,5aafab0d-27b8-4904-8fa4-35745a6de63c +6a508faa-80a8-3246-9941-90d8cc8dec85,3cfbdf5c-04ae-4616-a8fd-b0d713ecbcf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c36dc0d-15bf-4951-8a17-7fd75e160a8b +6a508faa-80a8-3246-9941-90d8cc8dec85,53d4f1b8-5974-4038-9f33-931e3be73b56 +6a508faa-80a8-3246-9941-90d8cc8dec85,3587675a-72c0-4c59-875f-15df9d032e52 +6a508faa-80a8-3246-9941-90d8cc8dec85,1856ee25-2159-4411-8ed3-b0e730554164 +6a508faa-80a8-3246-9941-90d8cc8dec85,fab32a83-3cb9-46bb-8283-ac878f8f3e9a +6a508faa-80a8-3246-9941-90d8cc8dec85,23426aa9-7a22-4c71-a229-9f3bb91976ef +6a508faa-80a8-3246-9941-90d8cc8dec85,02dbd6a4-e2bd-450a-986e-52ef8fcfccd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8278d2d-3b9f-414b-b6e5-2164ae25d54f +6a508faa-80a8-3246-9941-90d8cc8dec85,4b860e5a-856e-4f03-8ffe-b77381d249b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f23d087a-4133-4774-be20-97204b70b296 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0373943-8cb5-410c-a45b-442ee140eb4f +6a508faa-80a8-3246-9941-90d8cc8dec85,7b8ad0da-4329-4bd1-abe5-2512b0cd3c43 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ee2c92a-e54c-4d65-aa26-ae0794590ff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,03eaa68b-1f28-4c2b-b728-9a47d02e4660 +6a508faa-80a8-3246-9941-90d8cc8dec85,61259614-232b-4953-8ccd-235691c358d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,35bb303c-be54-4960-9eda-3861a4e252a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8021b09e-7d08-4fc6-a144-0f6d5a600b07 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f69fca1-3e8e-4a71-af94-055361e0d108 +6a508faa-80a8-3246-9941-90d8cc8dec85,779b22e8-6108-47fb-8ecf-420f19208b3c +6a508faa-80a8-3246-9941-90d8cc8dec85,e6894eef-0a1f-4458-85c9-d371e94b8d16 +6a508faa-80a8-3246-9941-90d8cc8dec85,73b56d99-44e4-4309-9fd1-ce1567e32bc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a913b2cc-1a3d-47cf-a8cc-9ec937a223b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,16e951b8-020a-4aad-80c2-cff70c592634 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdd7dfff-c661-49a1-bd15-8d2a88c31e45 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4e80a19-0858-4cbd-88df-341132cfdad7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8a32374-c8a8-4006-982b-8c5a780d1b29 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8d334e1-d3ea-4138-b1f3-6ce7df3253b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b469e485-9445-438c-85f3-b5e9fabd8bdd +6a508faa-80a8-3246-9941-90d8cc8dec85,c51e3030-8f38-401e-b7d0-5289210a883b +6a508faa-80a8-3246-9941-90d8cc8dec85,c7232c13-04be-439b-8b5f-ef481f67556c +6a508faa-80a8-3246-9941-90d8cc8dec85,9e46aa19-637e-4715-94da-7923d44d5b76 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a636cc9-f70a-43b1-94ce-df54e6177677 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e16da8a-f4a3-433f-85cc-219a3859ac8e +6a508faa-80a8-3246-9941-90d8cc8dec85,f170e504-77e3-43fa-9eac-3b471c49e524 +6a508faa-80a8-3246-9941-90d8cc8dec85,9add52aa-d3df-4b6a-8f6d-fbaa920c9368 +6a508faa-80a8-3246-9941-90d8cc8dec85,e80c2bba-7bf1-42c9-9c79-6477c0f21c68 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1647f70-8828-4d8e-a7f4-619c40842462 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f571932-b9c4-41a4-b349-0762cc86030a +6a508faa-80a8-3246-9941-90d8cc8dec85,9d4c0826-3880-4e8f-b362-d211e620b9f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,546d1cb4-8eca-4f4a-80c3-6007c2b42b7b +6a508faa-80a8-3246-9941-90d8cc8dec85,bacd6195-6e4c-4291-a0e0-7939d5d5cfae +6a508faa-80a8-3246-9941-90d8cc8dec85,a4c0725f-c419-425d-b2a3-286f89acf45b +6a508faa-80a8-3246-9941-90d8cc8dec85,40d27823-eea9-4455-b576-b53b54785eb8 +6a508faa-80a8-3246-9941-90d8cc8dec85,765cfe9e-dea3-44f4-b6f4-c47c0dcabece +6a508faa-80a8-3246-9941-90d8cc8dec85,4a40ce74-ceed-4185-8686-dfac6697b10b +6a508faa-80a8-3246-9941-90d8cc8dec85,6898e8cf-3397-4356-8ed2-80626bb50c8e +6a508faa-80a8-3246-9941-90d8cc8dec85,51edaed6-995f-49ce-8604-8e9e4215e24c +6a508faa-80a8-3246-9941-90d8cc8dec85,be4af607-b887-4186-a5e3-cb4c39c5a778 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f4ccc30-83fc-4e66-ba04-158a1d61f325 +6a508faa-80a8-3246-9941-90d8cc8dec85,be3939cb-a6f0-45cb-b77d-fe241975173f +6a508faa-80a8-3246-9941-90d8cc8dec85,4c983000-da73-4762-9b06-d0ab400efc15 +6a508faa-80a8-3246-9941-90d8cc8dec85,470dc1fe-b57f-404f-92fa-eeb10731b6bf +6a508faa-80a8-3246-9941-90d8cc8dec85,0b115936-0152-4756-b168-1e4d2f451cf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d777509-a8e5-4275-a160-70e9ab355461 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8ea741e-810a-477d-a2bc-76a1a7d6f584 +6a508faa-80a8-3246-9941-90d8cc8dec85,abbdd7a9-1333-4c47-80c6-1ac8b7f82458 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd63151e-4a23-4672-8178-282722057211 +6a508faa-80a8-3246-9941-90d8cc8dec85,354d6586-6c2e-4205-9030-6e16f237faa5 +6a508faa-80a8-3246-9941-90d8cc8dec85,00980a23-6dbb-4ea1-9f8f-4e30552225a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5f5a360-1dfd-4d5d-a83d-2220427703a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,13ae6c92-d027-4968-937a-966d90427352 +6a508faa-80a8-3246-9941-90d8cc8dec85,79bd5386-6c73-4a9c-babf-bd59c99c2406 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5af11a2-93b4-426e-bf78-b929293df988 +6a508faa-80a8-3246-9941-90d8cc8dec85,00d17c0b-6ad2-4c08-b5d6-42c83c42925e +6a508faa-80a8-3246-9941-90d8cc8dec85,904388fd-f74c-4f0d-921e-2d5aaa00f962 +6a508faa-80a8-3246-9941-90d8cc8dec85,95233b17-b08e-4238-a1c0-5e593215e9a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa3303fd-821b-407a-afed-ea98b14392c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1557b4ff-112f-4ff4-b7d3-f74f982b3b88 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bb9daf5-a0fd-47c0-9187-8a65f427f663 +6a508faa-80a8-3246-9941-90d8cc8dec85,29804667-0265-4a5b-8943-23ed2b826de6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d860265-d83f-47dc-a080-ed2eda48140b +6a508faa-80a8-3246-9941-90d8cc8dec85,8eefae1d-a7a4-4252-baae-3e0d33df3358 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ad62d06-dfe3-4440-bcc7-43e96eaf169a +6a508faa-80a8-3246-9941-90d8cc8dec85,43f10864-e55b-44e2-9c81-0a38fc13f53c +6a508faa-80a8-3246-9941-90d8cc8dec85,b5caaeac-80c4-47e1-9782-65fb77797aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3893f20a-6dba-4962-90c0-7375440ea27a +6a508faa-80a8-3246-9941-90d8cc8dec85,cb6a489e-4b2b-4d98-b1ff-f64dbaf1d94e +6a508faa-80a8-3246-9941-90d8cc8dec85,ca9bdb56-7112-44f2-a854-360942fc8666 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9efca2a-9b96-4d7b-acb4-22e1ef15668c +6a508faa-80a8-3246-9941-90d8cc8dec85,1dc141d0-78b6-4918-b3ee-8abbcd916203 +6a508faa-80a8-3246-9941-90d8cc8dec85,033f0f3a-440c-442c-b4e5-47261366aceb +6a508faa-80a8-3246-9941-90d8cc8dec85,c86fbd17-f6d7-4c5f-b9ba-f08713e55bb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0b970a5-87d7-4544-8f99-4aa72689a97d +6a508faa-80a8-3246-9941-90d8cc8dec85,d4ac7e53-5c7c-40c9-b363-d6b084ba676f +6a508faa-80a8-3246-9941-90d8cc8dec85,3cc49e61-81e1-47ea-9d7a-f8aa82f0600e +6a508faa-80a8-3246-9941-90d8cc8dec85,0b21f940-8f5c-44ed-9b9c-248b0e36e9a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed15643c-9d90-42b7-8e7e-34f139dd586b +6a508faa-80a8-3246-9941-90d8cc8dec85,8a5bd9df-2ccb-4542-a055-083ec6e4b5fc +6a508faa-80a8-3246-9941-90d8cc8dec85,a461db5d-4725-490b-b9d9-0ed587b1100c +6a508faa-80a8-3246-9941-90d8cc8dec85,81175a43-d859-42d1-b2d8-67ff34d915f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbc8e30e-0757-4745-98ab-98cc3de67336 +6a508faa-80a8-3246-9941-90d8cc8dec85,60f8a0b9-90be-4cb9-8559-1394e2051c16 +6a508faa-80a8-3246-9941-90d8cc8dec85,633a8749-bfeb-4bb7-a7cf-348ad4cdc8bd +6a508faa-80a8-3246-9941-90d8cc8dec85,e285ea25-b0fc-41d7-8cb1-41815fcf76d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,12a2cb10-15bd-4811-b596-9320378145cf +6a508faa-80a8-3246-9941-90d8cc8dec85,46fa720a-e0d1-4145-8fd6-34a5b6e0fae0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca32676c-b9cd-4784-b358-ea753181cbc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce291bd9-ac34-4016-8ced-0e2cc9fd5bbe +6a508faa-80a8-3246-9941-90d8cc8dec85,53409997-0dfc-4c25-a900-9820314a3643 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c07e6c7-b0fd-40e5-9d55-fd8b442e52b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb334768-7255-49c4-ac35-5a2797454298 +6a508faa-80a8-3246-9941-90d8cc8dec85,13d630f9-fe17-4617-85ae-7c5403a3c435 +6a508faa-80a8-3246-9941-90d8cc8dec85,d0963b69-00f2-4e7e-a1a3-3b1e36870134 +6a508faa-80a8-3246-9941-90d8cc8dec85,34da2cfd-8645-4089-adbe-d38996620f87 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc39e9b3-c040-4c05-abac-695d5897fa43 +6a508faa-80a8-3246-9941-90d8cc8dec85,94043416-1b37-4bca-a6df-984f4bf58544 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1ba2d0f-739e-4c51-949a-037905ec6463 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c4983d7-d8ac-4c0b-aac6-4d9062b0bb73 +6a508faa-80a8-3246-9941-90d8cc8dec85,86bf016f-2606-435d-8010-6bc8e2281789 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cc6362c-6698-4c15-83b5-7c0bd16328f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b1bf796-b51d-41c1-bf6c-05f0247a4be7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c86e3a69-699a-4dda-b4cf-4333490ea858 +6a508faa-80a8-3246-9941-90d8cc8dec85,11e985c8-8819-4507-9155-d328f219f1ab +6a508faa-80a8-3246-9941-90d8cc8dec85,8a88a6a9-36f2-40cd-927c-87c34c2d3251 +6a508faa-80a8-3246-9941-90d8cc8dec85,529489cf-318e-4f43-9f88-2b3992ef36f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7bb27b6-b440-4597-b09b-5615d8ee19e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a60e70c4-b297-49e8-b0f9-09a559d4cc30 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c96ce9c-25cb-432f-804b-0cc2bcf8488a +6a508faa-80a8-3246-9941-90d8cc8dec85,055da114-039f-4973-b3ed-3d9365259120 +6a508faa-80a8-3246-9941-90d8cc8dec85,f970b914-ca4b-4736-9488-090dcd207832 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd5fdb45-275a-4ce4-8195-fe053dfe4f5a +6a508faa-80a8-3246-9941-90d8cc8dec85,2490a8d8-bf97-4b0b-941e-f95435af09dd +6a508faa-80a8-3246-9941-90d8cc8dec85,36937094-6873-45dd-aaa8-c7cccf242e9e +6a508faa-80a8-3246-9941-90d8cc8dec85,4c1255aa-befb-41d8-a324-af7037632bd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,2527a7bc-8d51-4ff3-8f9a-5b7fd3742109 +6a508faa-80a8-3246-9941-90d8cc8dec85,b64150ee-3249-43b1-9738-767df9552132 +6a508faa-80a8-3246-9941-90d8cc8dec85,07a7a864-ed10-4555-a72e-d4c90e6262f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c092d25f-8a71-4b75-af7d-08d89cd41d1c +6a508faa-80a8-3246-9941-90d8cc8dec85,219eac5f-f0da-401e-9b6d-91cca587ba3b +6a508faa-80a8-3246-9941-90d8cc8dec85,baf2bafb-00f6-44db-ba85-1f73d2825158 +6a508faa-80a8-3246-9941-90d8cc8dec85,c60d7955-a030-4fa7-8db5-3a9620ac4c2b +6a508faa-80a8-3246-9941-90d8cc8dec85,8a3ea336-0d2c-41c8-89c5-932a81d53153 +6a508faa-80a8-3246-9941-90d8cc8dec85,13f2c382-ebad-47aa-bbbb-69f76b65484b +6a508faa-80a8-3246-9941-90d8cc8dec85,c503737b-5525-4cd0-a622-67c7b8b6aac7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d8343c7-b7f0-4cc1-95d1-ddaf22cd67ae +6a508faa-80a8-3246-9941-90d8cc8dec85,7aeb58b8-9e45-4347-9a2d-8f50dbdeac9d +6a508faa-80a8-3246-9941-90d8cc8dec85,41c2042a-1983-4d1b-845c-d27ddfd8468c +6a508faa-80a8-3246-9941-90d8cc8dec85,ce2179cf-f878-4cc2-a4e7-38be5b95e555 +6a508faa-80a8-3246-9941-90d8cc8dec85,48096a5b-727f-4c08-9bfc-cf15d7170f6a +6a508faa-80a8-3246-9941-90d8cc8dec85,58b93675-a734-4eef-9ff2-2812a9ae634c +6a508faa-80a8-3246-9941-90d8cc8dec85,700d428f-4e7f-462b-8996-0c97e11268bd +6a508faa-80a8-3246-9941-90d8cc8dec85,91e04932-7268-49c6-b467-413733b9a9b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd0cf8b0-ec1b-4c2b-b45a-8e287c9348dc +6a508faa-80a8-3246-9941-90d8cc8dec85,1c8bca67-e1ee-4870-8552-6bc96137a363 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cafd6ac-9eef-4d6b-a6f5-6b8a2b41adaf +6a508faa-80a8-3246-9941-90d8cc8dec85,e13fce53-cbf9-4701-b494-80953427cf59 +6a508faa-80a8-3246-9941-90d8cc8dec85,24994097-3359-4d5a-81a6-3d4fb815d712 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf1271f7-dbb6-4992-8a8c-4e725458188a +6a508faa-80a8-3246-9941-90d8cc8dec85,a41c5449-8f97-4453-9a24-2496c11b7b67 +6a508faa-80a8-3246-9941-90d8cc8dec85,fca83b97-f344-47db-89e4-09baf8a7e6ab +6a508faa-80a8-3246-9941-90d8cc8dec85,75b63f3f-9096-43e6-9f54-fff62c38c026 +6a508faa-80a8-3246-9941-90d8cc8dec85,42532755-588d-4b36-8762-29446e2e2f5b +6a508faa-80a8-3246-9941-90d8cc8dec85,f6688792-3c34-4fee-bd20-3b64ef281dca +6a508faa-80a8-3246-9941-90d8cc8dec85,45055c5a-91d9-4748-8f8d-25ae48b866d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f1194d8-dda5-4869-8a17-2c22f91a255f +6a508faa-80a8-3246-9941-90d8cc8dec85,b671f46c-3952-46eb-9fa1-2325ccfb8163 +6a508faa-80a8-3246-9941-90d8cc8dec85,18c86725-9439-4e01-8f52-91d87817d3bb +6a508faa-80a8-3246-9941-90d8cc8dec85,1073d581-26f8-47fc-99c6-995263e77a73 +6a508faa-80a8-3246-9941-90d8cc8dec85,38340d29-d4db-48e7-bec8-bb5d201e3a75 +6a508faa-80a8-3246-9941-90d8cc8dec85,383bd6ed-1003-4354-b99a-228e9a368892 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8b6a316-b2c5-4be4-9b89-9339850c3e76 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a26faab-ac1c-40c6-a2d5-519ce8b4e603 +6a508faa-80a8-3246-9941-90d8cc8dec85,94bd8ed4-e90a-4195-a2fd-d7633b4db851 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d2429be-0f95-435f-91ea-721ac0c7a540 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac6791f6-10fb-472f-81bd-716329a0360f +6a508faa-80a8-3246-9941-90d8cc8dec85,04ae11c9-6e84-4c5b-a11b-6506ad1a3cde +6a508faa-80a8-3246-9941-90d8cc8dec85,9f8f246b-0014-403f-9b65-d7733b0e98b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3dc6ccd4-5eff-4cba-b8ff-03f427fcc4e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6593407-cc46-45e3-b6c6-00df4792d96a +6a508faa-80a8-3246-9941-90d8cc8dec85,5d3e8084-82a8-4e60-9608-027af7c0f00b +6a508faa-80a8-3246-9941-90d8cc8dec85,c2efaef0-b525-4b2c-90cb-85cf23031aee +6a508faa-80a8-3246-9941-90d8cc8dec85,15b961ba-9510-474e-9f16-c796330a7a32 +6a508faa-80a8-3246-9941-90d8cc8dec85,0412e3f9-8d61-4582-be7a-331284abf8ce +6a508faa-80a8-3246-9941-90d8cc8dec85,27d0a0b3-94d6-4b0f-bcab-11477f440091 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bb6d16f-350f-4fb4-8dee-a7f3b981ef6e +6a508faa-80a8-3246-9941-90d8cc8dec85,2504f6e4-3987-418d-8045-172a5761e571 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4f15af4-f7b7-4f1f-9d9a-2293a07a9881 +6a508faa-80a8-3246-9941-90d8cc8dec85,355406bb-3f4c-4785-9d74-22cf9dafbff6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a64542f5-d123-4a7c-a471-b92503ace29b +6a508faa-80a8-3246-9941-90d8cc8dec85,9f2226be-b725-4375-a3e2-d22c44c4e1e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f3adc0f-0436-46f2-b4bd-a4dc8a15f2e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b99feab4-c36e-42c9-a42c-4dba16be4157 +6a508faa-80a8-3246-9941-90d8cc8dec85,1258e3c6-818f-4d37-a574-a41f44aa1b5d +6a508faa-80a8-3246-9941-90d8cc8dec85,b97abd42-e9cc-42f1-8bb0-5fba71cdd332 +6a508faa-80a8-3246-9941-90d8cc8dec85,871ec3ce-7757-479c-8f66-6a91ce0d8f33 +6a508faa-80a8-3246-9941-90d8cc8dec85,42382e4d-4076-4b41-839f-c5dc2f153fdd +6a508faa-80a8-3246-9941-90d8cc8dec85,ff41a0a9-aedc-4c7d-b63c-2345ebf0dd2d +6a508faa-80a8-3246-9941-90d8cc8dec85,90edc051-722d-407c-9843-0a4211ae842a +6a508faa-80a8-3246-9941-90d8cc8dec85,51a36f28-58de-42c9-baaa-86e239946243 +6a508faa-80a8-3246-9941-90d8cc8dec85,87f8a621-037c-4f0d-8bb6-d02d0dd66b1a +6a508faa-80a8-3246-9941-90d8cc8dec85,d13b5879-0668-4cef-8b75-f1ca752d6e35 +6a508faa-80a8-3246-9941-90d8cc8dec85,c25b5554-4da1-4753-bb90-69ca14ed0c14 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfdca711-43cc-4c6c-bd7a-0d4a39425eb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b664cdd-4317-4965-ab6e-c30aa251ef6f +6a508faa-80a8-3246-9941-90d8cc8dec85,ca327048-4c07-46f5-a349-c399a7c47752 +6a508faa-80a8-3246-9941-90d8cc8dec85,d21a940c-875c-4499-9303-2362d75051e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,74f82adf-a18c-462b-aa58-09b5258a7e4c +6a508faa-80a8-3246-9941-90d8cc8dec85,167939d8-70b9-439c-a188-95f2a22e8dda +6a508faa-80a8-3246-9941-90d8cc8dec85,2c76ba72-44d1-48fc-93f4-c6d7dc3f0692 +6a508faa-80a8-3246-9941-90d8cc8dec85,cda77590-2c0a-4d35-aaef-81381f3a9050 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed5cfa90-5e37-48f3-ac6a-aac719b222b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,933d0fbb-3bf3-4a4f-9b6d-7a5b2949640e +6a508faa-80a8-3246-9941-90d8cc8dec85,235a904c-42ca-42b8-bac0-08c336e18a47 +6a508faa-80a8-3246-9941-90d8cc8dec85,5dc5dd93-c82b-4231-a366-c20f437d3caa +6a508faa-80a8-3246-9941-90d8cc8dec85,4e765dc4-f57b-4b15-8b5e-cea4f4dc1ca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,bec851f2-8d86-4104-a537-e849035942bd +6a508faa-80a8-3246-9941-90d8cc8dec85,b34395c8-76ad-4105-a7b0-6f993e9f5fd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b31b0ecb-f88a-4c67-a097-256e2e556238 +6a508faa-80a8-3246-9941-90d8cc8dec85,7799adb0-e8bd-4c97-9e5b-cccb6f8337b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f6af810-0bd9-419d-ad75-2e98feae0b9f +6a508faa-80a8-3246-9941-90d8cc8dec85,3d0aac41-1aeb-4fb3-9e26-a7a13d17c2c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,15d72e60-402b-497c-ba69-80560dda1ced +6a508faa-80a8-3246-9941-90d8cc8dec85,97bc0345-d90b-4b11-b728-dec1ff9cf61f +6a508faa-80a8-3246-9941-90d8cc8dec85,99d644cf-d659-45ab-af4a-e093098b5caa +6a508faa-80a8-3246-9941-90d8cc8dec85,09772179-932c-4114-a7e4-d49c84689b59 +6a508faa-80a8-3246-9941-90d8cc8dec85,065001e3-02fb-4dd4-9077-3c5d678d30db +6a508faa-80a8-3246-9941-90d8cc8dec85,d44dcc1f-626a-4805-8a92-ab0024748d25 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d737351-d7cd-4335-ba7c-c10aa794e50c +6a508faa-80a8-3246-9941-90d8cc8dec85,9f8f8e46-6bc4-4dbe-bc8e-a763a1bbdab5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8710708d-6005-456c-8bc6-0f78e3a185aa +6a508faa-80a8-3246-9941-90d8cc8dec85,ce93b455-a38e-4522-b64e-71c635ddf7f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f87df20e-2a29-4a8a-8f42-2b0c765d57cf +6a508faa-80a8-3246-9941-90d8cc8dec85,06e97981-da21-4492-9c9b-b0ebf58dc052 +6a508faa-80a8-3246-9941-90d8cc8dec85,5882b342-39fc-4da2-87db-949a9a5a26a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a8aa02f-afe9-4bdb-afe6-82c34a001c00 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad5f26e9-b3da-42a4-a9a1-a432035d2d6e +6a508faa-80a8-3246-9941-90d8cc8dec85,1507c178-907c-4856-9f5b-2d35fb393a31 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2cba49a-1bd4-42a4-bd16-e57446fa7cd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d48bd093-f434-42c0-9175-038ba444ae67 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3f5f943-5f43-4828-aacc-72fae4a33261 +6a508faa-80a8-3246-9941-90d8cc8dec85,85a510d2-10e8-4912-b588-bcb03031ebe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c5568c5-219b-4d3a-8073-a2ed6787e78b +6a508faa-80a8-3246-9941-90d8cc8dec85,3597379f-8522-42cf-9d7b-c6d29c4cd1b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,91276230-e632-42bc-86d9-4a9f5cbf39d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,27b2efa6-8607-4607-8d70-4b4514156d71 +6a508faa-80a8-3246-9941-90d8cc8dec85,1591ad25-3e85-4f95-ba5a-1b3150b9327e +6a508faa-80a8-3246-9941-90d8cc8dec85,a8b5056b-5e8d-4926-8fc5-835340488f40 +6a508faa-80a8-3246-9941-90d8cc8dec85,10bf8578-98ae-4f6c-81bd-efe5f26d3f15 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6e8e5e4-9f26-48d6-af8e-b2a0b6e2b5e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0d9fbae-f98f-45c6-96f4-de82967f55e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac723e72-60ab-42d7-8768-ae11641d9be2 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb717d83-2884-45ec-a012-981986a170d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,51b380df-8bb4-4fd2-aec2-fec584f67378 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cd1b2cc-2059-4fc2-b52f-f9b9564e9b8c +6a508faa-80a8-3246-9941-90d8cc8dec85,6e92eb23-40f4-4c35-87cd-81e594507c9e +6a508faa-80a8-3246-9941-90d8cc8dec85,6a71a85d-b16c-4ed1-983c-941bdd5b17b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,df42d325-9b11-44e5-975b-1d4cb23810bd +6a508faa-80a8-3246-9941-90d8cc8dec85,f9577d74-280c-4bb7-80d0-c48a4da9599c +6a508faa-80a8-3246-9941-90d8cc8dec85,7f2597fb-789a-40ae-93fd-dba2a37e4844 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebda70da-0700-482d-8e1f-7ca530139606 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b17ae83-b2b9-4d76-9211-6b52911e9bf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6980d5c1-53ea-4ae4-b7e6-f5bc63b15946 +6a508faa-80a8-3246-9941-90d8cc8dec85,77468e5f-a534-4e7e-bff5-2b88ce68a2e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,db8a7fb2-92b2-43a4-86f0-e6b9c4e60c18 +6a508faa-80a8-3246-9941-90d8cc8dec85,2252a01f-783d-4063-8f21-ff57fd20d3e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3098585c-74b6-4121-a366-86b5548ec2af +6a508faa-80a8-3246-9941-90d8cc8dec85,17fed60a-d595-444e-bc04-47de2ead783d +6a508faa-80a8-3246-9941-90d8cc8dec85,de3a0f91-40a9-4fa2-83da-9fc1d77ad75c +6a508faa-80a8-3246-9941-90d8cc8dec85,5998741f-ec62-4383-b850-9506e171a0e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,075a1759-6040-45e6-9543-569f88d449b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dbd602e-04cc-45cf-8f83-8dd8894a7996 +6a508faa-80a8-3246-9941-90d8cc8dec85,532cf565-1bb6-40b6-9e1b-3e8ebcad67a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,78824a79-9612-4e7d-9f0b-8535d83804ac +6a508faa-80a8-3246-9941-90d8cc8dec85,341b13ea-2bf1-4d8f-a26e-a46cf7530871 +6a508faa-80a8-3246-9941-90d8cc8dec85,c3919ba5-5d6b-407e-be1e-45ac62b44900 +6a508faa-80a8-3246-9941-90d8cc8dec85,8db0ff2d-4167-4dc1-b9ad-e6ca79ea6ad4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d26e80d5-fe53-4af6-8b0c-366bbb06cb98 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4fda172-87fb-4a44-ad2c-91d5cad3159c +6a508faa-80a8-3246-9941-90d8cc8dec85,bdce22a6-3f7f-4893-8e98-a45918ee1e09 +6a508faa-80a8-3246-9941-90d8cc8dec85,982dc024-2f1f-4ae1-9363-ee3a92ac2e47 +6a508faa-80a8-3246-9941-90d8cc8dec85,8df9da10-2761-481e-ab1e-836aec771fb8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7fd3bfe7-28b3-4f6d-9c57-87492a6f7627 +6a508faa-80a8-3246-9941-90d8cc8dec85,4425cbeb-a99c-4773-859e-baa2dbf82dfa +6a508faa-80a8-3246-9941-90d8cc8dec85,da340610-cd07-4798-9287-81199b9ef062 +6a508faa-80a8-3246-9941-90d8cc8dec85,41e24ed7-4ca5-47c5-bc8d-202f2b15d0ad +6a508faa-80a8-3246-9941-90d8cc8dec85,b8df9a27-e088-476a-ae78-3703b2999b31 +6a508faa-80a8-3246-9941-90d8cc8dec85,0668818f-2cd4-41bc-b5db-334bc3a12718 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9981f55-d751-4a92-8013-e37b04a72f95 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3ad639c-a635-424d-ad8a-a4c23bf2c45a +6a508faa-80a8-3246-9941-90d8cc8dec85,5ad56968-1996-41c0-90b7-0884390da612 +6a508faa-80a8-3246-9941-90d8cc8dec85,b46e00a1-6401-4311-b837-22431a3f46a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,63e47db4-93fd-4d4d-bf28-adf38c0ecf20 +6a508faa-80a8-3246-9941-90d8cc8dec85,16dee155-ed98-4617-9854-030fd25b5984 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcddcf7d-5a3d-4a02-b546-55ac77b4c74d +6a508faa-80a8-3246-9941-90d8cc8dec85,d63e294c-fca8-4d1e-a52b-cb0f07dd658d +6a508faa-80a8-3246-9941-90d8cc8dec85,23ed21b2-d70b-4b90-b396-58dbc3dc3e01 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f05ec72-cc9c-4372-a62b-c5670bef57c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,87595275-b63e-40a8-8116-8cec671e0c78 +6a508faa-80a8-3246-9941-90d8cc8dec85,6050410a-e2c6-4417-be5f-0c2b70bda45b +6a508faa-80a8-3246-9941-90d8cc8dec85,1a412fec-384d-4c7d-a609-dfc078a9c141 +6a508faa-80a8-3246-9941-90d8cc8dec85,26183447-951f-4aad-8ed7-bd5bd06fb79f +6a508faa-80a8-3246-9941-90d8cc8dec85,60968f01-6680-4922-9a48-46ffa1bf0d12 +6a508faa-80a8-3246-9941-90d8cc8dec85,7811c1c7-d223-472d-8ea2-4ae1609bd9fd +6a508faa-80a8-3246-9941-90d8cc8dec85,fa9a7cf6-92ee-4f1e-b3bc-6604eac8be5a +6a508faa-80a8-3246-9941-90d8cc8dec85,d2fee1bd-26b5-4096-90c3-75b5659e27d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,69425e1a-757f-40a5-bde4-f377781b3c7b +6a508faa-80a8-3246-9941-90d8cc8dec85,dcec3270-d9fc-4ba1-a535-fd32c2c9e074 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dd358bf-40d0-437f-922d-8c91f488357e +6a508faa-80a8-3246-9941-90d8cc8dec85,67110adf-1aa3-46ce-8187-40335d4d7618 +6a508faa-80a8-3246-9941-90d8cc8dec85,f29b1cc6-e455-4a44-a5b3-949690dcd94c +6a508faa-80a8-3246-9941-90d8cc8dec85,15f7a9df-ff5f-412c-9307-9f34c110606d +6a508faa-80a8-3246-9941-90d8cc8dec85,3d36b6e3-84b0-4fa5-b2d2-62ca219982a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,06b48b19-a19c-4777-9dc9-ac3ea4b30162 +6a508faa-80a8-3246-9941-90d8cc8dec85,9caea00d-5690-49c1-9f35-8f9320b4d7d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,59e7ba23-2495-406a-a4a5-238fbd000a78 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8a258f7-125c-43bb-a842-a19d376587a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b22665a-12cd-4b36-be83-956c3348f268 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e2d5521-5209-4e2d-b4e0-972aa98891b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f48ac15-ca9e-4002-8ca0-7d87ac77e04e +6a508faa-80a8-3246-9941-90d8cc8dec85,5afd4252-e28a-4961-b012-326144bd5275 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ce823f4-b527-4897-a4dd-f4f60d8797be +6a508faa-80a8-3246-9941-90d8cc8dec85,894a7e81-7cf3-4206-a85b-8de551d85bcf +6a508faa-80a8-3246-9941-90d8cc8dec85,03bee2bc-90b9-451f-98f1-ee7763f103df +6a508faa-80a8-3246-9941-90d8cc8dec85,06b1e697-d0c5-4f03-87b3-9f66fe8a8565 +6a508faa-80a8-3246-9941-90d8cc8dec85,e795d391-2129-48c7-8f42-8ef02d680293 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae4522cb-74c0-4eb1-90f6-520c3c27aa6f +6a508faa-80a8-3246-9941-90d8cc8dec85,56f4fca7-1cf7-43ef-942f-e6170dc3c692 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec5b8858-2acb-4a2b-8647-f5842f748c78 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7efb5a1-90ab-49f0-a04b-4b2ba8f56492 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2d03ae2-dd75-47bf-ad23-b1250df15ff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd12d46c-27e3-43a3-8700-437b70a17159 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8890931-e0a1-46d1-a0e2-9528c59650a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d87d537-0a58-4a5a-9919-b74308575ae1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6dd1799b-058b-48f7-8f38-7f271e91fd29 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f5825d9-78ff-46fa-ae0c-f7c00184c5c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,06ec8bc0-af99-4d16-bc61-cfb1ae372ec7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bc1d464-da37-4a0e-9e13-f19928149010 +6a508faa-80a8-3246-9941-90d8cc8dec85,03b1e9a2-799f-452a-a881-ea6385ee2976 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a506230-7c4f-433e-ab77-e0719b464482 +6a508faa-80a8-3246-9941-90d8cc8dec85,762f6a09-dc29-4dc2-a401-07897b582b65 +6a508faa-80a8-3246-9941-90d8cc8dec85,6722e6fd-cab8-4c3b-9455-dd77fce8f0c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,17fe3aae-c1ec-4d0f-a1f5-1a67cafbfaef +6a508faa-80a8-3246-9941-90d8cc8dec85,206603ae-bb8f-4b17-a028-3ff2961846a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6457615-492e-4b60-a935-696fbe1d6ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,099c84ad-cca1-4ea9-92e8-6caf491f0564 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ff0aa15-54f1-4770-b680-643e796b34d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,21538348-4a4d-47a7-ad60-dac2643870d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a584fdb9-e175-434e-a2cd-12628b1d3891 +6a508faa-80a8-3246-9941-90d8cc8dec85,be080039-f463-4ab4-991a-0917d1f88066 +6a508faa-80a8-3246-9941-90d8cc8dec85,48a43ad1-c359-4df3-a59b-b59f3c44ac69 +6a508faa-80a8-3246-9941-90d8cc8dec85,585bec60-1b6d-429c-928b-38023d6f2b02 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aafe2bc-58df-401c-af3c-e9550a9f93f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,761fed93-9cec-48c7-b605-f0b63bf26d27 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b18d9a3-4d9c-4f28-977a-3379d3cc42b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b02420a-a285-43eb-9484-47f9827e255b +6a508faa-80a8-3246-9941-90d8cc8dec85,b66216cc-347e-4767-aba9-586c8e93ac31 +6a508faa-80a8-3246-9941-90d8cc8dec85,95d59eef-ad13-49e3-acc1-bfed28de583e +6a508faa-80a8-3246-9941-90d8cc8dec85,65f62cf1-f1d5-43d5-880c-b67d464efd6a +6a508faa-80a8-3246-9941-90d8cc8dec85,b2708733-cc21-47df-9039-df03e6e7b897 +6a508faa-80a8-3246-9941-90d8cc8dec85,e950992d-9339-470f-9302-83b5858b6083 +6a508faa-80a8-3246-9941-90d8cc8dec85,423a3060-edbd-4c14-adf7-d26bf6ed377c +6a508faa-80a8-3246-9941-90d8cc8dec85,d507652b-5ab4-4623-afed-ccaebb2d5956 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8fd1158-4b81-4053-801c-0f901890b37b +6a508faa-80a8-3246-9941-90d8cc8dec85,a03afddc-069b-4b4e-84e6-cfbe0eefed0c +6a508faa-80a8-3246-9941-90d8cc8dec85,9f92bda9-4b19-407a-b83d-3ce963302c0a +6a508faa-80a8-3246-9941-90d8cc8dec85,cbe1c92e-4d76-4f7a-a6d4-ea41503ad95d +6a508faa-80a8-3246-9941-90d8cc8dec85,d1a3c66f-85fb-4574-880e-3e24ce9c76ba +6a508faa-80a8-3246-9941-90d8cc8dec85,693bdbf6-c4f1-406d-92fd-3994160ced7f +6a508faa-80a8-3246-9941-90d8cc8dec85,a98d7c1e-d0da-401c-808a-da677fe65e7e +6a508faa-80a8-3246-9941-90d8cc8dec85,f7ef97ca-c883-402c-a0da-eeb2ec2225e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,75e4a1b4-8a8c-43a0-bfd5-c075e6eb0e54 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1f703ba-0391-439e-9150-3820a58f8a47 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b5915fa-89ad-4838-aa61-2a63b300747e +6a508faa-80a8-3246-9941-90d8cc8dec85,dd962f5f-a7a1-4875-948e-978d21127ced +6a508faa-80a8-3246-9941-90d8cc8dec85,deadebe2-278c-46e2-96cc-a509c3fdc74a +6a508faa-80a8-3246-9941-90d8cc8dec85,8473110e-0935-4cef-a41a-0ad6eba44aad +6a508faa-80a8-3246-9941-90d8cc8dec85,698cc5b1-141f-45e2-bbe2-4eb6dfa9699b +6a508faa-80a8-3246-9941-90d8cc8dec85,85187603-420b-45cf-9c5a-aeba8d6dcdb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b9e9ea0-6473-4b53-abb0-3dbf7c3844f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,135306bb-d7b1-4a62-bcb0-e34334610dfa +6a508faa-80a8-3246-9941-90d8cc8dec85,4b3f16d3-c314-4a25-bb0e-8adecaf55e8c +6a508faa-80a8-3246-9941-90d8cc8dec85,00a63e1a-fce0-48b7-80a6-fe91d9f3277c +6a508faa-80a8-3246-9941-90d8cc8dec85,ab84447e-6950-4e88-a8b7-f16ac82441ea +6a508faa-80a8-3246-9941-90d8cc8dec85,f87d5417-d7cc-47af-b240-e2a17906efd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,44d804f1-a180-43f5-a350-da2aca3d7ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf4493dc-81f0-498b-938a-16ce4c0226bd +6a508faa-80a8-3246-9941-90d8cc8dec85,8299fcfb-3d15-42ab-96b7-8ea60a1c56c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0776f2c7-bb95-42cc-b0f7-7666b881a8bc +6a508faa-80a8-3246-9941-90d8cc8dec85,d3af41c4-d924-40ce-90c5-b745792e31fd +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa3c765-072e-4dac-8a3c-33a4d3cad308 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b0c15f6-7e88-4402-9057-bdd08b256e3d +6a508faa-80a8-3246-9941-90d8cc8dec85,08c698c4-149f-493e-bad4-7dd9ec2df9ac +6a508faa-80a8-3246-9941-90d8cc8dec85,943d2520-e65c-48f9-941a-a8db76265091 +6a508faa-80a8-3246-9941-90d8cc8dec85,143ec670-2c06-4b81-90f9-bed5543e9a4a +6a508faa-80a8-3246-9941-90d8cc8dec85,058d96d4-0768-460c-8c39-0bac21460679 +6a508faa-80a8-3246-9941-90d8cc8dec85,8458bf11-fdef-4e80-87e7-ab61cd8c30e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,a04ed513-0e99-4039-a677-25c13606ca28 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b958d65-a824-4ad4-adc0-5a4baa7fca8c +6a508faa-80a8-3246-9941-90d8cc8dec85,1536389e-9ec3-491c-a5a4-ac1efec9846e +6a508faa-80a8-3246-9941-90d8cc8dec85,da970aa2-cae6-433b-8bbf-9bca53d92393 +6a508faa-80a8-3246-9941-90d8cc8dec85,e547a95a-1464-4538-9173-4a7ddb1490e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6210822-426e-4231-8ad6-122e5bb3d8a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f7f8641-d17e-4adc-930b-55c5f23aadc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,3345bba6-fe6e-44a5-bed9-c7e102fc7660 +6a508faa-80a8-3246-9941-90d8cc8dec85,e18dfc89-7a8f-49d4-8719-c09a99f020cc +6a508faa-80a8-3246-9941-90d8cc8dec85,934b5f98-fb68-44ad-9688-abd54790fba3 +6a508faa-80a8-3246-9941-90d8cc8dec85,016ad13c-19c3-48f6-812c-4819626dab47 +6a508faa-80a8-3246-9941-90d8cc8dec85,476d98e8-6d3b-461e-968b-ea0a17a8b94d +6a508faa-80a8-3246-9941-90d8cc8dec85,bfb5fbb0-44b2-4ba2-a06a-f56eb0f0f15c +6a508faa-80a8-3246-9941-90d8cc8dec85,5511fa0c-df6b-4132-b0cd-e5255bc9c875 +6a508faa-80a8-3246-9941-90d8cc8dec85,12e55d06-2688-4f44-b4ec-e770156e0b3e +6a508faa-80a8-3246-9941-90d8cc8dec85,9ed99afa-c6ad-4d08-ba43-5c1fd3b72a3f +6a508faa-80a8-3246-9941-90d8cc8dec85,c16dfaa9-73c9-4dd5-8351-aeb590650b1b +6a508faa-80a8-3246-9941-90d8cc8dec85,f19a315b-0efe-41f5-babf-3c9b7de4f47b +6a508faa-80a8-3246-9941-90d8cc8dec85,c793a802-6095-4079-9502-b5a4f24aef4b +6a508faa-80a8-3246-9941-90d8cc8dec85,0b558564-0706-4678-8b3d-3ee7d77bec8b +6a508faa-80a8-3246-9941-90d8cc8dec85,dec2206b-9f32-4f16-9fd6-dd91716d6945 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbe28011-2f7f-41e8-968f-b857a0304131 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8ee28fd-087d-4a32-9be5-cc67c70a41ed +6a508faa-80a8-3246-9941-90d8cc8dec85,fb7d8e38-6239-4e08-a178-f169e74d2486 +6a508faa-80a8-3246-9941-90d8cc8dec85,5761fe91-f9d9-4f21-9f29-8e5d1fb6ffac +6a508faa-80a8-3246-9941-90d8cc8dec85,d69ef1f6-1a8a-4a52-845e-b9e4902570d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffe92b26-c714-4be0-bd5b-f66d0d36045f +6a508faa-80a8-3246-9941-90d8cc8dec85,20f2205d-7069-47d2-979d-3629a083fb15 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd31ee42-ac6c-4296-bc06-eeddffb32bce +6a508faa-80a8-3246-9941-90d8cc8dec85,2bbb9dab-115e-4de4-b31a-b6dee945d57a +6a508faa-80a8-3246-9941-90d8cc8dec85,85596676-1eae-4133-88d0-9f46d922ee99 +6a508faa-80a8-3246-9941-90d8cc8dec85,697c5de3-caa4-427a-a92c-f1ec8ccded7e +6a508faa-80a8-3246-9941-90d8cc8dec85,5a9748c0-6aa5-4e4b-9c91-50ab4818c2c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,30711923-dbef-43a1-aa29-77a0f5916624 +6a508faa-80a8-3246-9941-90d8cc8dec85,64e9fd58-596c-4b81-951a-3300f84b8969 +6a508faa-80a8-3246-9941-90d8cc8dec85,be148c64-075f-43fe-8a2e-fa0ff09fa5c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfd77f59-033a-4e32-a45b-80cca333c401 +6a508faa-80a8-3246-9941-90d8cc8dec85,55dcfb00-d3c3-4244-85ab-e59bd82b068b +6a508faa-80a8-3246-9941-90d8cc8dec85,6c557c9c-7750-493b-9d8a-55c08a539d07 +6a508faa-80a8-3246-9941-90d8cc8dec85,33644260-c576-4a84-9015-0759e1540fbe +6a508faa-80a8-3246-9941-90d8cc8dec85,78f2341a-b7dc-4aaf-a458-67fbe6232d38 +6a508faa-80a8-3246-9941-90d8cc8dec85,81047dc3-2a22-4a5d-9d5a-fa1ff317b0bf +6a508faa-80a8-3246-9941-90d8cc8dec85,c07229fd-2afe-417d-a4ae-70674075074e +6a508faa-80a8-3246-9941-90d8cc8dec85,4b21c323-9eb3-443d-937f-3e2f41ff88ad +6a508faa-80a8-3246-9941-90d8cc8dec85,293cd938-4c7f-4f80-9710-51a7399ad398 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9793d52-f984-40e7-9941-6f28184be7e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,91f8ca6e-9c45-4256-8ca0-07db8d677e62 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc2c2c0d-0896-4f68-b1ee-5fb61dc4f54c +6a508faa-80a8-3246-9941-90d8cc8dec85,619ed7b9-a0e7-4158-8885-7be89fa04263 +6a508faa-80a8-3246-9941-90d8cc8dec85,30cab6d5-0bf2-4d7d-ae6e-778e9fabd7c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,91c83657-a1fd-4aa6-b818-3b290f736819 +6a508faa-80a8-3246-9941-90d8cc8dec85,28d63a9b-feff-436c-b98f-e0d3be680e4a +6a508faa-80a8-3246-9941-90d8cc8dec85,8df62b35-9269-449e-9d55-61b4fe25efa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef1bcf77-14bc-48ec-b0ee-c71ad50699a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7048fd88-1d5c-4fc0-8467-6d8362529754 +6a508faa-80a8-3246-9941-90d8cc8dec85,acfeef60-5dfe-4165-999c-4f51e52f2e76 +6a508faa-80a8-3246-9941-90d8cc8dec85,716c9ced-508e-4f3d-bc33-2ed4aefebb58 +6a508faa-80a8-3246-9941-90d8cc8dec85,a899de46-e705-4099-bf55-db19a9e19579 +6a508faa-80a8-3246-9941-90d8cc8dec85,78f73294-8bea-4075-a70b-9b85945a88f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c7790ba-2811-4e69-bc23-cc5a8cd045e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7c9a962-422e-4765-a5a3-f79fdd9085ff +6a508faa-80a8-3246-9941-90d8cc8dec85,c6224bea-74a5-4fb0-8feb-9e5391564302 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce46d8aa-8be4-493b-81ce-ba4bdf0d5bbc +6a508faa-80a8-3246-9941-90d8cc8dec85,e8c47e35-1eae-4b1d-b28a-a6b37930b7b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cf778ba-0155-486a-8c6a-0079ba9eda3b +6a508faa-80a8-3246-9941-90d8cc8dec85,3abd3d0b-6663-4a9e-9b79-f69d9e90a97f +6a508faa-80a8-3246-9941-90d8cc8dec85,6ab16d17-476d-48f4-946e-294ae0e894fb +6a508faa-80a8-3246-9941-90d8cc8dec85,5b466a13-56ec-48b1-9ae3-f15b73c35166 +6a508faa-80a8-3246-9941-90d8cc8dec85,a367228d-2b26-4bfe-b4b3-61cf49946964 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4de3ead-8270-4cf1-8d8c-dc058c654c10 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bf9dc7c-afa7-4f39-a92a-cf1ff156b0b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bba40d2-35ad-4183-8e6d-5730ed52cba0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5f6fc0b-cd9c-4671-88d2-9856288cf40a +6a508faa-80a8-3246-9941-90d8cc8dec85,ce688604-2ed3-4b55-9992-9031f53b87c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0d737d2-8a8f-4d33-afdf-c4da7e9ea140 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c0654c0-f03f-4146-a30d-ff40e1a0bc0a +6a508faa-80a8-3246-9941-90d8cc8dec85,e83093f3-32b7-489c-b85b-5f2daceff375 +6a508faa-80a8-3246-9941-90d8cc8dec85,a27a0583-ad2b-480d-90e2-653cfac0955d +6a508faa-80a8-3246-9941-90d8cc8dec85,d908b340-b690-4427-9db1-bd49223366a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,394bcca8-f536-4df4-91c8-047ece7fdf73 +6a508faa-80a8-3246-9941-90d8cc8dec85,816cb386-3270-4d9c-a8f0-de9c690475d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea185e4e-4c3a-42ee-af56-009f1f5fe430 +6a508faa-80a8-3246-9941-90d8cc8dec85,192798b1-3c32-4bfd-8a55-b7f4d8db8769 +6a508faa-80a8-3246-9941-90d8cc8dec85,981da196-3b42-4018-9318-b7fa60503eea +6a508faa-80a8-3246-9941-90d8cc8dec85,46498e83-f990-4b76-adcc-59bda39605bb +6a508faa-80a8-3246-9941-90d8cc8dec85,956c5001-155d-4474-9ca3-ba6c55f1fbf8 +6a508faa-80a8-3246-9941-90d8cc8dec85,930623cb-abbf-4da7-9ad1-21ee6bb81c78 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bcc4229-3802-444e-a4c8-aeefec5e512f +6a508faa-80a8-3246-9941-90d8cc8dec85,e61cb3c6-28f0-4e64-b427-f7b7568513da +6a508faa-80a8-3246-9941-90d8cc8dec85,78cf8f8b-ed2d-4ccc-9d77-634ee0bba3d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,81f7022e-4ed5-4e57-ba67-b76746d57902 +6a508faa-80a8-3246-9941-90d8cc8dec85,1484d8f1-a666-4dfb-9f95-c44adacd327d +6a508faa-80a8-3246-9941-90d8cc8dec85,58f7d3bf-0322-4582-aeef-39bd900c800c +6a508faa-80a8-3246-9941-90d8cc8dec85,7af104a9-a0d1-4566-9edf-bd88f56a4ffd +6a508faa-80a8-3246-9941-90d8cc8dec85,358860d4-0129-4efa-b70f-a655a8cfa823 +6a508faa-80a8-3246-9941-90d8cc8dec85,316153f9-0aca-498f-8637-47532a3d5570 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dd8f7c9-ae89-4b51-9628-9d9b562635d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b970a7cf-b7c6-47b9-a8a8-29945aef5dfe +6a508faa-80a8-3246-9941-90d8cc8dec85,ab2abec9-5e05-4151-ab39-e00421f5ec2b +6a508faa-80a8-3246-9941-90d8cc8dec85,ff1b68a3-ac1a-4cef-96d0-4b1232132f85 +6a508faa-80a8-3246-9941-90d8cc8dec85,afdef328-0317-43f4-886f-e6c95927d808 +6a508faa-80a8-3246-9941-90d8cc8dec85,9199488c-2eca-4664-9cae-580ee53925e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d7cc35e-ddad-487c-bf79-03eb82fedb72 +6a508faa-80a8-3246-9941-90d8cc8dec85,a00cec26-cbfb-4c2c-9100-ad52e762f43a +6a508faa-80a8-3246-9941-90d8cc8dec85,68ffea35-ac25-42a3-b343-0a54070ab60c +6a508faa-80a8-3246-9941-90d8cc8dec85,37164809-086c-4371-af09-5fcc1fa2276e +6a508faa-80a8-3246-9941-90d8cc8dec85,fe2d19ac-56cc-4fda-a566-c40b239260bc +6a508faa-80a8-3246-9941-90d8cc8dec85,f32f965e-f599-4466-8bbe-3c36ab5096d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,2eb40370-b323-4232-a557-f750549c887f +6a508faa-80a8-3246-9941-90d8cc8dec85,9f252d46-bc9a-4f12-b641-cf0f658148f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f23edaee-c2c1-44ba-9843-90302e1946f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,75bdba36-57f0-4fad-b5d3-ce36a922e656 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc9e40ab-0c4c-4a46-9238-1d23f4f9e753 +6a508faa-80a8-3246-9941-90d8cc8dec85,8767ed3a-cbcb-44b6-a92b-76b369f0c47e +6a508faa-80a8-3246-9941-90d8cc8dec85,5e03eda6-1267-4555-b182-d55481a43480 +6a508faa-80a8-3246-9941-90d8cc8dec85,183f699d-d249-4091-8c73-a0afaa21fd45 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d21c3ef-8154-4bf6-a251-3c6a37d9fcc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee5b009f-4b83-45b6-b859-fb61a9c8b33a +6a508faa-80a8-3246-9941-90d8cc8dec85,75708993-b151-4a21-94e0-700affdc3e98 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c2d2e53-cbda-4431-a668-fbf8566d7410 +6a508faa-80a8-3246-9941-90d8cc8dec85,493d185d-a2b7-4017-bc9b-c9a46a8601bb +6a508faa-80a8-3246-9941-90d8cc8dec85,493a66b3-aeac-4499-9cf9-b38f94b1b8a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b940780a-af92-4033-81ff-e6e0338f43e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2eb5b891-eaf7-4626-98b2-e27782c66a63 +6a508faa-80a8-3246-9941-90d8cc8dec85,186f6f73-da34-4629-80da-8c2b451b9b1f +6a508faa-80a8-3246-9941-90d8cc8dec85,a1b1d5e2-494f-4525-a9f9-01d396dc75ae +6a508faa-80a8-3246-9941-90d8cc8dec85,f957fbce-5871-400c-bdea-64dbe550c9e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddc773cf-b27f-4f88-bde3-5740ed99cd2f +6a508faa-80a8-3246-9941-90d8cc8dec85,c666f947-89e6-4f72-b29f-9f93758b1dab +6a508faa-80a8-3246-9941-90d8cc8dec85,e1b7609d-0e28-46ed-ac74-3e0d4a3efaaf +6a508faa-80a8-3246-9941-90d8cc8dec85,01f02609-b399-465e-a642-5c792aedf667 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa4fbb2e-6ecf-4e77-a623-5b25fc78d309 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1dec62d-8a3c-4091-a687-5d0141c6ae06 +6a508faa-80a8-3246-9941-90d8cc8dec85,98b4ee13-bba2-42c3-9a4a-972d1252c031 +6a508faa-80a8-3246-9941-90d8cc8dec85,00f04734-d40e-467a-9edf-4b30d1d029ad +6a508faa-80a8-3246-9941-90d8cc8dec85,f8a541bd-bd6a-4398-aa58-84c48d9719e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0664430-e3c3-4163-a8b0-8ba75d77fbbf +6a508faa-80a8-3246-9941-90d8cc8dec85,73a35a79-017e-4c29-8a73-9533d2d91089 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc9b3a88-2eb9-49cc-adfa-32792445887b +6a508faa-80a8-3246-9941-90d8cc8dec85,b3bb4501-8f5f-45d8-b9a9-f4dcce66f90f +6a508faa-80a8-3246-9941-90d8cc8dec85,83781049-b90f-4edc-9cc2-248834b53c16 +6a508faa-80a8-3246-9941-90d8cc8dec85,549b9a93-0ccc-4ffb-8a26-f8d5ae111a16 +6a508faa-80a8-3246-9941-90d8cc8dec85,8469ef8e-f546-4fcd-a0e8-76773a132fa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,88c066ff-e02a-4a04-bcd3-411b9e4896d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b21732d-7b5e-4067-bf4a-e85fe625faab +6a508faa-80a8-3246-9941-90d8cc8dec85,3de4af27-9987-4d66-856f-2c383663c730 +6a508faa-80a8-3246-9941-90d8cc8dec85,b31f7777-e3a4-423f-88fc-0acf3bdedfa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cad79be-1427-4f1e-8a3d-2939154df009 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a2db9f9-b905-458f-8785-c7005a4594cd +6a508faa-80a8-3246-9941-90d8cc8dec85,78d7f7e8-b9a2-4105-985e-0caefb3e89d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f806d63-8b60-4a17-b697-3d27de773800 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c2fef31-3b64-4355-8cf8-77c21eeb31d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,968a331b-05b1-4253-bd1a-2005a82a8233 +6a508faa-80a8-3246-9941-90d8cc8dec85,1dce4322-c7b5-4c64-9da5-5a93b2164921 +6a508faa-80a8-3246-9941-90d8cc8dec85,301ba9d0-8afb-4d36-8a1f-06a495c6921e +6a508faa-80a8-3246-9941-90d8cc8dec85,cb883a77-42ea-4f33-a0b1-2788d9cbf8bd +6a508faa-80a8-3246-9941-90d8cc8dec85,01fc1af7-838e-4906-921b-a760526cd913 +6a508faa-80a8-3246-9941-90d8cc8dec85,02dd61b7-740e-481c-8320-fed79bcbbe7d +6a508faa-80a8-3246-9941-90d8cc8dec85,5d0b0e7d-1173-47d6-9baf-6822bb9683f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb064cb9-eaec-4579-893e-2d19dc159ee2 +6a508faa-80a8-3246-9941-90d8cc8dec85,76387ca7-405f-4cf7-9ad9-3034ceacc8a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,75d1d1dc-5800-4316-91fa-8401a65beed6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e06803f-37e9-4c30-a819-94ed8ed253b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,27949aba-10f2-4460-8604-33f78dfaea8e +6a508faa-80a8-3246-9941-90d8cc8dec85,263fd034-f536-4864-91b4-f65f7d079436 +6a508faa-80a8-3246-9941-90d8cc8dec85,76aae0d0-43c3-4508-a77f-1a97ed64afa7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0019cfad-0ff6-4d08-8737-3273721603fa +6a508faa-80a8-3246-9941-90d8cc8dec85,1860fcb6-9d61-4c29-bd7d-74b477842415 +6a508faa-80a8-3246-9941-90d8cc8dec85,084e36fd-08dd-4f49-af52-0d42c851c2ec +6a508faa-80a8-3246-9941-90d8cc8dec85,454b246b-d8bb-4b4f-bc59-85370c2183ae +6a508faa-80a8-3246-9941-90d8cc8dec85,7481b220-f962-43a4-ba49-076ce4a8cd7f +6a508faa-80a8-3246-9941-90d8cc8dec85,1a59065a-a54c-4cd3-85d4-7361ebcda609 +6a508faa-80a8-3246-9941-90d8cc8dec85,2151cc60-dc50-4436-9fdc-faa7e476a097 +6a508faa-80a8-3246-9941-90d8cc8dec85,51e665d4-f37b-4fa7-bc6c-0854be838f44 +6a508faa-80a8-3246-9941-90d8cc8dec85,81516d98-3449-4368-8651-a2a5f6d674f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba116549-ab49-44cc-825e-697ec6eb0fd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,82996262-743f-4a33-86ad-e781ed38ad1e +6a508faa-80a8-3246-9941-90d8cc8dec85,d66a6c8d-5bdb-4a99-8b70-8ff4294b672a +6a508faa-80a8-3246-9941-90d8cc8dec85,04a96088-fcbc-4131-9b0e-a9ee5edb8e81 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fb7215f-7928-4cea-b248-d0cfcebb2123 +6a508faa-80a8-3246-9941-90d8cc8dec85,3eb2ced4-1fb0-447d-ae6e-026bd0fe8426 +6a508faa-80a8-3246-9941-90d8cc8dec85,b78b3af2-101b-4e4f-80ef-6ae74233ec28 +6a508faa-80a8-3246-9941-90d8cc8dec85,792bbf6c-5570-47bc-aed6-6891292d44f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5288607a-842b-4da8-a4d0-7f89dec2693f +6a508faa-80a8-3246-9941-90d8cc8dec85,50d45ee0-322e-4932-856a-efcb3ffab761 +6a508faa-80a8-3246-9941-90d8cc8dec85,51ae512a-4195-4710-a387-1df379232939 +6a508faa-80a8-3246-9941-90d8cc8dec85,993fd9bc-f99c-484e-a17c-473d7d720075 +6a508faa-80a8-3246-9941-90d8cc8dec85,112591f9-436b-4871-93bf-d2fe6a10be37 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe8ba93c-cf8f-402c-a44a-eb6e251aa9ec +6a508faa-80a8-3246-9941-90d8cc8dec85,5b8b753a-deb3-4aa9-abb0-33963b564929 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9ca76d3-d02f-43cd-8add-a1b8dc0eac1f +6a508faa-80a8-3246-9941-90d8cc8dec85,260a0169-a8f2-4484-8719-2beb794b3797 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9ca4e90-37e7-433b-aa68-8c26083cf179 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a36a1bb-1678-4e05-869f-466ec2f9770d +6a508faa-80a8-3246-9941-90d8cc8dec85,4a180590-4326-4095-8b20-c040d6c94e85 +6a508faa-80a8-3246-9941-90d8cc8dec85,d15c8dd0-c01f-42b5-a784-fa2fa1f5ddd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a47205e-d009-417e-9a0a-f26895b6d9ed +6a508faa-80a8-3246-9941-90d8cc8dec85,777fd324-2198-46b0-ac83-66950c52cb01 +6a508faa-80a8-3246-9941-90d8cc8dec85,2aa5062e-d900-4d45-95ee-499bb57d77ec +6a508faa-80a8-3246-9941-90d8cc8dec85,2a4aa8a6-4ca9-4d8b-92a3-4bbcf5763f21 +6a508faa-80a8-3246-9941-90d8cc8dec85,588459fb-9fac-4216-97e2-0479d58cacf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed89e6de-1403-4b2a-91e7-c40a1bf409cc +6a508faa-80a8-3246-9941-90d8cc8dec85,fb11bbcc-fc26-4c5f-bec4-47d5715b078c +6a508faa-80a8-3246-9941-90d8cc8dec85,77ed9aa4-4fd5-430f-906c-012b3c259216 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4afba6a-c1ad-4c91-8c59-e0b897da37ad +6a508faa-80a8-3246-9941-90d8cc8dec85,4d3c40f7-1583-4aa1-9b76-d29324aa31c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,65777228-e622-4007-81ff-c777959c89c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5c9eb0f-431a-4b92-aae1-d8de02d6e36f +6a508faa-80a8-3246-9941-90d8cc8dec85,2af4397c-c356-4ccb-88fe-23f823f51278 +6a508faa-80a8-3246-9941-90d8cc8dec85,d43ab203-6d9b-4bc7-851a-b911b750ea0e +6a508faa-80a8-3246-9941-90d8cc8dec85,bd53abac-1ca6-4735-8d74-2f5f14ef2745 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffe275cd-ee81-4999-8677-9cd16c11ab75 +6a508faa-80a8-3246-9941-90d8cc8dec85,4331b7cd-3063-4956-bdf5-95b23b8b10e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,30659b24-8780-4958-b7ad-39eb53b84c6e +6a508faa-80a8-3246-9941-90d8cc8dec85,ab9b811a-3504-4255-96b5-cd7c84c3ca85 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef99cf8c-4866-4c7c-aec5-ce04734ae732 +6a508faa-80a8-3246-9941-90d8cc8dec85,25cab412-6d63-4621-85bd-a1938ca7138d +6a508faa-80a8-3246-9941-90d8cc8dec85,1a9a4a19-ba6c-4f4a-ae01-fa6c3bae9efd +6a508faa-80a8-3246-9941-90d8cc8dec85,3893a354-c18b-40de-9d0f-5a7d04bbe04d +6a508faa-80a8-3246-9941-90d8cc8dec85,60a75bde-85e2-448d-a461-4b097ceaf099 +6a508faa-80a8-3246-9941-90d8cc8dec85,969e2834-971c-489b-af80-d72a38e9753d +6a508faa-80a8-3246-9941-90d8cc8dec85,1e1ad558-bec7-4391-8451-817790601ecb +6a508faa-80a8-3246-9941-90d8cc8dec85,c68738dc-6886-4046-abb1-f70ac341c4b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,69447e65-41c7-4472-89f2-c28ce6014446 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddf6c508-975c-4f53-9998-5d05f0493401 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe01e014-7948-4eb8-bf79-609f8b70cf30 +6a508faa-80a8-3246-9941-90d8cc8dec85,c48c800c-6f6a-466b-be73-31dceaf6523f +6a508faa-80a8-3246-9941-90d8cc8dec85,64a9d284-815c-4000-a296-bb2d11905a46 +6a508faa-80a8-3246-9941-90d8cc8dec85,79b78e2d-585d-4fe0-b0f7-66b636570230 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d982878-ad38-4035-af36-45968b375cbe +6a508faa-80a8-3246-9941-90d8cc8dec85,0c6e10e6-0366-4d47-96ba-351fdeb7737d +6a508faa-80a8-3246-9941-90d8cc8dec85,996fe593-077f-46fa-adec-2be53a870691 +6a508faa-80a8-3246-9941-90d8cc8dec85,f25ba670-c4d1-468f-9f09-aacdd5b780d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,581f11a3-51a4-402a-a6fc-8ba91cda65d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2f8b7b6-1c86-4c37-977e-28f8009b495c +6a508faa-80a8-3246-9941-90d8cc8dec85,2ad9bf79-83c0-4caf-8c93-6926fe7c64fd +6a508faa-80a8-3246-9941-90d8cc8dec85,d017f966-cb93-4db1-aea7-9cc01438a303 +6a508faa-80a8-3246-9941-90d8cc8dec85,59ab47a1-b601-4bd5-adb2-3d446e075f54 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c786758-a086-4c4d-84be-dd5e78f5c611 +6a508faa-80a8-3246-9941-90d8cc8dec85,5659dd7f-c421-47a6-a8ec-82f6607f67a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b29e9733-fc0d-455a-98a7-7482625f56cd +6a508faa-80a8-3246-9941-90d8cc8dec85,2615cd76-06a9-401b-8bd8-071e300fb079 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0cb1607-bce5-497d-b2ea-086ba73c3eb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f391f2e3-48bd-4931-91c9-bbb5a48aa5a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1756e18a-a819-4ad6-a698-92684a630456 +6a508faa-80a8-3246-9941-90d8cc8dec85,4443ef77-6270-4ade-8858-abdaa5356df8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b19363d-c8ac-441a-b304-52fcabc347bc +6a508faa-80a8-3246-9941-90d8cc8dec85,85a3ae23-0b8e-44aa-b27b-74a0854e024b +6a508faa-80a8-3246-9941-90d8cc8dec85,d6ef2317-7bb1-4446-96bb-2133fb30792b +6a508faa-80a8-3246-9941-90d8cc8dec85,bda5789b-7f3a-462f-90c9-18d9ce67a0b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d43f694e-0b95-4688-97e2-1d3b4fcfdc71 +6a508faa-80a8-3246-9941-90d8cc8dec85,36ad09a6-e79a-4960-9e73-aa57b441ac3e +6a508faa-80a8-3246-9941-90d8cc8dec85,acd5d61e-167a-46cf-8f17-e5ce67aeb26d +6a508faa-80a8-3246-9941-90d8cc8dec85,a54ad3a5-45b9-4fa8-8470-694443b45d11 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a7b60a4-1885-4752-bd21-0bbfbb558685 +6a508faa-80a8-3246-9941-90d8cc8dec85,8147f54d-d136-4f71-b4a5-b598f37a9ba4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ee4d8f4-a672-4207-8219-06b6e9588bab +6a508faa-80a8-3246-9941-90d8cc8dec85,ef181851-902a-4525-83b9-1331c93e6d1c +6a508faa-80a8-3246-9941-90d8cc8dec85,07b7d10f-a417-44f9-8892-864523d3b694 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0ee5e0a-44a9-4a39-a6b2-8c5a01bda54b +6a508faa-80a8-3246-9941-90d8cc8dec85,fa6dc84a-75fd-47ec-a095-6c8a4d74b42f +6a508faa-80a8-3246-9941-90d8cc8dec85,9d62eadf-3d1a-4ea8-977c-8459e48c790a +6a508faa-80a8-3246-9941-90d8cc8dec85,e1d03e59-05ec-4d59-9360-0b242333eeab +6a508faa-80a8-3246-9941-90d8cc8dec85,7d293375-3ef0-418a-835b-90904b1913ab +6a508faa-80a8-3246-9941-90d8cc8dec85,4f8711e7-4723-43d2-8c55-8bbc487edb72 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f5a3af4-ca92-40ab-979e-d4e3501c3c06 +6a508faa-80a8-3246-9941-90d8cc8dec85,28169ebd-8212-49b0-a12c-8726ef0c85cd +6a508faa-80a8-3246-9941-90d8cc8dec85,22d1b9fa-9d2e-4116-98d7-ba0801fa4814 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c015280-0e0e-4f70-a027-6693add72ee6 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf4a7966-9e50-4e24-b5b8-5f4b5741c86a +6a508faa-80a8-3246-9941-90d8cc8dec85,7ac24fa3-7800-48e7-aa02-03de2e44eb42 +6a508faa-80a8-3246-9941-90d8cc8dec85,448b7f18-cb62-4a6d-9260-694d46df8136 +6a508faa-80a8-3246-9941-90d8cc8dec85,e469151a-a2cd-4c03-b09e-67531e984dec +6a508faa-80a8-3246-9941-90d8cc8dec85,3c19e667-d0e2-41d5-be57-f4c75ffc3878 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f6acff5-91fc-462e-a2c1-271b70b25e90 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2f0475b-431c-4252-8020-b75e36d4e473 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a2c3e41-bae8-498d-8b67-b7f1a0737485 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f2df2d8-33b6-4640-88ab-8126396fc9c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6653295d-3579-4564-ba46-2fd3aaecb91e +6a508faa-80a8-3246-9941-90d8cc8dec85,48329ea6-fff0-421f-9433-e5e628934c66 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d2b1b15-80e9-48ba-8173-d84409bf7c98 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd5a7ae9-e36d-45e9-a4b1-60da0f4fbc26 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3854a4e-4ee9-4f6a-bdeb-ddd1dc3625dc +6a508faa-80a8-3246-9941-90d8cc8dec85,b0f5e23b-7e8a-4152-8ba0-ab124c1cb55b +6a508faa-80a8-3246-9941-90d8cc8dec85,b1658aa5-62ca-47ba-8aea-e1e1d674028f +6a508faa-80a8-3246-9941-90d8cc8dec85,b3d94ca2-c3c2-40c8-95b7-f2a0e95efb1d +6a508faa-80a8-3246-9941-90d8cc8dec85,537bd68c-7d75-4239-bcf2-251b7b38f768 +6a508faa-80a8-3246-9941-90d8cc8dec85,720ca301-ed53-427e-8b88-2c9ec01aa0a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,349806c9-4476-4378-9234-d727099865e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c141f48-d1e9-424a-81c2-911eab7e6f86 +6a508faa-80a8-3246-9941-90d8cc8dec85,18e3f300-47e0-4091-b590-3992b368294f +6a508faa-80a8-3246-9941-90d8cc8dec85,7c925ffe-c28d-4961-a766-f1677d3c79c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6012052-0662-4603-87ff-35a9038362e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8da379f-6f7a-41b5-97eb-d914f8c0ee07 +6a508faa-80a8-3246-9941-90d8cc8dec85,3396414b-0b15-4e59-b925-e1adfc03b122 +6a508faa-80a8-3246-9941-90d8cc8dec85,aaee7415-1bc1-4ec8-b9f8-78d5fb252a63 +6a508faa-80a8-3246-9941-90d8cc8dec85,37b46ab7-e31f-48ec-8843-9131e139d55f +6a508faa-80a8-3246-9941-90d8cc8dec85,39409e30-91c3-4037-83ee-898f5494d2e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d683849-cfb9-401e-b897-93daa138f689 +6a508faa-80a8-3246-9941-90d8cc8dec85,64e03cac-234d-4808-8519-7f85f2df4bf8 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd4f3180-de38-483b-9103-714fed6a7b52 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9b096bb-655e-4dee-9e31-4b1f806288ee +6a508faa-80a8-3246-9941-90d8cc8dec85,f9862849-3d62-40e7-9dcd-25da748f79de +6a508faa-80a8-3246-9941-90d8cc8dec85,4cde3148-c5ef-46c3-9450-33ee4c6db57d +6a508faa-80a8-3246-9941-90d8cc8dec85,6c4343fa-fc44-4c2a-b847-e43f90a99f24 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2fb611a-d91b-4144-85d3-9528dd320acd +6a508faa-80a8-3246-9941-90d8cc8dec85,932a483c-8180-475a-acf9-3f786ae54bda +6a508faa-80a8-3246-9941-90d8cc8dec85,2eeaf2c8-fb41-4f45-8783-4f0284b30e91 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef9b1efb-ac44-4800-b688-e4326b2cd061 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9a651e2-efbe-40ac-b21d-2c1be6ab0ddc +6a508faa-80a8-3246-9941-90d8cc8dec85,096b5cad-b705-4514-9ce1-1b73fe30084c +6a508faa-80a8-3246-9941-90d8cc8dec85,53d16003-b407-4778-9752-1323b44aef37 +6a508faa-80a8-3246-9941-90d8cc8dec85,20767467-7e1c-4296-8ed5-8072fbe6db72 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba024298-5e0d-4907-982f-679675e67986 +6a508faa-80a8-3246-9941-90d8cc8dec85,010de659-a54a-4b9a-a753-51be1d437ee2 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f819f81-0ea8-4e74-939c-0333385d0514 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a7ed304-886d-4db7-9aa3-4682efa635de +6a508faa-80a8-3246-9941-90d8cc8dec85,93e3889a-ac18-46ca-ad80-9ef87f9506b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,24df22e1-f62b-411b-8796-d86e67ad9a91 +6a508faa-80a8-3246-9941-90d8cc8dec85,596daf4d-20f0-4737-acaf-976e3d270c0e +6a508faa-80a8-3246-9941-90d8cc8dec85,7491a3b6-b17f-4534-904c-b5b872f5f162 +6a508faa-80a8-3246-9941-90d8cc8dec85,06c05bce-7ebb-4adc-9746-b9373ff5b3b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2f1e748-8593-461a-99f6-3e48ba6ff689 +6a508faa-80a8-3246-9941-90d8cc8dec85,72de90a1-46fa-4498-890b-6fc7aee079e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,830119c9-a00f-4aba-ae2f-46e94d8b9994 +6a508faa-80a8-3246-9941-90d8cc8dec85,cda774f0-9338-4392-8dc1-e97319ae60e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac6bec7d-e2b7-40d0-bcc1-c837747c430c +6a508faa-80a8-3246-9941-90d8cc8dec85,29a163e5-3cdf-4f42-938e-d8c47162f445 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ddf6d06-ea89-4ecb-b585-d98c15b85a13 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d047960-4eb4-4b72-aac4-5bfd54f91c2d +6a508faa-80a8-3246-9941-90d8cc8dec85,ff830ee2-ba05-454f-94a0-4b78a74b6758 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e649577-e0ce-4df3-842f-21d59654568a +6a508faa-80a8-3246-9941-90d8cc8dec85,d64083b5-670a-4f0e-91a6-106257065902 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d62a4d1-0841-4ed8-b761-3851f4fdb683 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c101ca7-ef86-4bea-a228-f5e1209fb5fd +6a508faa-80a8-3246-9941-90d8cc8dec85,de580d98-46e3-4be1-b35a-d8f5f9d2b911 +6a508faa-80a8-3246-9941-90d8cc8dec85,252da0ee-6ed7-4ba3-9e3c-afe4172d7890 +6a508faa-80a8-3246-9941-90d8cc8dec85,6278d93e-c46a-4acd-9e46-5a752a34b7b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1a4043f-8d26-47e5-93fd-50bd80d4cc18 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd26c89a-6372-4556-9306-0ec0e02911f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,72ee1918-46a0-4f84-8901-222cd08bced0 +6a508faa-80a8-3246-9941-90d8cc8dec85,19ea75ad-5ca5-467c-9da2-13d3dce5126b +6a508faa-80a8-3246-9941-90d8cc8dec85,1674b2a2-650f-4f67-999b-e843ad53b3a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1d8114d-1662-445b-8432-a0fd181e3621 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c9e225e-e403-4d04-b275-9d908a8fbda8 +6a508faa-80a8-3246-9941-90d8cc8dec85,58498e8c-8666-4ad3-8abc-4708173d4311 +6a508faa-80a8-3246-9941-90d8cc8dec85,a86eea2c-df43-498d-a2a8-41b036dd2c9e +6a508faa-80a8-3246-9941-90d8cc8dec85,885760a0-a993-46a0-b9a8-5116540785a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea1c62d0-5a97-448e-b12b-6f203947a8b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0474d438-4b62-4c58-b108-bad42200ff72 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea7ed360-3b9b-4944-987c-795a4fec5318 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb746437-b77b-4d73-8a71-d690ba390c44 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a207f9a-902e-4402-86d8-be308da2e27f +6a508faa-80a8-3246-9941-90d8cc8dec85,1a5c60c2-97d5-4912-b0bc-26efc922bfba +6a508faa-80a8-3246-9941-90d8cc8dec85,7d9908d6-02e6-4213-8a68-fa1f052c6b06 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4c99e3f-6c7f-4d5f-9c48-96bbf4ce870f +6a508faa-80a8-3246-9941-90d8cc8dec85,6e19e51f-a3c4-4e08-9696-fac036d7cebf +6a508faa-80a8-3246-9941-90d8cc8dec85,acaeaff9-eb84-47ec-bc7c-4a76d01c9df1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fe2dc4a-b110-4217-a2b8-503cc7486073 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c548c9e-3a05-4ec6-86cc-d2f15c68ae62 +6a508faa-80a8-3246-9941-90d8cc8dec85,110e9bbc-a7a6-4d3f-a257-d5d0093d94e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3128bb11-906e-4c64-ad80-aab2419a64a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d4a535c-2a58-4681-b046-6b5d3f03d551 +6a508faa-80a8-3246-9941-90d8cc8dec85,93628767-e0e3-42b0-a105-3298ed6732e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,0bc0df37-6227-4d12-971d-2fddd282fe28 +6a508faa-80a8-3246-9941-90d8cc8dec85,44867ca1-dca8-45b8-9611-fe85b7fa9d85 +6a508faa-80a8-3246-9941-90d8cc8dec85,749b1bd7-aa9b-4b51-b570-eb1168e51c24 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c156660-0d8a-4086-a1fe-b0bf46798a73 +6a508faa-80a8-3246-9941-90d8cc8dec85,1318ed0d-a4e6-4b47-b378-a0c92cebe96a +6a508faa-80a8-3246-9941-90d8cc8dec85,4a18cee3-4a79-483a-b7da-50bbf6030c47 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9f39377-1d58-43b0-8227-31ce85f45d81 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9285952-21b9-4cc1-b16d-25a873bb2e57 +6a508faa-80a8-3246-9941-90d8cc8dec85,759c5edb-fec6-4160-a808-c0693dc03093 +6a508faa-80a8-3246-9941-90d8cc8dec85,77b75985-fb5b-419b-84c0-177d70352098 +6a508faa-80a8-3246-9941-90d8cc8dec85,6402a56b-509b-47b5-a1f7-9da66847a9df +6a508faa-80a8-3246-9941-90d8cc8dec85,328706ec-7979-49b3-bef0-a9de97a2492b +6a508faa-80a8-3246-9941-90d8cc8dec85,7babfa9c-585b-4840-a4f6-50d1f12ddeeb +6a508faa-80a8-3246-9941-90d8cc8dec85,1b7d78ef-4ece-4487-a6ae-b6d0841c485d +6a508faa-80a8-3246-9941-90d8cc8dec85,6e0c0cf2-8c1c-4087-8023-d9892bd50160 +6a508faa-80a8-3246-9941-90d8cc8dec85,39052999-61d1-4dd3-b2a8-f115278355ad +6a508faa-80a8-3246-9941-90d8cc8dec85,40af4062-5f80-4f8c-ade0-ef5576852555 +6a508faa-80a8-3246-9941-90d8cc8dec85,caa895a1-190e-4580-91fb-de322c0e64c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,1771a917-bf0f-4c44-8923-d78cc97a477d +6a508faa-80a8-3246-9941-90d8cc8dec85,48e234b7-3a7c-45af-ad54-0ec34b85116b +6a508faa-80a8-3246-9941-90d8cc8dec85,86edfd3f-dad2-4719-b49e-1c6938074fa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e914996-b05e-4669-887b-770af9d8f976 +6a508faa-80a8-3246-9941-90d8cc8dec85,441102df-1901-4d96-9a4f-584abd355a19 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd852eed-49b4-428b-901b-451a8a2b5915 +6a508faa-80a8-3246-9941-90d8cc8dec85,774cad69-c60d-46d7-9f7d-804b8fd0ac6d +6a508faa-80a8-3246-9941-90d8cc8dec85,f4f19bf4-b561-44e6-a027-b96d032aad03 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1f3e497-7da1-482c-8842-239ad89aa1b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,066021f2-52aa-4167-808e-7e8ea5249cea +6a508faa-80a8-3246-9941-90d8cc8dec85,2b9bc097-8cb9-4751-9c85-cf92f226be17 +6a508faa-80a8-3246-9941-90d8cc8dec85,97757df4-e400-4880-875d-dae2676daaa4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7392f6dd-508a-4168-8290-a04544b70eb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,58d08c65-1292-44c6-8ad0-a9864c883246 +6a508faa-80a8-3246-9941-90d8cc8dec85,73f5f1fb-3afe-49a6-9462-09fed3ad9f7f +6a508faa-80a8-3246-9941-90d8cc8dec85,26367ae4-6cb0-4036-a9e8-70cea5d553ed +6a508faa-80a8-3246-9941-90d8cc8dec85,92022e37-e31a-454b-a541-5f6efaecd961 +6a508faa-80a8-3246-9941-90d8cc8dec85,32d68674-bedf-4e4b-80b1-6b4e963c6d89 +6a508faa-80a8-3246-9941-90d8cc8dec85,9928165b-bc96-45f1-bcf5-8fdf0d2d96dd +6a508faa-80a8-3246-9941-90d8cc8dec85,664fb8eb-31cb-46b1-bdec-779740dd6995 +6a508faa-80a8-3246-9941-90d8cc8dec85,7261bd74-4d3c-4625-8f8b-a2b9c43976f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,83e6ca6a-824d-47c1-ba9b-f6d63f42d755 +6a508faa-80a8-3246-9941-90d8cc8dec85,d00bc6be-a591-4987-8219-d1978d50d326 +6a508faa-80a8-3246-9941-90d8cc8dec85,09b2a796-e53d-4328-a63f-e25d7f25da16 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c3a1bb3-36e9-46ff-a616-c93a9f1bb5f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,33351a44-cdae-4c9b-be08-d4aa5187d501 +6a508faa-80a8-3246-9941-90d8cc8dec85,015f9abe-bee3-464e-86d2-0cf10985d8e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,46a65c73-1952-4ffd-a781-570a0afe8d15 +6a508faa-80a8-3246-9941-90d8cc8dec85,31e2bc41-abbf-4f27-9644-88469c49aa69 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbf85c35-2318-45b1-b565-6224daabc37e +6a508faa-80a8-3246-9941-90d8cc8dec85,288e9240-6007-42a3-8f90-9ca993480a63 +6a508faa-80a8-3246-9941-90d8cc8dec85,145f6bd1-25f0-43ee-a4af-b3ccec2f3841 +6a508faa-80a8-3246-9941-90d8cc8dec85,eabff09c-182a-4760-8010-26f7cc1ad956 +6a508faa-80a8-3246-9941-90d8cc8dec85,75217e40-fc11-4dee-b41a-ea1cfbab8c4a +6a508faa-80a8-3246-9941-90d8cc8dec85,91ec6fcb-8ce9-42d0-8cbd-62e1baff7e6a +6a508faa-80a8-3246-9941-90d8cc8dec85,fc755467-ea64-4265-be45-f7790eb0efaa +6a508faa-80a8-3246-9941-90d8cc8dec85,8d01d56e-52d9-49bb-8cd2-cdda14900341 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e64d69a-6989-45b3-b87f-5893d3957f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,b49ed3ef-7168-4f66-82b6-17a8ca25fc44 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3881757-b7a7-463f-a030-a819076b3a42 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0c21298-f88e-40b6-80b9-666f01bcdd98 +6a508faa-80a8-3246-9941-90d8cc8dec85,cde1bbd5-ac05-419e-8836-28ddbe3bc7d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f9a96a2-faa2-4e44-acf4-5f29b20b278f +6a508faa-80a8-3246-9941-90d8cc8dec85,c8e2b21f-1d8d-43bb-a677-be72ab3a7bc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d8476d4-53b5-44c1-a230-809bd48bc409 +6a508faa-80a8-3246-9941-90d8cc8dec85,5832c459-6ff7-4c22-a35e-cd2b7c207de5 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc5d46f7-3016-451d-a3d3-c203032abcca +6a508faa-80a8-3246-9941-90d8cc8dec85,f35ed955-5eba-48e2-85a1-4946d7dd66b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdf15c98-25e3-46c7-ba81-4485d1c2d528 +6a508faa-80a8-3246-9941-90d8cc8dec85,972de304-c794-48f4-ae10-b41d67828a10 +6a508faa-80a8-3246-9941-90d8cc8dec85,63d98812-2776-463c-9450-84a2f57cece0 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cf4afbc-1e53-49ab-a0bc-ef266102c92a +6a508faa-80a8-3246-9941-90d8cc8dec85,6344a0e5-956b-4607-883c-a5a6dad214a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,59343df2-58cf-4f97-9aae-831a196dca66 +6a508faa-80a8-3246-9941-90d8cc8dec85,11a5be27-30d2-494a-9c20-33a65ca72a9a +6a508faa-80a8-3246-9941-90d8cc8dec85,9fb9550d-9cfd-4c69-8068-226f52df19e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab5119d9-7f13-4a58-85fb-a59ca241f600 +6a508faa-80a8-3246-9941-90d8cc8dec85,a764a013-4f78-4996-95f4-8582b0a5c190 +6a508faa-80a8-3246-9941-90d8cc8dec85,18cfa2fd-1045-4ce0-a98b-06d649cd0288 +6a508faa-80a8-3246-9941-90d8cc8dec85,e90fe010-6583-4587-9020-7cf07edc9c5f +6a508faa-80a8-3246-9941-90d8cc8dec85,8ff1173b-d547-4f83-b2e7-d1757346a05f +6a508faa-80a8-3246-9941-90d8cc8dec85,e49e30bb-4145-4ccb-8d72-149fc51388ea +6a508faa-80a8-3246-9941-90d8cc8dec85,36e3d4cd-e135-40bf-bc36-c799e1d69575 +6a508faa-80a8-3246-9941-90d8cc8dec85,40242f03-fa5d-434b-8a6a-ff9f7eea6450 +6a508faa-80a8-3246-9941-90d8cc8dec85,16f255a1-2da3-4e75-a7a1-a0a2d60d6655 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2bbc087-fec1-46ff-b485-9604b6a9b8b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4823d54d-cc16-4b06-80c8-97bb26230dc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e01991a1-f75c-4b32-8551-6d97f724e7c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,93c24cf0-e95d-4d29-bc9d-a5e97dc44ab6 +6a508faa-80a8-3246-9941-90d8cc8dec85,813293e0-8f91-4a43-9f74-a28b378b5bdf +6a508faa-80a8-3246-9941-90d8cc8dec85,2f7167e7-7156-4129-995a-9ba8d44137f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0685d0d3-cde2-4b07-b6fe-3945c13a2d12 +6a508faa-80a8-3246-9941-90d8cc8dec85,a742046d-6d4b-463b-9df7-bcd6f0fb30fc +6a508faa-80a8-3246-9941-90d8cc8dec85,9d8e9a28-8e47-4eec-947f-d976942029de +6a508faa-80a8-3246-9941-90d8cc8dec85,b65404b1-0497-484d-9673-c3b309667735 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc27e995-4420-47fb-ac12-8285600cd721 +6a508faa-80a8-3246-9941-90d8cc8dec85,4df94b7d-5e0c-45ef-859d-49bb41b504dc +6a508faa-80a8-3246-9941-90d8cc8dec85,65e288b3-02d3-4da7-9d67-0def6cdfa591 +6a508faa-80a8-3246-9941-90d8cc8dec85,62fc6304-97b2-4ec3-9e03-458fc7430d37 +6a508faa-80a8-3246-9941-90d8cc8dec85,a31f3d69-43df-4399-a1f4-539f4dcad004 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b72bb3c-43c0-4ef1-8e99-5edc7895831d +6a508faa-80a8-3246-9941-90d8cc8dec85,a55ba5e3-2ab9-462a-8de3-40feae3d74c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a1553be-97fa-41f0-ac90-d11ce242fb70 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9490f51-eae1-421d-bfde-33601776509f +6a508faa-80a8-3246-9941-90d8cc8dec85,c6c5f498-9bec-499a-a248-2558ab3c3789 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1172add-34e8-4ff1-b00a-30b6c39f66c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,83d1f4b3-c815-4a73-b408-12bd0bd900e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7ff3fa5-158e-4a45-8102-9ca0053a738d +6a508faa-80a8-3246-9941-90d8cc8dec85,18f9dc66-c8ad-4b60-a8dd-c1c17bd400a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,88afba50-6045-4652-bd31-b5490a7497cd +6a508faa-80a8-3246-9941-90d8cc8dec85,d7ac68df-9a55-44d9-bfb3-9699a693562b +6a508faa-80a8-3246-9941-90d8cc8dec85,d70a44f9-4ff7-46fc-bce6-993533f68eb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,994d051c-347a-4346-b448-daafcac33b14 +6a508faa-80a8-3246-9941-90d8cc8dec85,5db8ffe7-1bd8-49d3-9054-5b14de360601 +6a508faa-80a8-3246-9941-90d8cc8dec85,03fc0110-bd72-4596-a46b-e7f74e86b871 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ca2c439-b9a9-401d-bac9-abb73f599a69 +6a508faa-80a8-3246-9941-90d8cc8dec85,614f2dc1-8360-4cde-80b3-65c5a2c374b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c3212069-894a-4b71-93a5-4c26b310404e +6a508faa-80a8-3246-9941-90d8cc8dec85,f52405c5-2273-4cf5-ac8e-94a0f76c0473 +6a508faa-80a8-3246-9941-90d8cc8dec85,add5a4f9-cff5-4135-9e13-71c69de963e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5802632c-363e-47db-a141-b5f6d47620b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0afb32ad-1ff8-4684-8e7f-5ec91314c301 +6a508faa-80a8-3246-9941-90d8cc8dec85,a29fa1a7-2b51-4ff9-bf2c-af29f58d3ba9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a80d2bcd-eedd-4707-b694-405b8c375d15 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6ad80bc-a657-4416-a6fb-5295ea70a4d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e6c6f83-7a92-4fb7-a204-15de56fc0f3c +6a508faa-80a8-3246-9941-90d8cc8dec85,928a888a-243c-4d92-9f37-e1f3b4846534 +6a508faa-80a8-3246-9941-90d8cc8dec85,469b6aa1-5877-4a34-9bd3-c2385a5fa8ec +6a508faa-80a8-3246-9941-90d8cc8dec85,188a1ec3-c909-4e9b-8def-d0c80bc2f38c +6a508faa-80a8-3246-9941-90d8cc8dec85,25bd0f3f-1423-41bb-820b-77fafd79c226 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6c2275c-093e-412b-8cd6-625350cacd76 +6a508faa-80a8-3246-9941-90d8cc8dec85,a309af8b-9499-47b8-ab30-7f99773f93da +6a508faa-80a8-3246-9941-90d8cc8dec85,246a3e74-55bb-496f-a470-8455f2517109 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d2e3b0b-5b8b-4b8f-9cef-e1abeeea9218 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e6c0800-c16c-46c9-8e84-eab6de752e54 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc7d90c0-d850-4bb8-a795-e1b7bcbe1506 +6a508faa-80a8-3246-9941-90d8cc8dec85,7080b13d-1840-4a1c-948d-0bd6cd4695fb +6a508faa-80a8-3246-9941-90d8cc8dec85,21a61e82-91dc-47a4-8229-a730007af16a +6a508faa-80a8-3246-9941-90d8cc8dec85,98b2c88a-7347-45b1-b3e5-c361e679a79b +6a508faa-80a8-3246-9941-90d8cc8dec85,9d94a45b-620f-4d70-99c4-e3a698118583 +6a508faa-80a8-3246-9941-90d8cc8dec85,9301420f-57fe-472e-b7f4-ff06bff75fbc +6a508faa-80a8-3246-9941-90d8cc8dec85,a99a540a-f9fb-4730-aed9-51c9d3fd2242 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebf0ec83-a9fa-43bc-bbdd-5b2455c85762 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3350b38-2f38-4f59-80ba-6224f086002a +6a508faa-80a8-3246-9941-90d8cc8dec85,0d372226-66f1-4924-b4ee-b5c6fdfbc016 +6a508faa-80a8-3246-9941-90d8cc8dec85,b920a877-af8d-4b5f-9fce-54d2400b8483 +6a508faa-80a8-3246-9941-90d8cc8dec85,c90e0ad8-cbeb-4c16-a9b1-9ec68bd45ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,54af0c11-a352-4285-b6ff-0770df3ebf51 +6a508faa-80a8-3246-9941-90d8cc8dec85,933b7812-36e2-4e5b-9e59-063c88d153cc +6a508faa-80a8-3246-9941-90d8cc8dec85,15247dd3-cd82-4f52-b44b-ee12c6444fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,973779da-5a03-458e-b306-93c9a79fd37c +6a508faa-80a8-3246-9941-90d8cc8dec85,0b0f7838-0348-4a56-946e-1bb5644db5c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fa713e4-d087-4cad-9bfe-b3e5dc28ae42 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a486222-4499-4420-bce0-a9febb14a271 +6a508faa-80a8-3246-9941-90d8cc8dec85,19b1e5a2-2e35-4d30-a07a-67afbe706781 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed4ac465-638b-497d-aef5-2c240000832f +6a508faa-80a8-3246-9941-90d8cc8dec85,950684ee-92fc-4fdf-ad2b-eea6efd1e7f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7fe2bf5-c591-45d2-87bc-97e3bda22e77 +6a508faa-80a8-3246-9941-90d8cc8dec85,e84b9d0f-1be8-456c-b156-f6dcfdb4082f +6a508faa-80a8-3246-9941-90d8cc8dec85,3111ff48-34f4-46c6-857d-bdd118ba61d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a603a070-99a8-4851-8369-ad44a84f74e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,efc95db6-a6c4-436a-9b27-1413e6b2854f +6a508faa-80a8-3246-9941-90d8cc8dec85,8639eaba-b05e-4fe3-82c1-238d24568b23 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae788f6a-79fe-4d4a-80b5-4940f1f9b96e +6a508faa-80a8-3246-9941-90d8cc8dec85,1fa58ca7-d56b-420c-8763-250df35fa41d +6a508faa-80a8-3246-9941-90d8cc8dec85,f5f6ef1c-32e4-4024-8d10-21989a05054e +6a508faa-80a8-3246-9941-90d8cc8dec85,7c392ec2-aad3-4b58-9ba0-5383df5ff827 +6a508faa-80a8-3246-9941-90d8cc8dec85,2104226d-36ef-4abb-adfc-b29c08c2b923 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe7fc5d3-a1f1-4fb2-8d66-0b517e46f2f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,553f28da-499d-454e-8940-1bf70fcf7ab6 +6a508faa-80a8-3246-9941-90d8cc8dec85,87493f66-3690-4a96-a63a-d400c11beff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c9c5612-025c-4260-9d07-ae58f4caf8a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,af89e882-bc2f-4eab-ba28-347485ddd5bb +6a508faa-80a8-3246-9941-90d8cc8dec85,9a65eb69-3166-4b6e-a57e-7303212783f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c0684c5-c561-4cd4-8226-d1d5247c0286 +6a508faa-80a8-3246-9941-90d8cc8dec85,93943228-4197-4ee5-9b34-5b8546c86a17 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb5b1f76-e627-40a0-abbb-c8254a9c2a4e +6a508faa-80a8-3246-9941-90d8cc8dec85,5268ce46-4b0d-4021-891e-518bb296ce48 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5c6c572-6719-43de-a18f-8dc612f118cd +6a508faa-80a8-3246-9941-90d8cc8dec85,e3b0a95e-8e16-4655-a4b1-54bee31b82e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff058cc8-f361-403b-8b1a-f61d0a0ddc51 +6a508faa-80a8-3246-9941-90d8cc8dec85,771a04c9-c4c9-40aa-ab43-bbe97163aafd +6a508faa-80a8-3246-9941-90d8cc8dec85,bd04b4b9-cd9e-47a2-b6b9-a217e6a78a3c +6a508faa-80a8-3246-9941-90d8cc8dec85,04d6b047-6de2-4434-a044-d09a0c857cad +6a508faa-80a8-3246-9941-90d8cc8dec85,a418ca6b-80b0-479e-96be-bb24fa0a9a0b +6a508faa-80a8-3246-9941-90d8cc8dec85,a82866f4-7265-4984-8bed-6d84d68c3d4f +6a508faa-80a8-3246-9941-90d8cc8dec85,170178fb-2bde-45df-ab95-a4e0d0806688 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0db5ced-d6ed-4a4a-a381-c60dd5c81187 +6a508faa-80a8-3246-9941-90d8cc8dec85,301c0828-c66e-4f8e-991c-defcbc701279 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff2326a0-afa3-40a7-8202-d4307e76a3cd +6a508faa-80a8-3246-9941-90d8cc8dec85,2f2e5e07-88a7-496a-a650-f33541b20446 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1841125-b360-4bfe-b5d5-f7a353c020f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a9c5cc7-be0c-458e-b1d1-f317e2f7ab39 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f26a8bf-6169-4067-b382-15123f18114b +6a508faa-80a8-3246-9941-90d8cc8dec85,42e28fa5-d9b9-4984-8f38-b8775f03488b +6a508faa-80a8-3246-9941-90d8cc8dec85,51314877-23ae-4fb8-ac40-d7d18ca70c8e +6a508faa-80a8-3246-9941-90d8cc8dec85,37cd10b0-87b5-4b25-bce9-e0fc4d6ab7a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dbeac22-cc24-444f-8b13-6a75c998e5ec +6a508faa-80a8-3246-9941-90d8cc8dec85,c00fc53c-7285-43da-ad6b-faa5e76e0a25 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5693cc3-606a-4551-812f-6d7a040cc5b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e804c78-d310-4566-a5d0-ec4817642a4c +6a508faa-80a8-3246-9941-90d8cc8dec85,46cb4873-4285-4ace-b8b8-bd4e814f4073 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5eeb13b-760d-4e88-a794-b56b53abc560 +6a508faa-80a8-3246-9941-90d8cc8dec85,95f3c2d6-45b3-4b9a-a3e0-4280be1b0cd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,399e253c-d3e2-499e-a492-1cd813923d00 +6a508faa-80a8-3246-9941-90d8cc8dec85,80ce455d-28b5-4354-9429-9d9231732a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f40246e-cf91-4f8f-b36b-cd3959b0eb8a +6a508faa-80a8-3246-9941-90d8cc8dec85,296112e2-b164-43e4-bd32-18c2eb0dac31 +6a508faa-80a8-3246-9941-90d8cc8dec85,45faac2f-2cbe-480d-a2bd-aa1e620a2195 +6a508faa-80a8-3246-9941-90d8cc8dec85,c741d507-1c2f-4282-9d58-0b66b0078e16 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ec4cd66-be07-4fa0-a7b5-f49ec440bbf8 +6a508faa-80a8-3246-9941-90d8cc8dec85,bec643a5-46dd-4b44-a687-cb2bf6c56b3d +6a508faa-80a8-3246-9941-90d8cc8dec85,e0782840-b2bb-410e-804b-fb026ec0bf97 +6a508faa-80a8-3246-9941-90d8cc8dec85,af3409bd-5f5c-4639-b9b1-a3eda9bd55c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e20104f-9c3b-4260-b8b7-f34c93e90d7d +6a508faa-80a8-3246-9941-90d8cc8dec85,caa4b323-3237-4e43-bce4-24c491ec4ef1 +6a508faa-80a8-3246-9941-90d8cc8dec85,593b7d5b-5755-46c4-b0bb-b89665bef3c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,192c5e6e-46f0-455a-b442-eeedddc4ab87 +6a508faa-80a8-3246-9941-90d8cc8dec85,805acba6-8ca5-4ecf-a2ab-fe4e90dfc4ae +6a508faa-80a8-3246-9941-90d8cc8dec85,9ac3e6bc-b0b1-4ecb-963b-ad5f25a4452a +6a508faa-80a8-3246-9941-90d8cc8dec85,4a76a261-698f-430d-9405-572230da3c90 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8a582af-958e-470e-a2da-1c86024123bb +6a508faa-80a8-3246-9941-90d8cc8dec85,e376db45-256d-4283-adc6-9a290526eb2e +6a508faa-80a8-3246-9941-90d8cc8dec85,3d0845b4-be5e-4c1a-85a2-f36bdbbc335a +6a508faa-80a8-3246-9941-90d8cc8dec85,cd843eb8-a9d5-48ab-84f1-1c236bbf2f5e +6a508faa-80a8-3246-9941-90d8cc8dec85,3fb386ff-3bb0-4607-a425-6e0f7ef7e170 +6a508faa-80a8-3246-9941-90d8cc8dec85,0862ed93-6ac2-4657-aab4-8a34493d1eb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c777c184-2b39-4a7a-8de9-73deb6d306b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,34d3e7ef-2311-4ceb-bd7c-5946a5118bc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb05be2e-80eb-4e0c-947c-7424aefb17d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,71dcc4c5-af4b-4fcc-ba4d-b3d2e288bc60 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc715ab8-f5a2-471d-b950-9bf3f207c9a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,054f566f-f92d-4040-b13c-d8489111a3fd +6a508faa-80a8-3246-9941-90d8cc8dec85,2483aa39-bf2c-4f47-8b89-6eef53935ed9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c18f15e6-dcd6-4e0e-9f39-5d14466cd90d +6a508faa-80a8-3246-9941-90d8cc8dec85,6ff40b52-3faf-4601-bc84-2fc349b99fb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,50577f90-9cbe-4877-8cc4-8241f4d63a08 +6a508faa-80a8-3246-9941-90d8cc8dec85,3922ae6d-f8f5-4cfa-a62a-82ed95d44fc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,55a736c0-3d5b-42ea-ae0d-5ae2b3d7ec86 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6794b30-88cb-4386-a530-432e28b04f1e +6a508faa-80a8-3246-9941-90d8cc8dec85,06732a9b-8e2a-4fb6-b601-004b6d6982bd +6a508faa-80a8-3246-9941-90d8cc8dec85,32db62f4-647a-4f6e-bd1c-a8dba4cf236a +6a508faa-80a8-3246-9941-90d8cc8dec85,f83120e2-8a0f-49d6-8284-a97df61eb435 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ac4902e-20d9-4d57-a3e6-48aa1a473635 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ca77d5b-a0a0-48f3-a091-54a32a9c10ad +6a508faa-80a8-3246-9941-90d8cc8dec85,5a261328-f783-4c50-8652-dfdbb1541e8c +6a508faa-80a8-3246-9941-90d8cc8dec85,353f9782-1e4a-416e-b4bf-b5de10ef26bd +6a508faa-80a8-3246-9941-90d8cc8dec85,9ed8701a-d710-4431-940e-52f653dbe0aa +6a508faa-80a8-3246-9941-90d8cc8dec85,f3909c8b-ca82-447a-91f8-d0e592ec4b78 +6a508faa-80a8-3246-9941-90d8cc8dec85,21a5a01b-01a9-486f-a43f-75b5e4dbcd68 +6a508faa-80a8-3246-9941-90d8cc8dec85,21e8ad69-aa07-4c65-b43f-f4cfd552ce71 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f51a66b-02e3-44a2-afe5-bbaab4246f79 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b4995bb-c818-47b5-8881-fd450da166c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,abda7acf-506b-4435-8fb5-6e254c32b158 +6a508faa-80a8-3246-9941-90d8cc8dec85,55e1cff4-e1be-4e3f-a906-2150c14c356c +6a508faa-80a8-3246-9941-90d8cc8dec85,61f78b12-19e6-4558-9b34-6cc833645d1e +6a508faa-80a8-3246-9941-90d8cc8dec85,43b61416-9fdd-49d7-a22f-b7c9a6a27bed +6a508faa-80a8-3246-9941-90d8cc8dec85,ceee4a6b-ffa2-432a-9f77-593ddbc8238d +6a508faa-80a8-3246-9941-90d8cc8dec85,495f6cb5-288f-41bf-ae26-4f288a5135a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd518661-d112-4845-8a5e-c48ed89cb922 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b4b482d-94b9-4850-90f8-8c71c421c05c +6a508faa-80a8-3246-9941-90d8cc8dec85,20c28ae6-6736-4a93-a859-c39c61280eec +6a508faa-80a8-3246-9941-90d8cc8dec85,dfdde3b0-0f4f-4d5e-aa77-1f1604dd3ef9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8aa9aff1-2ee4-42e3-8112-9f752670be0f +6a508faa-80a8-3246-9941-90d8cc8dec85,a083dad6-6f2b-4a5c-bc40-8cc88384425d +6a508faa-80a8-3246-9941-90d8cc8dec85,77229491-8853-4fb8-b659-dc1c191e70b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,854bda5f-a21f-4a83-b5b3-c58aa93e9785 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e884db5-361a-4645-ac44-59f03bf074c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,45f519d5-4431-4d7f-927e-35407b211f95 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8686058-7a29-4f99-accb-ad0914f464a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,939f5f36-7c3c-4101-bd88-56203f1f7c70 +6a508faa-80a8-3246-9941-90d8cc8dec85,c35ef5de-0a4a-41d4-9f88-a87717e27b5b +6a508faa-80a8-3246-9941-90d8cc8dec85,3054f077-d1ff-4bbc-bcd4-3278f905d708 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3d7019e-ec8b-4027-82ad-82a28a85f6f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b064516-bc8d-4a40-9241-e2022c5002a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb2e155e-0d3c-4b70-b577-f9df7b726399 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aceedbe-4f53-404e-9bb6-59693b57ec1e +6a508faa-80a8-3246-9941-90d8cc8dec85,1c60429f-51df-4842-b7b0-6df679eda773 +6a508faa-80a8-3246-9941-90d8cc8dec85,e03cbc2d-65df-4038-a12f-d9f01e8bae2a +6a508faa-80a8-3246-9941-90d8cc8dec85,ca609c83-f79e-4a51-b2ba-a867b1e3fe5f +6a508faa-80a8-3246-9941-90d8cc8dec85,80a31818-ac21-4ab5-879f-fc6bac8ad13d +6a508faa-80a8-3246-9941-90d8cc8dec85,f6b2c22b-c231-4410-88df-51e91ea459d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b732894-00c3-427e-b3a3-4b0d114b85cb +6a508faa-80a8-3246-9941-90d8cc8dec85,ee10e070-d2e4-4771-bdec-a081fad45d4a +6a508faa-80a8-3246-9941-90d8cc8dec85,3f930fd5-ea07-4ba1-a104-0f90885502e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb253b0d-eb01-4733-b1c4-d6c7abe5935c +6a508faa-80a8-3246-9941-90d8cc8dec85,9da841e2-2840-4dc0-b1ed-0affe959ff17 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d1019ec-f5ff-4360-80cd-ddab65472eb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,312162e9-e71a-4b1c-94c5-e90425c56f7b +6a508faa-80a8-3246-9941-90d8cc8dec85,978bb37b-d7c5-41a4-ac43-4aed80cf1b7c +6a508faa-80a8-3246-9941-90d8cc8dec85,97a9d828-2d46-480c-9cee-f87e72ac71ed +6a508faa-80a8-3246-9941-90d8cc8dec85,61c2ee7c-716b-4ab9-aa5a-8132061276be +6a508faa-80a8-3246-9941-90d8cc8dec85,6ac9ed7c-3d8b-4c03-bfbc-5103de7a580f +6a508faa-80a8-3246-9941-90d8cc8dec85,cd4462e9-1c64-4f29-858b-165a2e1bc8e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,47964195-feb8-4158-a3c4-16867a41e372 +6a508faa-80a8-3246-9941-90d8cc8dec85,74c3d062-ff08-4074-af88-d86763258bca +6a508faa-80a8-3246-9941-90d8cc8dec85,3e25c539-7e80-4ba9-8a17-fb50d601ef16 +6a508faa-80a8-3246-9941-90d8cc8dec85,34a0f730-3ab2-46d4-8414-481ebdbd6f12 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5878616-cc4e-4bae-b9d2-392ca511a5b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,02009790-328e-44f7-99ce-7aad1501ad19 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e11d78e-3410-4aa7-90b5-f50034160c68 +6a508faa-80a8-3246-9941-90d8cc8dec85,35a1159f-abd5-4f11-97ec-7d3722fe0de8 +6a508faa-80a8-3246-9941-90d8cc8dec85,eaaf79e2-1fd0-4f91-a65a-8b19174df400 +6a508faa-80a8-3246-9941-90d8cc8dec85,209f3887-0439-4e97-b6f2-af61e823065e +6a508faa-80a8-3246-9941-90d8cc8dec85,7791509c-d9ea-4ab8-842e-1c86b65a9236 +6a508faa-80a8-3246-9941-90d8cc8dec85,025dd80d-b06c-44b9-830a-99c853f2b4ae +6a508faa-80a8-3246-9941-90d8cc8dec85,663a2006-7ef1-4c05-8b41-d2d24289aed5 +6a508faa-80a8-3246-9941-90d8cc8dec85,488d99be-db0e-4724-922f-73640b6c1885 +6a508faa-80a8-3246-9941-90d8cc8dec85,80342ef8-8c84-4491-bf1b-2e9a0c69600d +6a508faa-80a8-3246-9941-90d8cc8dec85,af9a5db5-95d4-450d-9e0d-d9337ca09aae +6a508faa-80a8-3246-9941-90d8cc8dec85,98aade0b-fcd4-4a22-8144-4660ec360d5d +6a508faa-80a8-3246-9941-90d8cc8dec85,7c3054c4-3434-4093-a1be-5b30aac70365 +6a508faa-80a8-3246-9941-90d8cc8dec85,6531fb0f-55bd-4f17-b4a2-c3b916bf3115 +6a508faa-80a8-3246-9941-90d8cc8dec85,42524eca-718b-451c-81ef-acc947d8dcb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b3f8b4f-4376-4fc3-9c03-8789f2460775 +6a508faa-80a8-3246-9941-90d8cc8dec85,900d183e-eee6-4ddd-9f93-d5453d5c4978 +6a508faa-80a8-3246-9941-90d8cc8dec85,d82d54a7-93c6-453c-93b8-0332192aa655 +6a508faa-80a8-3246-9941-90d8cc8dec85,d871b968-9429-4c9e-8cbd-7ffc7b08ce29 +6a508faa-80a8-3246-9941-90d8cc8dec85,369a61a9-aa7e-459a-8894-4d811824235d +6a508faa-80a8-3246-9941-90d8cc8dec85,a89ab419-4efc-4882-8405-9356b326ecb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,feef9d20-128f-4896-9a1b-5cbe7e99e2f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,32a834e8-53d0-4772-ab6e-e043bd6a75a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea366b47-4690-4452-b28b-a8f8d65e6b21 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3696c52-a455-4b47-ac47-0fdca30fcc14 +6a508faa-80a8-3246-9941-90d8cc8dec85,26d21042-300c-4e32-8d93-92c0917d7aba +6a508faa-80a8-3246-9941-90d8cc8dec85,d0bed7e9-2f5a-4dbd-b858-f4f8bfbd4b23 +6a508faa-80a8-3246-9941-90d8cc8dec85,71f66902-806c-494a-8525-ff43b115bd39 +6a508faa-80a8-3246-9941-90d8cc8dec85,010db586-5a4b-4fd0-82c0-0f4cfebdde21 +6a508faa-80a8-3246-9941-90d8cc8dec85,66ceadac-6ca2-4791-816a-c685b4e38a52 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd95babf-bff7-4c2e-bc99-0ebee9fc0f1c +6a508faa-80a8-3246-9941-90d8cc8dec85,74076026-d14f-4dda-828f-e129bf038067 +6a508faa-80a8-3246-9941-90d8cc8dec85,3781a1d8-18ed-4bca-9ec4-9d92525669ea +6a508faa-80a8-3246-9941-90d8cc8dec85,a485a3dc-fe33-48c9-8da5-47826b7a1ff9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d51ceb7e-e362-42f2-831a-87e4050ff368 +6a508faa-80a8-3246-9941-90d8cc8dec85,20bc54f7-fd6b-421c-90c2-5c40d6fece37 +6a508faa-80a8-3246-9941-90d8cc8dec85,fea33666-9927-437b-b9c7-3c9fd2113f76 +6a508faa-80a8-3246-9941-90d8cc8dec85,a22dd5cf-a545-4bc7-9774-14da34ebe75e +6a508faa-80a8-3246-9941-90d8cc8dec85,947ae7e4-1ff5-428a-af51-6ea5038251b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c225057-d32e-4ab0-bb57-f96bf9123b4f +6a508faa-80a8-3246-9941-90d8cc8dec85,185137ef-046b-4a22-9ea1-534016db36d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa282308-b3aa-4aa1-987f-efc791ee314d +6a508faa-80a8-3246-9941-90d8cc8dec85,781273bc-25e0-42b6-b518-aba8532a042d +6a508faa-80a8-3246-9941-90d8cc8dec85,3f0f10f1-dae3-4521-995c-5c30c2350479 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4fbb867-42ae-45c7-bf00-9ba8faa12b53 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca501eb6-dbd0-4ec2-aaf8-2ba27f8a47ae +6a508faa-80a8-3246-9941-90d8cc8dec85,a5d610af-9ca5-4875-9e30-5931edd77451 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bdabdfb-5222-4cbe-b964-376d48790ef3 +6a508faa-80a8-3246-9941-90d8cc8dec85,94f8fac6-57ff-42d6-be00-fb8768dce8d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef428f0e-2b9c-4fdb-b766-677c4b4fc34f +6a508faa-80a8-3246-9941-90d8cc8dec85,bf5033d5-7f2a-4576-bf87-389773832a75 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c6ef9a3-261d-47b8-92fa-dbfb0c8ed0ce +6a508faa-80a8-3246-9941-90d8cc8dec85,bdcb2781-fd40-4dfd-b204-385744fe4968 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9122ede-e9e0-4c02-ade8-81a81628bd25 +6a508faa-80a8-3246-9941-90d8cc8dec85,2eff2fbd-30dc-4128-b7db-93dcb0b7b8a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfc42099-16dd-4db9-b0b6-172833e31d95 +6a508faa-80a8-3246-9941-90d8cc8dec85,f49cc7f4-4715-443e-b036-979c61c3fdf0 +6a508faa-80a8-3246-9941-90d8cc8dec85,43b67cd9-c4fb-448b-8fd1-16b8d084a228 +6a508faa-80a8-3246-9941-90d8cc8dec85,90747c46-00ce-4c99-9229-5fdeaec9fb2f +6a508faa-80a8-3246-9941-90d8cc8dec85,570ad537-fe69-4004-9a0c-ff6bf5752256 +6a508faa-80a8-3246-9941-90d8cc8dec85,14515cb0-df9e-4ffb-bcee-5fa5ddb484de +6a508faa-80a8-3246-9941-90d8cc8dec85,357e04b1-9986-47ac-8e1b-f32c8f911b8e +6a508faa-80a8-3246-9941-90d8cc8dec85,1e69a0bb-6db8-4868-beb6-2393322ce14a +6a508faa-80a8-3246-9941-90d8cc8dec85,90c4b8f6-8f15-4649-99f6-202abef0d3ce +6a508faa-80a8-3246-9941-90d8cc8dec85,91b64778-ca6b-4e86-876c-68fcd4be6a23 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5086bd7-a759-4dea-a6b1-c95ab27d8e68 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae05063a-8f5e-4fc0-ac03-4e34e6b112e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,417dac49-f2a7-4a51-afe0-4699bbb94227 +6a508faa-80a8-3246-9941-90d8cc8dec85,43de42f0-895e-497c-91dc-98d964586bab +6a508faa-80a8-3246-9941-90d8cc8dec85,ed0bd8ad-6dd6-485b-98db-d5788a25c85e +6a508faa-80a8-3246-9941-90d8cc8dec85,614f0014-f3af-4390-9a42-a59f81e79521 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b45fdb9-90b6-4319-844f-cb5a251e2305 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9c7c184-74a2-45a4-b00b-b6b22f56e3e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8708276f-851f-4db0-b050-27b8e4c5d885 +6a508faa-80a8-3246-9941-90d8cc8dec85,5164e5f7-06b0-4652-aad7-008bac93cd0f +6a508faa-80a8-3246-9941-90d8cc8dec85,d2b40718-d945-45b4-b410-fbe3edfe4097 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5b2d8c2-04dd-4977-a067-3faf86987363 +6a508faa-80a8-3246-9941-90d8cc8dec85,80e1243f-0b3c-498e-bb5f-e59487d0ef3b +6a508faa-80a8-3246-9941-90d8cc8dec85,ed1a2d4a-72e6-4be1-aa4e-0b99476d90b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,48ad0307-7d97-42eb-82ff-d79cbbbe3d92 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b7c3890-7fdd-46c6-8989-225b76252d5b +6a508faa-80a8-3246-9941-90d8cc8dec85,fd9d8fa4-c412-4269-a2f2-fe010af71076 +6a508faa-80a8-3246-9941-90d8cc8dec85,8414feb7-1afd-4f00-8d21-488540d07b93 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d31ba38-ec55-4fd6-81e0-69a0d50e93a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,31343dc5-56e9-4ca9-a94a-7b10f7f04aa4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b05d0cce-89ba-4606-b60d-8a5f1a72362c +6a508faa-80a8-3246-9941-90d8cc8dec85,38779cd6-2690-4745-af08-fde027189b44 +6a508faa-80a8-3246-9941-90d8cc8dec85,bff13348-2faa-4ba0-9530-9c598d124175 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebd2c817-7416-4bf0-aa09-1b7184f106ec +6a508faa-80a8-3246-9941-90d8cc8dec85,d634b8f4-2b2c-4524-bb19-84f207ac2d42 +6a508faa-80a8-3246-9941-90d8cc8dec85,88e94493-e3ef-4283-9d33-5406f06af7b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0bb9043-0a7a-4f25-8848-ed2ca4e03ff7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cef7217-a9b8-4268-934e-d5e0856f9c93 +6a508faa-80a8-3246-9941-90d8cc8dec85,2677da60-ea3b-47c2-9059-97c1b016d71a +6a508faa-80a8-3246-9941-90d8cc8dec85,13858948-4a9a-43f9-bcf9-c04247920490 +6a508faa-80a8-3246-9941-90d8cc8dec85,591e7d55-4001-4b6e-8b68-413af1c87cba +6a508faa-80a8-3246-9941-90d8cc8dec85,cb24949a-d877-4b95-b7f6-165cc40a3e44 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4885831-582c-46fa-b146-413e615467d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1afb3e00-2497-4306-bdb4-b35744733b43 +6a508faa-80a8-3246-9941-90d8cc8dec85,06a7840f-5c71-4c53-8c78-d83a4f4d94d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9432e83b-4d22-4cf5-b89f-3f4e65635fd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d99bb64f-38e1-4591-9f82-3e21d6a4db0b +6a508faa-80a8-3246-9941-90d8cc8dec85,ea51c573-54eb-4388-b602-ac279da58ddb +6a508faa-80a8-3246-9941-90d8cc8dec85,98b600a7-585d-46a2-8a2d-5ba96e764051 +6a508faa-80a8-3246-9941-90d8cc8dec85,17d89030-8397-413e-9db7-32e1b8de69b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0040eb6a-14de-4671-8fc5-a67c1f37580e +6a508faa-80a8-3246-9941-90d8cc8dec85,8e1ed489-0161-4976-b64b-65ec4a97e2dd +6a508faa-80a8-3246-9941-90d8cc8dec85,4f80fd35-57d8-4fbe-9d37-0acac11a9bd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d57b815-4b81-4d47-8a1f-bf7c547406b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,729ce022-a55f-4a50-af28-977ec36fb2ff +6a508faa-80a8-3246-9941-90d8cc8dec85,e644c24a-f97b-4e98-8634-162021105c72 +6a508faa-80a8-3246-9941-90d8cc8dec85,efb786ea-289b-472b-9fbf-55d889c6dd93 +6a508faa-80a8-3246-9941-90d8cc8dec85,528c3c08-d3ce-43ec-bd8e-8ebd212f070c +6a508faa-80a8-3246-9941-90d8cc8dec85,443df079-49a3-4606-84c1-8bdb5554dcac +6a508faa-80a8-3246-9941-90d8cc8dec85,5df4213a-ecf0-4aa9-a6f0-7ae866574ee0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff000609-1ca6-4dca-a71e-9da38a8243e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b911cfd-0e02-4fe6-8962-b3861b8f8847 +6a508faa-80a8-3246-9941-90d8cc8dec85,53ebdb0a-0b03-41db-9902-f02a7e76e7ad +6a508faa-80a8-3246-9941-90d8cc8dec85,efaeed04-2bc2-47f5-96c0-385296e2941e +6a508faa-80a8-3246-9941-90d8cc8dec85,7f1b29f4-bcee-43f9-a79c-24e7f3f22f8e +6a508faa-80a8-3246-9941-90d8cc8dec85,27c69fea-fde6-41d3-bb39-1b6fd0c909bd +6a508faa-80a8-3246-9941-90d8cc8dec85,fb0ebb8d-3da5-4dce-aba4-36f7185042df +6a508faa-80a8-3246-9941-90d8cc8dec85,c7fc34de-b42f-4f72-af4c-5570aedd6b04 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac5677c2-7e94-4b91-8fc0-97e5b1118483 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c4a7108-db7e-4802-b0cf-baa3b8658f01 +6a508faa-80a8-3246-9941-90d8cc8dec85,44f45a2f-9c89-4c38-a238-295c009104ec +6a508faa-80a8-3246-9941-90d8cc8dec85,779d5ca4-1c65-4b57-8021-fa26d94a2ac1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3152116-f0a1-488e-bc45-73a483432ab7 +6a508faa-80a8-3246-9941-90d8cc8dec85,22fe646c-d84a-4fbe-85fd-0321c0131d8e +6a508faa-80a8-3246-9941-90d8cc8dec85,3cfa1121-619f-4123-a8af-9d86afed3be4 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b94a954-f1a6-49f8-8cf9-4b0b6ba90d4b +6a508faa-80a8-3246-9941-90d8cc8dec85,4d5bf215-7312-4b41-9721-6d0e31b3c19b +6a508faa-80a8-3246-9941-90d8cc8dec85,71747a74-2513-4d32-9ea4-2593b563217e +6a508faa-80a8-3246-9941-90d8cc8dec85,860473ca-bc74-4475-8ea0-e6a5211f6933 +6a508faa-80a8-3246-9941-90d8cc8dec85,76ba2803-443f-4342-8fdb-96a45dd3f0ba +6a508faa-80a8-3246-9941-90d8cc8dec85,a3a6fb47-5c6c-4b86-9b7d-29a978059316 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a8f76be-cd7c-44f7-9b02-d05c4022a50f +6a508faa-80a8-3246-9941-90d8cc8dec85,a524ddf3-5a34-4193-82d8-dc1923cda70c +6a508faa-80a8-3246-9941-90d8cc8dec85,536e2eb9-5780-4e69-9498-e44c18702cce +6a508faa-80a8-3246-9941-90d8cc8dec85,26861635-f327-4e5f-b9c2-c2211841bf6f +6a508faa-80a8-3246-9941-90d8cc8dec85,76e7c79b-3136-4dc3-a317-b5e26cd784d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2783acc2-d4fe-4da6-8a6a-6b19e4e417d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd9c3f05-4661-45ea-a5d3-7a6c023702c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e41a6d0-031c-4401-809c-c92ebcc74b51 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4d46829-cade-481e-b03d-23c350cfd2a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c88727a6-c6e7-4903-bec8-01e338db39d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5f048bb-0a7d-40ea-9bfb-5e7b401a8ac5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c3d76dd-e67f-4157-81d9-a6e06f788b3f +6a508faa-80a8-3246-9941-90d8cc8dec85,17e4cbb9-f574-4e7f-9ea8-4ce98269063f +6a508faa-80a8-3246-9941-90d8cc8dec85,1fa24445-9cca-4879-a97a-8ee143b3f7a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5677b15-36f1-4a9d-aa17-f7d15518490d +6a508faa-80a8-3246-9941-90d8cc8dec85,d9b50aad-6bd2-4365-b481-2e8481db38b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae4dec1e-0889-4b19-80fa-510b70bd674d +6a508faa-80a8-3246-9941-90d8cc8dec85,5f182075-1030-4b07-8e88-4127cafd6dfd +6a508faa-80a8-3246-9941-90d8cc8dec85,4ee4c298-1871-4b4a-a554-8cd1ae0a1ea0 +6a508faa-80a8-3246-9941-90d8cc8dec85,07f36690-655a-42da-8f1f-b8faea4e1c4c +6a508faa-80a8-3246-9941-90d8cc8dec85,eb66d0e8-238b-42cc-a51e-6e6b8bef1f79 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba06b748-084a-47a0-ab62-66743e7b6a68 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfc0e422-e6b3-4d77-900a-5c59bbc8df1c +6a508faa-80a8-3246-9941-90d8cc8dec85,653f1c61-5b11-4d8e-aebf-d5265c712375 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6f698aa-a9d6-49e6-94d0-7344e446c154 +6a508faa-80a8-3246-9941-90d8cc8dec85,dab5f88e-ea99-4095-8e3f-71fc149caa64 +6a508faa-80a8-3246-9941-90d8cc8dec85,eeac2928-6cbf-4dd1-b82d-fcd5903548cc +6a508faa-80a8-3246-9941-90d8cc8dec85,9feb94c3-81b1-4ba6-a9aa-bb9187045477 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa0df964-605e-4305-958e-2e18d4d1e284 +6a508faa-80a8-3246-9941-90d8cc8dec85,73f968d0-8bf5-4ece-9450-b822b0175450 +6a508faa-80a8-3246-9941-90d8cc8dec85,128f5fbd-090a-4467-993e-5c3d0e204464 +6a508faa-80a8-3246-9941-90d8cc8dec85,808deb62-75bb-42e5-b04c-4b9e299a3a93 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c137fd7-b98d-4680-87fe-57bd8b32e9dd +6a508faa-80a8-3246-9941-90d8cc8dec85,9983d83b-8eeb-4fb9-88a1-a94216de1228 +6a508faa-80a8-3246-9941-90d8cc8dec85,4150f69a-69cb-41ab-a53e-c157927789e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d06d5f88-a6f1-493b-aab4-f93797719e8c +6a508faa-80a8-3246-9941-90d8cc8dec85,a070063e-be11-4513-9af3-93244a4f7fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8aabaaf-1539-4648-97df-257ec71c13be +6a508faa-80a8-3246-9941-90d8cc8dec85,bdf5d971-46fc-44f5-b220-365923b59167 +6a508faa-80a8-3246-9941-90d8cc8dec85,8853b951-ee28-4aa2-a8c1-8cbe12a16f98 +6a508faa-80a8-3246-9941-90d8cc8dec85,66645b76-efa1-4f05-9c30-9e591674013f +6a508faa-80a8-3246-9941-90d8cc8dec85,1e1a73f2-eae2-4c67-a206-dd71dc3556f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f828cc1-d98f-4ac5-b81c-4ce3770a8dd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e543763c-6298-40ab-9ba5-b6a215e5a577 +6a508faa-80a8-3246-9941-90d8cc8dec85,aee83c90-8cc2-45a3-876d-0d0f41d5da0f +6a508faa-80a8-3246-9941-90d8cc8dec85,23f15a1b-8a4b-44ba-bed3-1978b808fc09 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fe582d4-f5fd-4347-92fc-145016c8a5de +6a508faa-80a8-3246-9941-90d8cc8dec85,68c35459-a9ab-4c56-92da-4d596356d837 +6a508faa-80a8-3246-9941-90d8cc8dec85,17157633-8692-47d5-ba76-be1a458dca61 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4b797c-4f6c-40c7-9a3a-1877a20ab93a +6a508faa-80a8-3246-9941-90d8cc8dec85,b17c70a4-64f3-4c07-a13f-f96b9f4889fa +6a508faa-80a8-3246-9941-90d8cc8dec85,85c87ab3-d954-4eb7-baa3-ffbd7be12bc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0074b74-a02a-461c-8f52-56e918aed675 +6a508faa-80a8-3246-9941-90d8cc8dec85,03e76511-04ae-4a75-9a34-dd50b00ebc8c +6a508faa-80a8-3246-9941-90d8cc8dec85,f1b1132f-3da4-4e7e-8517-efb8afc5c5ed +6a508faa-80a8-3246-9941-90d8cc8dec85,a8735e72-a9ca-45b3-8349-5dbcaa2c97e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fec5ece-6404-4fc8-ab2b-b04ea1678fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e90c4f3-2535-4bbb-8c9b-6045afe9a425 +6a508faa-80a8-3246-9941-90d8cc8dec85,bbbeb331-70dd-4570-ba8b-9ec7df7c1d88 +6a508faa-80a8-3246-9941-90d8cc8dec85,db339b4a-f1b0-4c61-a5f9-290af7fe7aca +6a508faa-80a8-3246-9941-90d8cc8dec85,6b7a1760-f355-4235-9ba4-ede30925a925 +6a508faa-80a8-3246-9941-90d8cc8dec85,13903bbd-7e89-4bc1-99ac-41492c31f38e +6a508faa-80a8-3246-9941-90d8cc8dec85,4a8762dc-7724-4237-92ea-d50d9928f877 +6a508faa-80a8-3246-9941-90d8cc8dec85,fef38de1-f84a-4820-a01b-54b159a9b4c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,490e3cbc-d980-41cc-88c2-1540d6349eb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,acabf258-deb6-4820-aa49-b9a0a2db87bd +6a508faa-80a8-3246-9941-90d8cc8dec85,6e0d1676-810d-48e0-853d-be12ab70ebda +6a508faa-80a8-3246-9941-90d8cc8dec85,32d829ad-43a4-49e8-9a3c-80287946274e +6a508faa-80a8-3246-9941-90d8cc8dec85,554bbe39-14d0-4253-a500-2a5cdc2f3717 +6a508faa-80a8-3246-9941-90d8cc8dec85,26d770fa-2198-49c9-968f-291f5ba051b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,79c6728c-ed8f-43c7-bbe8-c1eff3744659 +6a508faa-80a8-3246-9941-90d8cc8dec85,57f4c191-b3d4-4de5-ae88-565c785e08e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f7ddc63-08b6-4654-bef4-0373a861db1e +6a508faa-80a8-3246-9941-90d8cc8dec85,bba84fa3-17a7-41e0-839a-732965c7dce4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a6ad64e-2930-4a37-899e-f36aa187b571 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2278c96-a799-4e3a-8e7c-034edb94efa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,df0ab44d-c174-4bd1-a0ac-a59a7f1d603b +6a508faa-80a8-3246-9941-90d8cc8dec85,c49d6c96-2cbd-4f4d-9fcc-8f0e63686119 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8bff9cd-05ed-4516-bb40-e0fe67f678b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0de72209-7ed8-415e-814f-9b8e540661ae +6a508faa-80a8-3246-9941-90d8cc8dec85,dd5b9eef-64a3-4c9d-99fe-41728425ca4f +6a508faa-80a8-3246-9941-90d8cc8dec85,950f79e9-3b25-43e0-8fa4-19dc848a4ace +6a508faa-80a8-3246-9941-90d8cc8dec85,8c3b2d76-edb1-4e9f-a43c-8b3fae3c972a +6a508faa-80a8-3246-9941-90d8cc8dec85,e25ff6ee-ec8d-4603-bb83-f6912f03fff5 +6a508faa-80a8-3246-9941-90d8cc8dec85,303dc24d-5622-4732-a413-11c0b8c007d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cd36e8a-68bc-49c2-8078-c95b74040ec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab591e57-e702-42ba-a812-98b5fecc7d1f +6a508faa-80a8-3246-9941-90d8cc8dec85,3c14dea7-6c56-4b80-9472-510c9f5bf61d +6a508faa-80a8-3246-9941-90d8cc8dec85,32e8f249-20a3-4baa-aa61-7d0f4166c54a +6a508faa-80a8-3246-9941-90d8cc8dec85,98166a7f-1f4f-4337-8318-357b90f50f11 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8ad43b8-4b68-442b-80d2-b74ab871b531 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2a21b6a-adc0-480a-9625-c8cafc2ccf3e +6a508faa-80a8-3246-9941-90d8cc8dec85,8128d0e4-3811-4f2d-9203-b9412f2f2909 +6a508faa-80a8-3246-9941-90d8cc8dec85,702a30ef-72dd-4883-80de-9452d67f3998 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c771e2a-5c51-4ec6-8d9b-db56d7739dca +6a508faa-80a8-3246-9941-90d8cc8dec85,59dc4565-eb82-4876-abf8-724fa071407e +6a508faa-80a8-3246-9941-90d8cc8dec85,8dcf5176-0ddc-4c2c-a05c-551f53075414 +6a508faa-80a8-3246-9941-90d8cc8dec85,47bbc8ee-324d-4dbf-9e1d-5e8ab3e2fd85 +6a508faa-80a8-3246-9941-90d8cc8dec85,78d72f99-ad1e-4535-8592-1d5e337e6c63 +6a508faa-80a8-3246-9941-90d8cc8dec85,0514d8eb-add5-4dc2-9ebf-ac4eb083f595 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0d9aaa0-e4ac-4ea0-85e7-84e508e2e366 +6a508faa-80a8-3246-9941-90d8cc8dec85,6313b6dc-c566-4ed2-a9f5-1951771e8244 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7002b14-87bd-4051-aa7a-5da92ee73c9a +6a508faa-80a8-3246-9941-90d8cc8dec85,c7254bce-db58-4a41-a218-9956f8bdb365 +6a508faa-80a8-3246-9941-90d8cc8dec85,0608eed8-f4f6-4ed9-833e-4bf39c38f389 +6a508faa-80a8-3246-9941-90d8cc8dec85,df411ae0-f588-4ff1-9ddf-933285f2ca5c +6a508faa-80a8-3246-9941-90d8cc8dec85,bfd249cd-4427-4f8b-b7b9-bc8b1fc67a99 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fadf53a-9724-4f21-b8e6-7ba72890faca +6a508faa-80a8-3246-9941-90d8cc8dec85,fccd2430-1e66-48a0-b2da-2a6ebdc3125c +6a508faa-80a8-3246-9941-90d8cc8dec85,f8a08231-f62b-4003-b468-0072636660b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,084323e2-643c-42ba-b6ef-9fd94d7d19a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3796cb22-6b5f-42e2-9e7f-6c958544ddb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c48b8eec-d40a-4fb3-80e2-9f33e30a41f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6adf1ce-0cd5-4bf7-9b3d-7ae973ddff11 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcb8051d-dec7-4f3b-852a-8b9a70d0c5e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4a7f576-9178-4dc0-8601-b9b9431fe952 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd330fab-434a-4ff4-9696-2625b0a871ce +6a508faa-80a8-3246-9941-90d8cc8dec85,e648b4b6-b9ed-4ac5-8267-2a411e5376a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,7339943a-6c85-40ee-a038-79bc7287dc57 +6a508faa-80a8-3246-9941-90d8cc8dec85,faf91edb-8092-4e43-8de8-b5aa19eddb5e +6a508faa-80a8-3246-9941-90d8cc8dec85,b724d925-4505-4847-86fb-805be053711e +6a508faa-80a8-3246-9941-90d8cc8dec85,f0576ac7-5ee4-445b-b9ea-ac42a83ebc96 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd777ff4-28d0-4575-ae27-ebdd0f8189c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,93c05fa8-8031-4b75-9e99-cf5604ee8f3e +6a508faa-80a8-3246-9941-90d8cc8dec85,c7d11b80-9165-4a21-a0b3-e50050c9ac1a +6a508faa-80a8-3246-9941-90d8cc8dec85,6c5fb87a-3115-4e13-83f1-32f15274694e +6a508faa-80a8-3246-9941-90d8cc8dec85,ee2e7144-5d29-4402-9b4b-0a6aa17da55c +6a508faa-80a8-3246-9941-90d8cc8dec85,b25d5abe-2786-427f-9061-b998110fd11c +6a508faa-80a8-3246-9941-90d8cc8dec85,a2e0c4e5-6e60-4b1d-87f8-1bb4e0de02bd +6a508faa-80a8-3246-9941-90d8cc8dec85,2712ebca-d4b7-44da-a3e0-04c2bc774089 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f3954e6-7ddc-4713-a1eb-8d90daa10ff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,61d03751-574a-4e45-95e6-aac4cb1baa59 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ca95c6a-ec94-46e6-b28b-4d31b8f9d6c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3fc6a0c8-0a69-4c2e-b25c-3cac28867a25 +6a508faa-80a8-3246-9941-90d8cc8dec85,922e2466-fd36-481f-9c4f-fbb2b03e0511 +6a508faa-80a8-3246-9941-90d8cc8dec85,095a98ab-bb82-4cef-afc3-9765c56ea447 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5a0a636-4c31-4930-80a5-143bca23bc3a +6a508faa-80a8-3246-9941-90d8cc8dec85,272a5375-f5bf-4a67-a251-752562873419 +6a508faa-80a8-3246-9941-90d8cc8dec85,139e3832-ec09-451f-bfd0-b85639218f45 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b0431f3-7f7a-463f-99b3-b837e7673820 +6a508faa-80a8-3246-9941-90d8cc8dec85,9707ebcc-6540-48e4-a313-af7814373fec +6a508faa-80a8-3246-9941-90d8cc8dec85,4a8978bb-275b-44b3-8181-b249a819d404 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9986020-0a3d-41e1-9cb8-b4f66facfd3f +6a508faa-80a8-3246-9941-90d8cc8dec85,43da80f8-6585-464b-815d-5437ffc7d20a +6a508faa-80a8-3246-9941-90d8cc8dec85,2689bb9c-0772-48ba-8066-c2a22181bb38 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffb61e48-72c4-434b-bc36-e8cb139eca50 +6a508faa-80a8-3246-9941-90d8cc8dec85,9894d4b2-a60f-40d1-9e06-3cc243e40c9a +6a508faa-80a8-3246-9941-90d8cc8dec85,e4df3f47-07d6-4306-97de-cd9c62cf14d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e8484ac-7323-49a3-81f9-839b980182a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d58bfaf5-f71d-42ef-9cea-a6f830d50362 +6a508faa-80a8-3246-9941-90d8cc8dec85,dceaf15e-fb71-4ce8-b3a2-7654d53ac538 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d03ecb1-9c3a-4e58-9351-978421684d89 +6a508faa-80a8-3246-9941-90d8cc8dec85,3415a06a-ef6e-439d-bbee-7bd6e8e65f15 +6a508faa-80a8-3246-9941-90d8cc8dec85,68ca4928-ea1a-442f-b0d4-6edae4ba82a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d0bd8b5-434f-4a45-aa74-e69e7f83058d +6a508faa-80a8-3246-9941-90d8cc8dec85,80f41782-7352-4866-901f-617b7263fa99 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba4345f1-a1dc-4097-a573-7c3fe02c18ed +6a508faa-80a8-3246-9941-90d8cc8dec85,82c74b92-d290-41a6-b1eb-05fedad0d4bf +6a508faa-80a8-3246-9941-90d8cc8dec85,6e27589c-5866-4db0-b60b-5ac47cc93c2b +6a508faa-80a8-3246-9941-90d8cc8dec85,99dac883-f0fc-4821-8554-39692daaf37c +6a508faa-80a8-3246-9941-90d8cc8dec85,93af0ad0-f8a4-41bf-8185-e8f8df683159 +6a508faa-80a8-3246-9941-90d8cc8dec85,0820798f-ff29-4a81-8b37-c125b9f93143 +6a508faa-80a8-3246-9941-90d8cc8dec85,bca22d39-a8c7-4fb0-b063-757bfa3dba0f +6a508faa-80a8-3246-9941-90d8cc8dec85,557b22f8-b645-4e41-b657-adbdaeddb616 +6a508faa-80a8-3246-9941-90d8cc8dec85,c31eee1b-954d-4745-afd1-6c0853c39788 +6a508faa-80a8-3246-9941-90d8cc8dec85,243ef989-6f67-4bd9-805c-fabae43ff1f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a569d14-2923-4b72-bc10-fef7462689e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2c68f08-f9a6-4ebb-ba1e-341f7656793c +6a508faa-80a8-3246-9941-90d8cc8dec85,48e53ca5-705e-4df0-9e3a-7be340610673 +6a508faa-80a8-3246-9941-90d8cc8dec85,c51bcc45-28e3-4d60-821a-881b830d1d1e +6a508faa-80a8-3246-9941-90d8cc8dec85,c25181e7-aa18-458c-a39d-83f56e1e2142 +6a508faa-80a8-3246-9941-90d8cc8dec85,b784e40c-0650-45c7-82a0-a0aa31c4a33a +6a508faa-80a8-3246-9941-90d8cc8dec85,f98c9ca6-9b0f-4553-a15a-91954cf9e6dd +6a508faa-80a8-3246-9941-90d8cc8dec85,a79e0ac2-eadb-4d48-b710-75a735eb16f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9da3d66-641a-44f2-98aa-19bfdfdc16ed +6a508faa-80a8-3246-9941-90d8cc8dec85,4e7fe5b2-edc6-4c7a-9614-ffc52c00f26c +6a508faa-80a8-3246-9941-90d8cc8dec85,8d8ba513-797b-422a-af2b-3c7381fee439 +6a508faa-80a8-3246-9941-90d8cc8dec85,869bb648-2b3a-47cf-abd4-ddaa3f767427 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4a1057d-27f3-4247-a261-cdd74529939f +6a508faa-80a8-3246-9941-90d8cc8dec85,cef92590-4f21-4076-8dbd-0442e87dd806 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8fdb176-974e-49c0-9db1-7c558e7a311f +6a508faa-80a8-3246-9941-90d8cc8dec85,20cb0688-fce9-4a9f-a957-e5f4eef78e21 +6a508faa-80a8-3246-9941-90d8cc8dec85,f70d32d2-ca69-4876-bd10-9ea4893531e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d6371df-986f-4908-a5a3-ff451c5a3793 +6a508faa-80a8-3246-9941-90d8cc8dec85,a85a99f6-620a-4498-ad47-e9c6d378f823 +6a508faa-80a8-3246-9941-90d8cc8dec85,aed9cb9d-ead2-4037-9943-e945b6b704fc +6a508faa-80a8-3246-9941-90d8cc8dec85,dec90bd1-2315-478d-a634-87610936fa87 +6a508faa-80a8-3246-9941-90d8cc8dec85,b92cb71c-1155-4e9d-8754-2bfdbd630d7d +6a508faa-80a8-3246-9941-90d8cc8dec85,6bec794a-beb8-476b-b141-6e3fe5565800 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ad41585-7086-408c-88a4-24626a2e2364 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ea0a31e-0a2f-4f55-8012-b71c07ea9484 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6d64f13-8266-417d-9690-7e3c17c63154 +6a508faa-80a8-3246-9941-90d8cc8dec85,952e53cc-8628-44e6-8d52-5499a9260010 +6a508faa-80a8-3246-9941-90d8cc8dec85,c407b1fc-38e9-452f-b2f4-5e827f756e82 +6a508faa-80a8-3246-9941-90d8cc8dec85,77f0b020-8976-47ad-8006-4865dcf0a6ec +6a508faa-80a8-3246-9941-90d8cc8dec85,af2500e1-d293-41da-aa25-1c0080e95d5f +6a508faa-80a8-3246-9941-90d8cc8dec85,259f2b35-b8d0-48f8-8193-1ab3fa94a914 +6a508faa-80a8-3246-9941-90d8cc8dec85,6eff5c39-8c97-4a12-a763-038a0d037f4d +6a508faa-80a8-3246-9941-90d8cc8dec85,03a0e2f2-676f-455b-8977-68ebae39649c +6a508faa-80a8-3246-9941-90d8cc8dec85,965331d2-51a2-4898-b942-7878478d8797 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2721b48-d971-400e-89af-97811a4b3cd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f74c6f1b-9597-42a1-b378-03e554be6df2 +6a508faa-80a8-3246-9941-90d8cc8dec85,29874ef3-65e8-4040-9914-6aa305be0257 +6a508faa-80a8-3246-9941-90d8cc8dec85,8eec5797-18e8-4e90-b157-cb19a7987f92 +6a508faa-80a8-3246-9941-90d8cc8dec85,420745b1-32a7-4beb-b4bc-ddedd5b359cd +6a508faa-80a8-3246-9941-90d8cc8dec85,27535997-c5e7-4b8a-9c0f-abaf6ed55e25 +6a508faa-80a8-3246-9941-90d8cc8dec85,97d6235f-5043-493a-aea0-e2ddbbc40ea1 +6a508faa-80a8-3246-9941-90d8cc8dec85,73c2248c-e334-4309-b92e-2dc72cc1390f +6a508faa-80a8-3246-9941-90d8cc8dec85,a02004a3-3a12-42c6-ab47-14453b75ca53 +6a508faa-80a8-3246-9941-90d8cc8dec85,78675790-834e-4748-a271-e5bce97ca295 +6a508faa-80a8-3246-9941-90d8cc8dec85,b760e4c9-b148-4829-ab0a-2c6927575c4d +6a508faa-80a8-3246-9941-90d8cc8dec85,f1c79cb9-427c-4596-b400-d0366b8329d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b97b42c-119a-474a-9178-c3c87e11beba +6a508faa-80a8-3246-9941-90d8cc8dec85,1ba61140-53f9-46bd-96ac-1cf90b617383 +6a508faa-80a8-3246-9941-90d8cc8dec85,64bb74ed-a4cf-497f-a612-4cac7680381f +6a508faa-80a8-3246-9941-90d8cc8dec85,748cbcca-7a65-4acf-8328-6f6c806d0f2e +6a508faa-80a8-3246-9941-90d8cc8dec85,c23aeacc-700f-4ce0-b9f3-005b8f6bcbaa +6a508faa-80a8-3246-9941-90d8cc8dec85,a14a7531-fe71-4a4b-bb07-b6effc0bbc8a +6a508faa-80a8-3246-9941-90d8cc8dec85,3426a511-4579-4aee-a3f4-7fc96600323a +6a508faa-80a8-3246-9941-90d8cc8dec85,e8f89f41-1266-4ae6-bab9-f9ff170e0a72 +6a508faa-80a8-3246-9941-90d8cc8dec85,46c3f0c4-1884-4e71-992b-9205d42d0fd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f61276b-d222-4f24-a33a-d117f40e3aaf +6a508faa-80a8-3246-9941-90d8cc8dec85,b9c51a1d-5780-4b95-8934-eb9587f559be +6a508faa-80a8-3246-9941-90d8cc8dec85,18c4e796-2e6e-4257-bcfb-bac4024783f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a922be82-d20e-4f06-81bf-3ace259b4f70 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a03f256-42da-4604-99d3-8e84eccad401 +6a508faa-80a8-3246-9941-90d8cc8dec85,6043e123-2c47-4d2c-80bf-222566564e8b +6a508faa-80a8-3246-9941-90d8cc8dec85,3512ce45-9b0d-41cf-bc61-19d3b6befdc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,37108ae4-7ba2-4292-b820-016eea3e4823 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb196a85-edcf-4c1b-a0db-f4ab236ed13f +6a508faa-80a8-3246-9941-90d8cc8dec85,32fac5ce-de26-43c6-9390-a2ae1fe99b16 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6a1063a-7aab-473c-a66c-9fc8ac2fd5ff +6a508faa-80a8-3246-9941-90d8cc8dec85,4130b82b-d633-43a6-80e8-4ebe86db2427 +6a508faa-80a8-3246-9941-90d8cc8dec85,a84c108e-f16c-4dfb-a66d-1f5ec9c274f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3d389b6-0a0e-481c-a3c5-b686b40f84cb +6a508faa-80a8-3246-9941-90d8cc8dec85,a08bbb51-f949-4ff6-a61a-c800c1495db3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8947452-4ad2-4c06-8fdd-67d3a3c36d1b +6a508faa-80a8-3246-9941-90d8cc8dec85,9975119a-f598-44fa-adce-99b4947c4e7c +6a508faa-80a8-3246-9941-90d8cc8dec85,3e8e1e1b-d2cf-447c-ac4d-188f3865aca0 +6a508faa-80a8-3246-9941-90d8cc8dec85,231874f3-f713-4ce0-b2a2-bd9d73774d45 +6a508faa-80a8-3246-9941-90d8cc8dec85,d752a08d-b198-4c09-9215-0b02021953c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddf0167b-2043-47e6-b645-c93d9acf2c8f +6a508faa-80a8-3246-9941-90d8cc8dec85,c5d4a4d3-09c2-4d12-911a-3ab17dc69d7c +6a508faa-80a8-3246-9941-90d8cc8dec85,bc340361-1b14-4fbe-ac24-6402340640ac +6a508faa-80a8-3246-9941-90d8cc8dec85,562fa848-f506-47af-9f53-99149086054b +6a508faa-80a8-3246-9941-90d8cc8dec85,7cb2575c-84a6-4d6c-ac9e-b8900de01689 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a4603fc-426b-40ea-a3a9-363685bfe452 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9367a40-1b9e-4879-8b04-776bd96a2f23 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a554246-f79c-47df-97d9-b98f7c8c3752 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b2b821e-c607-4d7d-9ad4-f98ade8c131c +6a508faa-80a8-3246-9941-90d8cc8dec85,cf9a0e87-207c-44f0-8100-5675bd187028 +6a508faa-80a8-3246-9941-90d8cc8dec85,62dfd0f8-c2d5-4529-98fd-f24d8ccc5b4f +6a508faa-80a8-3246-9941-90d8cc8dec85,4cc0917f-e04b-4b78-85a4-ea33d7194dcb +6a508faa-80a8-3246-9941-90d8cc8dec85,ca1153d7-8d6f-48c0-b358-a6c5bf9ec8f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b70211d-3a25-48d9-b459-12d115f3e8fa +6a508faa-80a8-3246-9941-90d8cc8dec85,9e9641b7-e061-4f55-9867-c94b483d1040 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b99faed-ce6a-4117-898c-ed96bb24e72f +6a508faa-80a8-3246-9941-90d8cc8dec85,ba1da50b-d7c2-4c61-8810-1b53d3cb94c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c154b51-45fb-49dc-8cbb-c4fc6c804a40 +6a508faa-80a8-3246-9941-90d8cc8dec85,eddd0680-105e-4c46-8923-78f9809b8561 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cf85e0f-4709-438a-9112-a41c75c877e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,80a4030d-50a9-4b82-900f-16c8cde200d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d05a80f8-f13e-4350-a916-4f773575ed4a +6a508faa-80a8-3246-9941-90d8cc8dec85,caa3d701-171c-4e45-88e3-e2662c368537 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf1dd2fe-c769-41ae-bf3e-5a9e87f73d1d +6a508faa-80a8-3246-9941-90d8cc8dec85,3e63fb67-544e-43f4-9f22-d0470579617e +6a508faa-80a8-3246-9941-90d8cc8dec85,4f28d5ea-98ba-43de-bde8-d532ba71df44 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7c95b9d-a57a-42ec-bcd7-875de5e7d2d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,76be34e2-6359-4679-9358-558eb4140a3f +6a508faa-80a8-3246-9941-90d8cc8dec85,cb1e7a32-16e2-4203-af15-f141b422b844 +6a508faa-80a8-3246-9941-90d8cc8dec85,430759bd-6cac-4d5b-83df-b3382faf5bd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b71a5501-2692-46c1-b89b-d26c0d248e3d +6a508faa-80a8-3246-9941-90d8cc8dec85,d048fcb1-38f4-4667-ac03-a945ed4cf87c +6a508faa-80a8-3246-9941-90d8cc8dec85,f212b7be-443d-44df-aaac-b597abe958f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b24255b1-87c1-45e9-9dd7-4bccd3e805c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,87f5ca49-594b-4738-8ae3-27fbe3142099 +6a508faa-80a8-3246-9941-90d8cc8dec85,92b65178-c9f4-413d-a010-ae3127d2b25e +6a508faa-80a8-3246-9941-90d8cc8dec85,30f4e6c1-6304-465c-9e8e-be8268e50623 +6a508faa-80a8-3246-9941-90d8cc8dec85,edaef023-d260-443f-9fdf-06f2ab940616 +6a508faa-80a8-3246-9941-90d8cc8dec85,34095a76-503b-49ce-a7be-7e66457e00ff +6a508faa-80a8-3246-9941-90d8cc8dec85,78d7320a-6a2b-4317-bdd2-4584ec8ec406 +6a508faa-80a8-3246-9941-90d8cc8dec85,f499a11d-ebb4-46d1-85e9-0e54d75e8730 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa30790-1c78-4226-9356-c3c3c257ff70 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1bc148e-336d-46bc-9a4b-e8e0190a4fc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4354822-1cd2-4212-92ab-87ed2fd7209b +6a508faa-80a8-3246-9941-90d8cc8dec85,ee200a80-bd60-48ff-ba04-67c0df961a1e +6a508faa-80a8-3246-9941-90d8cc8dec85,563495a7-0208-4e1c-9b3a-0c94d9f65095 +6a508faa-80a8-3246-9941-90d8cc8dec85,250c160c-c796-430e-8a74-0ed9fce493ed +6a508faa-80a8-3246-9941-90d8cc8dec85,89011ed3-7eed-4789-900c-96fd57d567af +6a508faa-80a8-3246-9941-90d8cc8dec85,4685d360-5dfa-418c-a6a7-a090059a5b3f +6a508faa-80a8-3246-9941-90d8cc8dec85,9e8254af-39f2-4dd7-be2b-e10390d8ece3 +6a508faa-80a8-3246-9941-90d8cc8dec85,318e8a5b-aff1-4a80-be91-c8b535a36815 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f3eec78-88a3-4c3d-a1e9-14892f0464ce +6a508faa-80a8-3246-9941-90d8cc8dec85,93423b3c-8569-4afb-8ebd-3e99e9c39ccc +6a508faa-80a8-3246-9941-90d8cc8dec85,dded9c37-788a-4786-8f8b-9830b476a48b +6a508faa-80a8-3246-9941-90d8cc8dec85,57591437-59d5-4b9d-82f0-64c3026ae0eb +6a508faa-80a8-3246-9941-90d8cc8dec85,35f074fb-7938-443d-ada6-37976021e2aa +6a508faa-80a8-3246-9941-90d8cc8dec85,d68bacbd-2a18-4e93-b301-3e148f7a0044 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7fb05ce-2565-40fd-891c-65863592116d +6a508faa-80a8-3246-9941-90d8cc8dec85,05eac17b-cb4f-4bbb-a6dd-bc8902335102 +6a508faa-80a8-3246-9941-90d8cc8dec85,250197f8-a21d-4074-ab6e-8e93825cd748 +6a508faa-80a8-3246-9941-90d8cc8dec85,cadfc4fe-9255-40c4-99ad-1ab1161e4c6d +6a508faa-80a8-3246-9941-90d8cc8dec85,a85b7019-b9a5-4a92-95e8-ac5f854fcf85 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f6be1b1-8d32-4c50-a8eb-eaba713b832e +6a508faa-80a8-3246-9941-90d8cc8dec85,e42e3658-1b4f-4018-b540-34f29d662f08 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0ec793f-5fd0-4865-9787-f504b774b1c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef47c7df-9370-4b73-8d1d-96e84daacc0b +6a508faa-80a8-3246-9941-90d8cc8dec85,ecb9ed8d-f98f-4cba-b911-56c98e1b0d52 +6a508faa-80a8-3246-9941-90d8cc8dec85,2218b9c1-1fae-40d3-bbb9-2ed1c983bdc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,48c44156-61ee-4270-b153-1d6397200b6c +6a508faa-80a8-3246-9941-90d8cc8dec85,a46a17dc-d241-49f8-9288-5abbba971f3e +6a508faa-80a8-3246-9941-90d8cc8dec85,57cdeb06-bff8-4769-9f40-cf59a4cbc14b +6a508faa-80a8-3246-9941-90d8cc8dec85,1f249fea-1aaa-4801-9632-3bf8c81e1724 +6a508faa-80a8-3246-9941-90d8cc8dec85,94b370d5-beaf-47b8-836a-80566e5dfce9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b35db6f-801c-4a08-9073-301985c4ea05 +6a508faa-80a8-3246-9941-90d8cc8dec85,13d87779-b36f-46b5-8d47-b135fb16f009 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3b475e1-6bd4-4cdf-9853-f40e786061ec +6a508faa-80a8-3246-9941-90d8cc8dec85,5d7b13f7-290c-4238-b34a-a1b68096dcc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,00116683-a2f6-4b98-95fd-b51e716307ab +6a508faa-80a8-3246-9941-90d8cc8dec85,c2ecf674-541e-43ba-8d28-a9bd30026c6f +6a508faa-80a8-3246-9941-90d8cc8dec85,c4e900af-a0ab-47ed-aa70-80dc042607a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d117d599-6e54-4626-8dfd-3e4268030b47 +6a508faa-80a8-3246-9941-90d8cc8dec85,e57d27da-ffc2-4c8f-b72b-cf300d7ef8e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c8f4f78-e650-4f61-8b02-7e90f351efd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc2206d5-721b-49ee-8003-6fc8a941954e +6a508faa-80a8-3246-9941-90d8cc8dec85,e9197661-69d1-4d78-a403-5d4a3c45da0e +6a508faa-80a8-3246-9941-90d8cc8dec85,78a0bc3e-1c4a-4b9e-911b-89b1c22ab64e +6a508faa-80a8-3246-9941-90d8cc8dec85,6397e2e9-8d49-42d1-b3f8-546724e7d277 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8dcc110-5cdd-4fd2-ae1e-3c6349fce214 +6a508faa-80a8-3246-9941-90d8cc8dec85,86d4d2f3-d089-411a-bc7c-f13ac8c99c86 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b4ce312-a2ec-4b40-89a7-dc4363c1280f +6a508faa-80a8-3246-9941-90d8cc8dec85,968d9b15-dbd4-4d82-8bda-bdaa9470e9cc +6a508faa-80a8-3246-9941-90d8cc8dec85,b11003da-351b-4cc3-b651-f7c42cdad9e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d67cfdaf-14b5-47c6-b1fb-41feff9f8fbd +6a508faa-80a8-3246-9941-90d8cc8dec85,9786dc5e-edb3-40fa-8003-87806adf00f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b87ce3f6-e304-4457-be32-f63d478f0f79 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7607d33-6fd2-462d-a1c5-82311b68b08f +6a508faa-80a8-3246-9941-90d8cc8dec85,e3ac4b19-90d3-469f-92d9-33f0d7e3e098 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a440d3f-af09-4431-b004-09029deeddec +6a508faa-80a8-3246-9941-90d8cc8dec85,aaa91817-c074-40ef-803e-6b3726b1c9a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1612ce02-4309-49d3-a801-c7a325a2e6d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,58c7772f-6a39-4774-ac71-1bbb4732c508 +6a508faa-80a8-3246-9941-90d8cc8dec85,99def8cd-2c81-4990-a94f-8719d80d2934 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9cac34c-a0d5-4174-af37-4d7e8b9a25a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2bbee8cb-5151-43ca-ab66-9059d99da2d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,851db968-8c65-4412-afba-598300996c74 +6a508faa-80a8-3246-9941-90d8cc8dec85,2805048f-e31f-4294-b922-dbd5870ab777 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2ae6cba-1b9d-4672-8d48-110b3f4d8096 +6a508faa-80a8-3246-9941-90d8cc8dec85,30f3ae5c-b6e8-4101-81c4-fabb1f1e7739 +6a508faa-80a8-3246-9941-90d8cc8dec85,eba7a0bd-75b0-4fe5-9b57-5d4394de151b +6a508faa-80a8-3246-9941-90d8cc8dec85,29969148-b03a-4545-b276-c1c4aab2ffe1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0824e5e0-dbe2-4569-ae16-151eeeb1137a +6a508faa-80a8-3246-9941-90d8cc8dec85,bc2b4aee-c052-445c-98b4-d9a34f41124d +6a508faa-80a8-3246-9941-90d8cc8dec85,13af1131-716e-479f-8794-32cd69d1a723 +6a508faa-80a8-3246-9941-90d8cc8dec85,db71fcef-082f-4e99-a3a2-37f4fbc259b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4530032-1884-40fb-9c22-64d4c0bab9b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,552b1ef2-f1fb-4bdc-8324-7b41ee4df991 +6a508faa-80a8-3246-9941-90d8cc8dec85,f24538e7-828f-477f-bdc0-98287a1304d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e9ecb4b-236f-4d12-84f7-b57179441578 +6a508faa-80a8-3246-9941-90d8cc8dec85,eacfce8a-dfa3-4bb8-8114-95221f6dc911 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd20f9d1-1df4-438e-bba9-9ad705625c70 +6a508faa-80a8-3246-9941-90d8cc8dec85,83056db8-fd47-48e3-ab6a-bda8aadcfc43 +6a508faa-80a8-3246-9941-90d8cc8dec85,809f4b99-6df7-41ac-9b0b-9f465ff0e6e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,03e0edeb-4421-4c38-90f1-0771f3ac14cb +6a508faa-80a8-3246-9941-90d8cc8dec85,4ef035b4-dc54-4a6a-8de3-0a497c9200aa +6a508faa-80a8-3246-9941-90d8cc8dec85,7027fc61-ef99-4e25-9c6a-c26663b38e43 +6a508faa-80a8-3246-9941-90d8cc8dec85,65d3fc75-0ec5-4557-ac36-67fb753e27ed +6a508faa-80a8-3246-9941-90d8cc8dec85,f6ae48cd-5c11-49a6-8f4f-c47f63688891 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ce2e276-088e-45f2-9a9c-86a6afb1d52e +6a508faa-80a8-3246-9941-90d8cc8dec85,a870927d-e657-4222-a12e-b70127b5b2f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,057ae5b9-3b83-4871-9ace-82cf09f3c064 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb1d0833-957b-4048-86cc-915eb8844477 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f6a08a3-d1a8-4f0d-8090-9afbdef2c642 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fe89642-2244-46a5-9406-b14914acffef +6a508faa-80a8-3246-9941-90d8cc8dec85,72d59997-7251-4d78-9a19-e26cf33a0279 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3a510e3-4718-483e-94b5-59be2212da44 +6a508faa-80a8-3246-9941-90d8cc8dec85,300fb53c-ffaf-41d7-b4f5-dee150d3986d +6a508faa-80a8-3246-9941-90d8cc8dec85,532c5c24-bc37-4c01-b521-8659afec5c5e +6a508faa-80a8-3246-9941-90d8cc8dec85,89629517-2363-4f7b-96b3-1a65446934cb +6a508faa-80a8-3246-9941-90d8cc8dec85,714969dd-acd9-49e9-a3e1-1328c48275a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e5d7299-a951-4da3-975b-c2e8e3e834f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,912c4a12-4b71-41a3-9f8a-055373eb4e03 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd4b2da9-c841-4b27-bd5f-4e056e94ee6a +6a508faa-80a8-3246-9941-90d8cc8dec85,25ce1722-6c1e-4d98-b1cd-0a79d0d4cf2e +6a508faa-80a8-3246-9941-90d8cc8dec85,1c5737c5-5e3f-4613-86e1-0fcff23cff6c +6a508faa-80a8-3246-9941-90d8cc8dec85,b7b9a165-1187-48ee-a62d-179368ecf6d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f159ced3-f01f-47f9-97cc-be6530d4a1b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c92eed5a-0962-4ad0-a446-e3a1a3e5b13a +6a508faa-80a8-3246-9941-90d8cc8dec85,62553d80-316e-4f1e-a93d-42ad2e1257d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5602013e-2a11-4d14-a2b5-f9f89ed1b28f +6a508faa-80a8-3246-9941-90d8cc8dec85,bb49da24-2fe2-4ea0-baca-d99f6ef9698c +6a508faa-80a8-3246-9941-90d8cc8dec85,57092424-95a0-4ce7-bb26-a48d655042de +6a508faa-80a8-3246-9941-90d8cc8dec85,8f830d8d-b679-428c-bd2c-0d4d425a877c +6a508faa-80a8-3246-9941-90d8cc8dec85,3d42d265-2624-4608-a729-7dddee742437 +6a508faa-80a8-3246-9941-90d8cc8dec85,94f11367-32c0-4ed7-99da-003300c2e3b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a463e43f-f2cf-4c47-b201-bae13177f9cd +6a508faa-80a8-3246-9941-90d8cc8dec85,bf42487e-78b4-427c-b166-8815a5c06902 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d68bfd8-84bb-4beb-8e68-6db9ed2a3dbf +6a508faa-80a8-3246-9941-90d8cc8dec85,df229220-1f7c-4592-9d3a-b5854f84d4b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2511463f-3a50-4a51-906d-6ed6ce1fe988 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bd635b7-c888-4074-9b95-db53f79b697c +6a508faa-80a8-3246-9941-90d8cc8dec85,4a742458-36e6-42ec-9fb9-f7122ee48d22 +6a508faa-80a8-3246-9941-90d8cc8dec85,edb6086d-94af-4ef2-8143-3e2a8659c195 +6a508faa-80a8-3246-9941-90d8cc8dec85,0715a6f8-f288-4623-bd27-7fd5c05f6a96 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea3d55ee-0ff2-4f44-87f2-053c4e0d0eef +6a508faa-80a8-3246-9941-90d8cc8dec85,0e9e90f5-1f64-459a-847c-76da73563909 +6a508faa-80a8-3246-9941-90d8cc8dec85,6dc3ef03-2bf0-4658-a6cd-7c8d194da6d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d93e83df-6d8d-40e0-b56d-1bde8debedd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,17b5c6f1-b735-4ac3-a6b0-de41cf2dc134 +6a508faa-80a8-3246-9941-90d8cc8dec85,6474e640-d1f0-40b8-b11b-610326f162b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef12392c-853d-4935-a958-6eba30d3f13f +6a508faa-80a8-3246-9941-90d8cc8dec85,b36bb835-4bee-4f41-9936-783909679e6c +6a508faa-80a8-3246-9941-90d8cc8dec85,1d1d381f-b460-41b2-98bf-ddbaee6cafb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,704376fc-7f3e-40b1-b5bc-1a45007b2afd +6a508faa-80a8-3246-9941-90d8cc8dec85,6567645a-7b52-4f88-830f-fe8729c6ff09 +6a508faa-80a8-3246-9941-90d8cc8dec85,3df7f03a-5817-4dd2-9f71-2f34fd4fcf4e +6a508faa-80a8-3246-9941-90d8cc8dec85,8f2b0f32-94bf-45ce-b30f-61b7a831f347 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b0b0dfd-7673-4b97-85ba-aa498d4636c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f692526f-6cf1-45b2-b41f-d8fa823dd9e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,867a6a87-4e5e-42bd-8e33-441c88189364 +6a508faa-80a8-3246-9941-90d8cc8dec85,88a950fd-20dd-4cb1-830f-9580c67d8973 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb8f28a0-b88b-4adc-931d-de4283a32bde +6a508faa-80a8-3246-9941-90d8cc8dec85,c6914218-4383-4b98-afc7-b58306aca9f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9126eb1f-1776-482b-8b39-603821ff98bd +6a508faa-80a8-3246-9941-90d8cc8dec85,1a09e3e6-6e6a-4b1a-add6-6b40f5687b13 +6a508faa-80a8-3246-9941-90d8cc8dec85,60be07a6-794d-4b6e-849c-9ca28f154f86 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddd13b9f-cefb-4728-9305-c04ef29fee83 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a436891-2593-4569-9f41-3fb3ace694a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9c1b346-8263-4afd-9a4f-d3284ce38efe +6a508faa-80a8-3246-9941-90d8cc8dec85,be825532-ac12-4c29-a22d-a84d467e4c97 +6a508faa-80a8-3246-9941-90d8cc8dec85,3128fe9a-c1dc-4456-be90-37dc435b0e82 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3b61a31-b3b7-445c-9da3-8bf845b83fe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5e73bad-db43-4570-aa75-ff8cf21fdb07 +6a508faa-80a8-3246-9941-90d8cc8dec85,50dfbc62-07e5-45f1-bd8d-7e18d908e14e +6a508faa-80a8-3246-9941-90d8cc8dec85,c1667558-20de-4035-abd9-3d20c55f4b84 +6a508faa-80a8-3246-9941-90d8cc8dec85,0866504c-eb7b-4b2b-a6d4-60f669dc4e3a +6a508faa-80a8-3246-9941-90d8cc8dec85,f119a5b5-2e6a-4083-8bec-f4e39631d26d +6a508faa-80a8-3246-9941-90d8cc8dec85,285be65d-b46f-4ec8-a91b-0be6c7e400d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f744b5a-bc6c-4697-8ede-b31d4f4bd221 +6a508faa-80a8-3246-9941-90d8cc8dec85,34fc3a13-4d28-40c8-ab2b-4a471d8c8588 +6a508faa-80a8-3246-9941-90d8cc8dec85,d68e6934-9902-4e0f-b831-cec9e8f6791d +6a508faa-80a8-3246-9941-90d8cc8dec85,16b7e233-8447-4945-8241-36564de171ef +6a508faa-80a8-3246-9941-90d8cc8dec85,f22e2728-1ac3-42ae-9ee4-91f919e9ec86 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6c4dc96-ce84-4f43-9124-c6028efd8f0b +6a508faa-80a8-3246-9941-90d8cc8dec85,f65978ad-aa57-4a44-b46a-ed0b288a4924 +6a508faa-80a8-3246-9941-90d8cc8dec85,0faae7fb-cc0f-4736-8177-dce17dd8e748 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f327749-5815-4fb5-a39f-a32b23a5c3f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b992f2b-a122-43a2-a3b0-c543cb31af60 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb26477d-e6d6-4f01-8076-13d8ccbc03d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,680ff1ab-500e-49d1-99c7-74f3a8aa0e7e +6a508faa-80a8-3246-9941-90d8cc8dec85,475bbe26-e497-40b6-b3e2-5eabb132d932 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c2d334a-adea-40d8-8daf-a2b133ef2d41 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b8117df-05e0-415c-8f25-52c4b725b857 +6a508faa-80a8-3246-9941-90d8cc8dec85,f57115ed-32f8-425f-9732-fb9e464cdcfc +6a508faa-80a8-3246-9941-90d8cc8dec85,57e3cea3-2d13-47de-88a5-a877a9de27f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,87f30095-5f77-4275-8759-8f2f08a6e2b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,91762cb2-e58f-4544-959f-2452a9e5f7d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,021b91bf-6e11-47a2-828e-549d083d4554 +6a508faa-80a8-3246-9941-90d8cc8dec85,6bf9b804-a00d-4748-b850-b7fc96e10ddf +6a508faa-80a8-3246-9941-90d8cc8dec85,eaed851b-e7e3-430d-9c36-7313a1bece55 +6a508faa-80a8-3246-9941-90d8cc8dec85,00995746-19dc-4223-9748-89bf746afc9e +6a508faa-80a8-3246-9941-90d8cc8dec85,6e2929a6-87cd-4a59-8b34-adfdaba8d718 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fff0110-76ce-4166-b4b7-e17996b3f97e +6a508faa-80a8-3246-9941-90d8cc8dec85,1ab166d7-ddcf-4091-89bb-13e60ae10fc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f8ecb4e-56dc-4c0d-9cc6-c32edd73594f +6a508faa-80a8-3246-9941-90d8cc8dec85,475ea6d4-da9e-45c8-a08f-57a1c4cc3385 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e87e79f-092d-46bc-94e2-e74844596f1f +6a508faa-80a8-3246-9941-90d8cc8dec85,fe270ca4-54e3-45ea-9586-2490baea2e52 +6a508faa-80a8-3246-9941-90d8cc8dec85,81a8cf33-3c83-4f1e-b2de-03d18d3f9248 +6a508faa-80a8-3246-9941-90d8cc8dec85,eaa628f0-38f0-47d8-b7d1-c197b49b9ff5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5dceb46d-5193-48d9-be43-ec29231494ad +6a508faa-80a8-3246-9941-90d8cc8dec85,4ccf749d-af6d-4b96-b72e-10200092c31b +6a508faa-80a8-3246-9941-90d8cc8dec85,92764fad-65a1-4ce0-8102-b54b203b0822 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e19c327-5aa1-450d-915f-d44b71016686 +6a508faa-80a8-3246-9941-90d8cc8dec85,376a280f-7772-4c60-86a1-b771f67c4ec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,272446b2-f322-44ed-804b-20825f5b5fd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,263a9d48-f0b4-4ff7-9157-8e15642133b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,034ccef7-3830-4c7c-af81-c57f4679824a +6a508faa-80a8-3246-9941-90d8cc8dec85,e3a2ed7b-f912-4a05-a087-08a017dbefc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,49381883-7718-4697-8219-508d4d475242 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf27facf-6507-4af0-87f3-96be2b92aff6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a06d9e9-7bc6-4446-9b34-79828a07d011 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b1f4cc4-d683-4ea2-977c-92ed0141c3a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce70ccf9-8936-47e9-9c80-d6fedcc7cbb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d079594-4ad9-41ad-8dd6-aa4aef60bc00 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e642e67-634d-488f-953b-a1b756cd6b13 +6a508faa-80a8-3246-9941-90d8cc8dec85,28fa934b-fea3-40d3-ab9f-7dbe2793b3fe +6a508faa-80a8-3246-9941-90d8cc8dec85,b29fabca-e631-4987-a2d6-e1a601da32a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f3c08e2-8141-40c3-8fa3-4adbadbd56d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,70ac5784-5ce7-49f5-8971-f0493bb5c875 +6a508faa-80a8-3246-9941-90d8cc8dec85,356edc45-0a54-4e96-96d3-e1f715832a92 +6a508faa-80a8-3246-9941-90d8cc8dec85,b65517b2-204a-43a7-810b-f38bc3c1eaf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,afe7bbe1-5231-4b25-b834-05542e14b7e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,93cc6d51-9f3c-4e0c-8d64-6c9ca656f8e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,77acc915-1308-40de-b802-aba3ead6bc1d +6a508faa-80a8-3246-9941-90d8cc8dec85,26db9085-3305-4c58-893a-473b25c00d0f +6a508faa-80a8-3246-9941-90d8cc8dec85,7f79d2d5-9a3e-45e0-8bb2-09a604ee22ee +6a508faa-80a8-3246-9941-90d8cc8dec85,41b890a2-2ea7-4778-9e48-85a050f78022 +6a508faa-80a8-3246-9941-90d8cc8dec85,33edb420-f109-4d48-acbc-2b6acb0cba20 +6a508faa-80a8-3246-9941-90d8cc8dec85,737f76f2-c834-40b1-820c-8d3466830879 +6a508faa-80a8-3246-9941-90d8cc8dec85,03073427-7ea2-469d-8b79-00731a9254e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ed0a590-77ac-4d07-8225-5b1dc6a92484 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cafb798-0adb-4060-ad4e-6e8f9e73ccae +6a508faa-80a8-3246-9941-90d8cc8dec85,bacc63a9-457e-4adb-8ed6-570f502f8aab +6a508faa-80a8-3246-9941-90d8cc8dec85,66cded11-fbdf-4f43-b210-c5f30a8777a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7ccdf5c8-b8c5-4ae6-8526-f6f96dad0dac +6a508faa-80a8-3246-9941-90d8cc8dec85,d11d60d2-5977-4923-baf9-b709d9cda354 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9fd0302-e159-4c12-9d7d-9e0d4f908f73 +6a508faa-80a8-3246-9941-90d8cc8dec85,082de9b7-4806-4cfb-aaf4-a67244beb6b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5e3437d-823d-4e94-a35b-715946ef3922 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd1c030a-e338-4cef-be21-03a094f354a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,066fd5ce-7e09-49ca-9daa-f954398e1d9a +6a508faa-80a8-3246-9941-90d8cc8dec85,a2fcb878-1fd8-4f43-9962-20a187e9fac7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b912d182-cb86-40fc-a2ca-c73200ccebe3 +6a508faa-80a8-3246-9941-90d8cc8dec85,388a24e9-eedf-4ff8-a7b1-922786c353e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c395b04b-963a-4128-b0e5-5c136f34741f +6a508faa-80a8-3246-9941-90d8cc8dec85,bc0198fe-f8fc-47da-92e2-05bd9c48491b +6a508faa-80a8-3246-9941-90d8cc8dec85,e935daf0-3c1d-429b-84a3-6225a6864fbc +6a508faa-80a8-3246-9941-90d8cc8dec85,99f033f7-0581-4b13-a388-6260f7223f3a +6a508faa-80a8-3246-9941-90d8cc8dec85,c65b52a0-9bf6-4312-917f-1f5b0dd63fc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f96b92de-de5e-41a1-b225-bd5d884b2e0b +6a508faa-80a8-3246-9941-90d8cc8dec85,64a12e4f-b52d-49d2-8d68-b0c187d92f1e +6a508faa-80a8-3246-9941-90d8cc8dec85,ac9d2dcb-5d1f-4284-92ad-7d3758737a65 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa70e595-1601-468d-a267-fbbfabc47257 +6a508faa-80a8-3246-9941-90d8cc8dec85,085dfed3-c8ad-4421-a700-a6bae96f9ea3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c949b0c4-3e3d-41ef-bd77-6f78b53cf845 +6a508faa-80a8-3246-9941-90d8cc8dec85,139e6d6d-865d-4d34-af8d-450f1a8470b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d826f049-29ea-4257-8b4c-842c23b3572a +6a508faa-80a8-3246-9941-90d8cc8dec85,ee6e77d5-8f73-48c7-b8da-ca0895be9562 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebe487ed-969e-404b-b6bc-0a3defa1fcc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,576aeaa4-aa8c-415a-8c98-c975498ce5c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,971b4aec-db65-48c0-bad8-c7f69412c41d +6a508faa-80a8-3246-9941-90d8cc8dec85,767190f7-56d4-4b91-bfcd-d0816a3c96f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7efe9f8a-b840-4228-8606-e2dd6cf930b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f56bf4e8-b00c-4840-bbde-6adf0eedcfc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d43e8711-58e0-4de5-82b4-9d0a08d62615 +6a508faa-80a8-3246-9941-90d8cc8dec85,b144e936-9cd0-41b7-af72-a3fffade1dea +6a508faa-80a8-3246-9941-90d8cc8dec85,5f14ce72-52b7-4ec7-b5e2-b2b6b49a8f7c +6a508faa-80a8-3246-9941-90d8cc8dec85,bada2145-25d0-4ae8-902e-42aefcd85919 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c81c692-3df9-4f5c-ae79-6e136b45db2f +6a508faa-80a8-3246-9941-90d8cc8dec85,b0cb3056-45ef-4276-b63b-40ad3438a362 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c228a21-2e06-4a98-a34e-a1064d51cc2e +6a508faa-80a8-3246-9941-90d8cc8dec85,9c230133-d046-44a4-b485-e5028e1d7a7c +6a508faa-80a8-3246-9941-90d8cc8dec85,0f142af8-3ecb-4d0f-8e3f-55f99fadfca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5a1ee8d-78a8-4e8d-9727-2d20182a6be8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e02a9c8-4d5f-4aec-92e2-6eaa114335c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebde8d09-b945-4205-882d-b722d5bdfdac +6a508faa-80a8-3246-9941-90d8cc8dec85,0934eb3f-d604-40a5-8858-865b577c68f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2cb3ecd-b307-4890-9c08-c7be54d4c67f +6a508faa-80a8-3246-9941-90d8cc8dec85,5bb7d65b-a876-4c96-998e-230307725007 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbe12a98-4ce0-4577-8c35-623db51868e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5e3dcf7-7ce9-41de-a7da-0890dfa5a473 +6a508faa-80a8-3246-9941-90d8cc8dec85,ecde06d8-029b-43c2-8549-c3a39db7cc77 +6a508faa-80a8-3246-9941-90d8cc8dec85,72874b1d-a195-4faf-b77f-37db7f5bee04 +6a508faa-80a8-3246-9941-90d8cc8dec85,7de05b5c-6726-46b8-ab18-7671231dfb50 +6a508faa-80a8-3246-9941-90d8cc8dec85,24354350-9d23-44ee-9e9f-90c6fbb1ba8f +6a508faa-80a8-3246-9941-90d8cc8dec85,f53bfdc8-77cb-49b7-aa15-74922189268e +6a508faa-80a8-3246-9941-90d8cc8dec85,0fedc614-1f8b-4c6f-a5d9-17e0113f3ed5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6eee5d89-f383-4b44-a2f2-ccb5364acdbb +6a508faa-80a8-3246-9941-90d8cc8dec85,66bd85f0-6d8f-4847-8812-f89b6be71f22 +6a508faa-80a8-3246-9941-90d8cc8dec85,51910689-ffd0-4d1e-a29e-3436e79f473d +6a508faa-80a8-3246-9941-90d8cc8dec85,509d06ab-4a66-4b12-ab15-629037884b7e +6a508faa-80a8-3246-9941-90d8cc8dec85,cbaa48d9-08c8-4e30-8ea1-d564a282c546 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c5b633e-7889-4136-a56c-ae6d39f1d080 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b955d7f-f41a-48f5-98a2-186beb3c812b +6a508faa-80a8-3246-9941-90d8cc8dec85,cafb512b-a1a7-4c72-b6df-282fc5fa4a53 +6a508faa-80a8-3246-9941-90d8cc8dec85,b860699e-7745-4be9-a76a-7235c0de7ace +6a508faa-80a8-3246-9941-90d8cc8dec85,dcc1471e-11f7-4ece-8596-d25038b2ed77 +6a508faa-80a8-3246-9941-90d8cc8dec85,023e5603-5578-4fee-90dc-e9e3aff5a000 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc042b24-32e1-4540-bd37-388e8ff44e11 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2c983ad-5ffc-4331-bd1d-b5bda769c531 +6a508faa-80a8-3246-9941-90d8cc8dec85,4546e2e6-3e05-4e60-84a4-d80414acf7dd +6a508faa-80a8-3246-9941-90d8cc8dec85,be572f50-56b6-4f7f-8fe5-a76f216a4683 +6a508faa-80a8-3246-9941-90d8cc8dec85,14fae756-f8c6-40d9-9035-f62db5cc3025 +6a508faa-80a8-3246-9941-90d8cc8dec85,95462792-cc11-41d5-bc89-d130b631e93f +6a508faa-80a8-3246-9941-90d8cc8dec85,d7643954-04dc-4039-bec1-209f16a275ab +6a508faa-80a8-3246-9941-90d8cc8dec85,92ca35f9-0072-4f81-80c1-061c0b9f76cb +6a508faa-80a8-3246-9941-90d8cc8dec85,bf3eb442-9076-4578-a571-eddc892fbad4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8554b5cd-d653-4364-86dd-69dbee6543bb +6a508faa-80a8-3246-9941-90d8cc8dec85,5a705d5e-a06e-4995-98d4-9dc4abc31ade +6a508faa-80a8-3246-9941-90d8cc8dec85,baa70cb0-1745-416a-a58c-a22e9701e3bc +6a508faa-80a8-3246-9941-90d8cc8dec85,5fca22ea-b33f-4ac6-821e-c953abda5f47 +6a508faa-80a8-3246-9941-90d8cc8dec85,9afebe2a-2dcb-4751-9f9d-b64c56a4ae0b +6a508faa-80a8-3246-9941-90d8cc8dec85,508621cd-4a3f-4a45-9607-1664ade82c2e +6a508faa-80a8-3246-9941-90d8cc8dec85,131bda4f-f7a9-48b1-99cf-87650420f4a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d58b6867-fcc9-4ab5-9644-3915ee0ad316 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fad3687-0feb-46cf-a360-6764b765d73e +6a508faa-80a8-3246-9941-90d8cc8dec85,fc0a9892-2c93-4d7d-8d5e-b5ff55d73d6e +6a508faa-80a8-3246-9941-90d8cc8dec85,7789bb1a-2255-41d5-866c-8e52cec65439 +6a508faa-80a8-3246-9941-90d8cc8dec85,dca8b50b-f43e-4447-b7b1-9485e7d0f7b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,760aca96-3fcd-4d06-b6cd-250a759f2050 +6a508faa-80a8-3246-9941-90d8cc8dec85,27d68e65-b8dd-4bef-819b-ecd67669e89a +6a508faa-80a8-3246-9941-90d8cc8dec85,213c5bc6-6b6b-4db4-87dc-76af7be1091a +6a508faa-80a8-3246-9941-90d8cc8dec85,1774cef7-1914-408e-93b4-4a0edbd08b4e +6a508faa-80a8-3246-9941-90d8cc8dec85,ee5e040d-2f48-44af-8f35-51287c55d00e +6a508faa-80a8-3246-9941-90d8cc8dec85,02317dab-603a-4022-9d93-68f0a40ad6a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,722ad324-dfae-4c9b-bbab-b32ffe78bb31 +6a508faa-80a8-3246-9941-90d8cc8dec85,693dd802-2fca-4490-8553-f3737d6ac89a +6a508faa-80a8-3246-9941-90d8cc8dec85,f9eb4992-ed40-4621-9a0d-b55ce383075c +6a508faa-80a8-3246-9941-90d8cc8dec85,bd319407-cc20-4c60-a956-7411d2e85835 +6a508faa-80a8-3246-9941-90d8cc8dec85,aab936d3-1774-42bd-98fb-bde272a62697 +6a508faa-80a8-3246-9941-90d8cc8dec85,0938471b-b44f-45f7-b59d-7fd3dc8c31dd +6a508faa-80a8-3246-9941-90d8cc8dec85,403e7f1a-36b7-4bae-9743-6cb392b6e259 +6a508faa-80a8-3246-9941-90d8cc8dec85,e50f4155-eaa6-4fb8-9906-bf600d314c3b +6a508faa-80a8-3246-9941-90d8cc8dec85,c404e561-b808-4eaa-b6e2-8ec6995d3ff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec1e4de3-5b46-457a-a3d6-9ecde10b693f +6a508faa-80a8-3246-9941-90d8cc8dec85,c61b887c-251b-4741-845c-4adcaeb33b25 +6a508faa-80a8-3246-9941-90d8cc8dec85,8efdca23-5470-4855-8f70-558b84a9013e +6a508faa-80a8-3246-9941-90d8cc8dec85,e96d1b7f-d1e9-4be3-9ca7-0d9664d624dc +6a508faa-80a8-3246-9941-90d8cc8dec85,0956b586-db48-4325-86f5-ade9a1b9747f +6a508faa-80a8-3246-9941-90d8cc8dec85,2dd38ded-8b0f-495b-a9ea-3f7d02d52f57 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1deef8d-4d89-4fb2-b615-d82000babfa5 +6a508faa-80a8-3246-9941-90d8cc8dec85,23442419-6765-4e33-a717-85b063528f26 +6a508faa-80a8-3246-9941-90d8cc8dec85,b78b6fc2-6f15-4ad6-af2f-dd5473874569 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c61a0ac-bd4d-4741-bcc7-03d90974d576 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f531fcd-cf1d-476c-91e5-1be7f834c58b +6a508faa-80a8-3246-9941-90d8cc8dec85,d7054962-98e1-49d7-90cb-5d756d125be4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b517b130-2d84-499a-b5e3-ef8ef5bdcf2f +6a508faa-80a8-3246-9941-90d8cc8dec85,6473db4b-611c-4735-a1be-d2ce73665aef +6a508faa-80a8-3246-9941-90d8cc8dec85,e211a0f8-ad29-48cd-8dd7-cc06ab5be997 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e2f94b4-9c90-4553-9e1e-358721e2c881 +6a508faa-80a8-3246-9941-90d8cc8dec85,95431470-a5ca-41a9-8933-52816407c803 +6a508faa-80a8-3246-9941-90d8cc8dec85,94135789-5945-485b-ba54-85350a859f48 +6a508faa-80a8-3246-9941-90d8cc8dec85,e943b501-9175-4644-8bf0-602d94050256 +6a508faa-80a8-3246-9941-90d8cc8dec85,237c4e8b-2c3b-48cc-904b-db3ec23a9588 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dcbe5e3-816e-4ef2-8894-102e94c1db5c +6a508faa-80a8-3246-9941-90d8cc8dec85,685a2feb-2499-4045-aa20-e5276d1d7451 +6a508faa-80a8-3246-9941-90d8cc8dec85,45386aae-6847-4f59-8463-3cb0aff7227b +6a508faa-80a8-3246-9941-90d8cc8dec85,9e89e598-64eb-4315-976a-73b6fb4200f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,edbf6a52-b54b-4787-97df-cfb7f768a10b +6a508faa-80a8-3246-9941-90d8cc8dec85,e1c0ac4d-9175-44d6-ace2-b00e4a612f94 +6a508faa-80a8-3246-9941-90d8cc8dec85,798cd738-bb92-475a-a62b-16093810445e +6a508faa-80a8-3246-9941-90d8cc8dec85,46bed969-223f-4aa8-a875-3b372ec8c1bd +6a508faa-80a8-3246-9941-90d8cc8dec85,77f38972-575f-4a8e-9c6e-c5be8dc92a98 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b02a6ab-6e3b-4e0a-9cd0-a97846925d24 +6a508faa-80a8-3246-9941-90d8cc8dec85,50ee321c-c174-45aa-98f9-31264a062f61 +6a508faa-80a8-3246-9941-90d8cc8dec85,6111d639-778f-466b-b151-0842935ac14f +6a508faa-80a8-3246-9941-90d8cc8dec85,a9b836ad-5e81-4d44-b659-71b69355d1ff +6a508faa-80a8-3246-9941-90d8cc8dec85,621d5da4-8487-43f8-973b-538f20532b90 +6a508faa-80a8-3246-9941-90d8cc8dec85,f14c0ceb-e272-43b2-ac76-b9a5060f780e +6a508faa-80a8-3246-9941-90d8cc8dec85,8ffb944c-0f88-4a24-962f-680cfd84c892 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bbaf6be-03c1-404f-b885-3b1d22d65f9f +6a508faa-80a8-3246-9941-90d8cc8dec85,b575fb51-02d6-4903-a966-fca3839036c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee27c14e-80cc-4ae0-873c-4176c07a92a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b876f6c-9287-4fe7-84d8-56af73496223 +6a508faa-80a8-3246-9941-90d8cc8dec85,98ef0304-143b-4aa8-a712-93ab20f163bf +6a508faa-80a8-3246-9941-90d8cc8dec85,a98b0edf-1e75-4dfa-8fc1-69307c306484 +6a508faa-80a8-3246-9941-90d8cc8dec85,65198ab7-8be4-4477-9257-a6fabdd8b66b +6a508faa-80a8-3246-9941-90d8cc8dec85,b9a9d8f8-9e16-4950-9750-82d1b29f91fb +6a508faa-80a8-3246-9941-90d8cc8dec85,6c23cde6-622f-421a-a408-6f04f55d1cad +6a508faa-80a8-3246-9941-90d8cc8dec85,73e0ec1c-5e70-4e00-95bd-a4aaf17d48ad +6a508faa-80a8-3246-9941-90d8cc8dec85,7d4f7113-7652-471e-b6de-fec621b2d83a +6a508faa-80a8-3246-9941-90d8cc8dec85,02fe6bdf-a178-4675-b56b-3048601fdfff +6a508faa-80a8-3246-9941-90d8cc8dec85,3a3950b6-3770-465d-b6d4-79a4327c318a +6a508faa-80a8-3246-9941-90d8cc8dec85,a966c949-f78d-4703-ae16-ace2488b1c2e +6a508faa-80a8-3246-9941-90d8cc8dec85,81797570-b348-4225-aff8-cf98f9d36bf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2bbd587-17dc-4806-90ce-1a81395c154c +6a508faa-80a8-3246-9941-90d8cc8dec85,be4b9075-00fa-4a51-8224-7bd69bce7de5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e83b1baa-1736-4d48-a9c7-d67ef99f033d +6a508faa-80a8-3246-9941-90d8cc8dec85,49255236-7806-4319-860c-8e0ba4cc5e8d +6a508faa-80a8-3246-9941-90d8cc8dec85,b2e2afbd-c921-488f-b6f4-5d767561bd02 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba9cdc89-e934-4790-8d88-c1284f626a37 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6abb7e1-c3ad-4905-9a0a-1f16bde5005a +6a508faa-80a8-3246-9941-90d8cc8dec85,1a733006-16f8-49ba-b101-942cb084cfc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a07bf64-61ec-4939-a385-4655b94127a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dea7fa8-2a88-428d-93a1-50bcdbf1d944 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2b642f3-10cb-4487-9e53-557ac778ded7 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9fedc63-6149-41a1-bf0b-b77ec15f9286 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9a5693a-0776-4acd-917a-c194639f2f37 +6a508faa-80a8-3246-9941-90d8cc8dec85,7462c9f8-dc06-45aa-aabc-8c427f6f5127 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c809362-c7b3-4320-9693-77501e2a9179 +6a508faa-80a8-3246-9941-90d8cc8dec85,828d1928-b165-4f73-8226-fe01167a4caa +6a508faa-80a8-3246-9941-90d8cc8dec85,9a4ba535-b899-4909-9b48-7fcbc60547dd +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4f11e3-2f82-4a5d-b7f8-f1df77847929 +6a508faa-80a8-3246-9941-90d8cc8dec85,85e480df-a010-4b3d-be22-548a4d4ddc64 +6a508faa-80a8-3246-9941-90d8cc8dec85,417fa41b-531c-4fc2-a8a9-8b263f8a01c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4a39fec-efa0-419f-a37c-b08a9f478001 +6a508faa-80a8-3246-9941-90d8cc8dec85,b62fa3bc-e6b1-49a9-9a22-42f38d71c918 +6a508faa-80a8-3246-9941-90d8cc8dec85,f19b7115-65a3-4777-bca5-95d3c94a9351 +6a508faa-80a8-3246-9941-90d8cc8dec85,e62ef0a0-1b96-46e5-8de3-c8fdd201e27a +6a508faa-80a8-3246-9941-90d8cc8dec85,68d49536-07f9-4484-b16b-f5c602898c07 +6a508faa-80a8-3246-9941-90d8cc8dec85,4496d143-c385-427e-97a8-24516f7945a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,132fb5be-0fee-492f-8a02-42b8bc71ab61 +6a508faa-80a8-3246-9941-90d8cc8dec85,170ea04a-1df9-41a3-8858-6b6a3d54630c +6a508faa-80a8-3246-9941-90d8cc8dec85,85644066-39dc-4230-b787-1cad216c9f25 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6396bc6-5354-4d65-b99a-2af6cfd7f799 +6a508faa-80a8-3246-9941-90d8cc8dec85,0553fddd-e2f5-4bbf-a794-07c54cfd9896 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cfecb93-ec08-4563-8d56-25db96bcba39 +6a508faa-80a8-3246-9941-90d8cc8dec85,c811d886-c659-43f1-98cb-399e37bba954 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0c1c363-aa7c-4f03-b409-bd3973c32174 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7eeaa22-001f-4999-a6ae-e15a37862019 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7f468f3-4bf0-4218-b254-a1bf795e6a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,48fbb20a-6325-459d-bdeb-ac45c02db68b +6a508faa-80a8-3246-9941-90d8cc8dec85,a478c6e3-d253-4ebb-bbb9-2d9a33e4f3c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,29b4b496-5b33-4136-af7c-c5f559ff684d +6a508faa-80a8-3246-9941-90d8cc8dec85,a2a7ca5b-7a86-4092-b08c-b32263a16066 +6a508faa-80a8-3246-9941-90d8cc8dec85,3152489a-72a2-4b22-a004-bbe9cea95f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,72316ed2-c558-4030-8ca0-3b6b670755ec +6a508faa-80a8-3246-9941-90d8cc8dec85,8be35c34-b2e8-427e-98d8-9eda5aa5f744 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed8dd7ae-9fe0-482a-a2a9-b04b3fac4faa +6a508faa-80a8-3246-9941-90d8cc8dec85,d354b6ec-9773-4ee0-b6e9-66fa8b923320 +6a508faa-80a8-3246-9941-90d8cc8dec85,bae264d3-b126-4ae0-85f6-6a26c27f768f +6a508faa-80a8-3246-9941-90d8cc8dec85,38940339-8dd5-4035-96b6-c92111abe198 +6a508faa-80a8-3246-9941-90d8cc8dec85,035575a4-63f0-4131-8e46-726472dc0d11 +6a508faa-80a8-3246-9941-90d8cc8dec85,324d18ab-e034-444a-a14c-a5fc47c13388 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfa87903-eb28-44ca-a44a-610b721fd132 +6a508faa-80a8-3246-9941-90d8cc8dec85,946429ef-90d9-46e8-8536-993b710e8edd +6a508faa-80a8-3246-9941-90d8cc8dec85,6a00ae92-e9ca-4d91-9788-5745ae0e2e3c +6a508faa-80a8-3246-9941-90d8cc8dec85,6d7e50ce-e8c3-4347-8bae-d0d318f9fd3e +6a508faa-80a8-3246-9941-90d8cc8dec85,48af9335-a38f-4014-b975-6e5a945f8c07 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1bc11db-b847-4e72-b665-05e0b2b0866f +6a508faa-80a8-3246-9941-90d8cc8dec85,f924c5b2-6473-4a62-a962-1da27c7ecec1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae35895b-03ba-414a-8e0c-de1644b56780 +6a508faa-80a8-3246-9941-90d8cc8dec85,c54b2210-f78b-4ab5-8c15-bf3bb3c25dc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc17093b-f07f-4928-ad2d-3ebf70fd0d24 +6a508faa-80a8-3246-9941-90d8cc8dec85,50e5e86a-541a-4f4d-9440-e507db865728 +6a508faa-80a8-3246-9941-90d8cc8dec85,151f761a-f8c4-4e78-88be-56c2b37a4c17 +6a508faa-80a8-3246-9941-90d8cc8dec85,39e878e6-f40a-4308-95c8-bbb03171ddfd +6a508faa-80a8-3246-9941-90d8cc8dec85,018d2877-8287-4356-b61a-36da514ec136 +6a508faa-80a8-3246-9941-90d8cc8dec85,b301ebd0-5a14-4cda-ae59-8dbb234ef215 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ba08a87-1d42-49ce-9031-4e319482aaad +6a508faa-80a8-3246-9941-90d8cc8dec85,2428df8e-6d58-4770-8774-2b1bb65e9def +6a508faa-80a8-3246-9941-90d8cc8dec85,d2520bb9-41bb-46ff-bd91-551e32e70cda +6a508faa-80a8-3246-9941-90d8cc8dec85,fba20487-fb10-4044-90d6-2d1999aaa517 +6a508faa-80a8-3246-9941-90d8cc8dec85,6dd9b619-22df-4da4-a66c-fc7979fd4060 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c89af6b-4fbc-45ee-9c97-0180340113eb +6a508faa-80a8-3246-9941-90d8cc8dec85,6fa61ca8-6bee-491d-a3b1-71a02d6c7c4b +6a508faa-80a8-3246-9941-90d8cc8dec85,1a717c84-bb61-4bc8-bd89-6d1ec7ea5ed8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2ac15dc-aa90-4744-8cc8-91f1ec892a61 +6a508faa-80a8-3246-9941-90d8cc8dec85,28c88063-af11-441e-b1f7-d16f28628a11 +6a508faa-80a8-3246-9941-90d8cc8dec85,a64b2b2d-1593-4b7c-81be-3cfaea5dd076 +6a508faa-80a8-3246-9941-90d8cc8dec85,20d4b500-6f75-4d7d-aa80-edd70f8e7bff +6a508faa-80a8-3246-9941-90d8cc8dec85,3288b7b4-35c2-4151-a5ba-f0e56b57ec86 +6a508faa-80a8-3246-9941-90d8cc8dec85,32115251-c428-4201-9a0a-ed07e1c45264 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbfddb22-3491-4d5f-8b24-05b41c57fe58 +6a508faa-80a8-3246-9941-90d8cc8dec85,44b439e9-db56-4b8e-8b55-5d8d92c98ff0 +6a508faa-80a8-3246-9941-90d8cc8dec85,51473b25-4f76-4af3-b6d7-f6617c1ed064 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc795431-4622-454e-ba79-cde9b2ebcccc +6a508faa-80a8-3246-9941-90d8cc8dec85,281f0d99-8b6e-4bb7-b82d-cf0c62269927 +6a508faa-80a8-3246-9941-90d8cc8dec85,921c7acb-7142-4b9a-ab3b-6cff5ea0af22 +6a508faa-80a8-3246-9941-90d8cc8dec85,9beee0cf-648e-46e7-a5f6-6c8429cd1b4d +6a508faa-80a8-3246-9941-90d8cc8dec85,c03e10d0-1e22-4975-8d56-5158c409ea45 +6a508faa-80a8-3246-9941-90d8cc8dec85,035feefa-23ee-4105-ae34-3de7aa92a1a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4977de0f-bd5d-415f-81bf-1148cda3661c +6a508faa-80a8-3246-9941-90d8cc8dec85,c928e053-eeb1-4535-9318-060729623b72 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5d3e7ab-1ce2-41a3-a773-4256a321a390 +6a508faa-80a8-3246-9941-90d8cc8dec85,da1d74b6-cd79-4e87-9010-98eb64491135 +6a508faa-80a8-3246-9941-90d8cc8dec85,68de9d50-1399-40f7-a675-6eef25ed2bd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d0c6ed7-b352-4c5e-a72b-be5047392e01 +6a508faa-80a8-3246-9941-90d8cc8dec85,103fad33-e433-442d-a1f7-6e8c08d46bf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,dab7aac7-863e-4076-8977-a7c593128f82 +6a508faa-80a8-3246-9941-90d8cc8dec85,274bef82-d5e7-4cd1-911a-fbe3241a2de6 +6a508faa-80a8-3246-9941-90d8cc8dec85,889c552e-bb79-427b-8f48-a910a245cd7b +6a508faa-80a8-3246-9941-90d8cc8dec85,2879b4ed-6572-48bd-8a95-f21eee4468aa +6a508faa-80a8-3246-9941-90d8cc8dec85,ada2fd02-3d64-4ef3-b079-12c9fbe3ba94 +6a508faa-80a8-3246-9941-90d8cc8dec85,73af997c-f701-4e69-8a6d-3ea202e88674 +6a508faa-80a8-3246-9941-90d8cc8dec85,0536fb3f-30ce-4380-89fd-5354bad4ebf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3836c32e-115a-44cc-ad60-d05f79953c36 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e7c3416-6272-403d-852a-516bf1025623 +6a508faa-80a8-3246-9941-90d8cc8dec85,229e291b-aa53-4b4a-afad-d32a948fd57f +6a508faa-80a8-3246-9941-90d8cc8dec85,b4560fda-fc67-4858-9a73-5a4c9e4dbf10 +6a508faa-80a8-3246-9941-90d8cc8dec85,32ee490a-3974-4d5e-93c8-2ce9f6942a5f +6a508faa-80a8-3246-9941-90d8cc8dec85,fb573941-d87b-4c8a-b456-1dd6731619f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9cf7d78-108a-4c53-a074-f96ea8cbb4af +6a508faa-80a8-3246-9941-90d8cc8dec85,df2b4682-5d28-4f83-b128-e82536a332d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,49d0815c-f68e-4c52-99b5-d5683cf3362e +6a508faa-80a8-3246-9941-90d8cc8dec85,74b07da3-a75d-4a8c-91b6-a5567f512c90 +6a508faa-80a8-3246-9941-90d8cc8dec85,e70bdf65-cd97-45ac-8b95-40ee667e8a74 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ed4addc-572b-4d1c-afa9-abe15056e095 +6a508faa-80a8-3246-9941-90d8cc8dec85,571067a1-e568-429c-a7d3-31509b4e35c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6ac24f3-2af3-4e6d-b163-3b86ef53ecd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,d130889c-5a2a-46f8-8f91-fc461c3735ff +6a508faa-80a8-3246-9941-90d8cc8dec85,9c94aecc-cd82-4ceb-ae11-3ff8a179d863 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7880791-c52b-416d-b242-b164ec8a9b34 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a4b4e17-4134-423a-824d-68e9db1a105d +6a508faa-80a8-3246-9941-90d8cc8dec85,14b4569e-c035-4c6e-aa72-296884884c4e +6a508faa-80a8-3246-9941-90d8cc8dec85,557132d0-6a7c-4e99-b2a6-bf444ade959a +6a508faa-80a8-3246-9941-90d8cc8dec85,3481fea5-4716-4c73-9f59-39e55319f7dd +6a508faa-80a8-3246-9941-90d8cc8dec85,e1270b08-2598-47e4-9690-6607cedbc1e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d25ea4e9-67da-407a-8705-b21cfac2acab +6a508faa-80a8-3246-9941-90d8cc8dec85,73aea4c2-dd9e-4e6b-b77a-3f763a48a128 +6a508faa-80a8-3246-9941-90d8cc8dec85,844718b8-22a2-46cf-a9ea-787d38e93f54 +6a508faa-80a8-3246-9941-90d8cc8dec85,20fb4f24-1796-475b-a69a-fbd6194bfba9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9946ab6a-6a10-4835-83c2-bcfb95a567b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,98336d67-c649-4617-a370-4452ad32a64f +6a508faa-80a8-3246-9941-90d8cc8dec85,b351735b-5a69-4b7a-a1aa-a5a0af957406 +6a508faa-80a8-3246-9941-90d8cc8dec85,52941aa0-4f1d-4ec8-8344-42c75c61ca11 +6a508faa-80a8-3246-9941-90d8cc8dec85,a016c197-a7e3-4b2a-aab5-a5ea5dde31aa +6a508faa-80a8-3246-9941-90d8cc8dec85,fb5ee1b8-8948-4a84-8d04-987b566ddfb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,47277d9c-4aa0-4279-877c-c35b408b64f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,89e6bdc4-c762-49f8-b133-01cce241bd33 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c6f6f9c-0e53-4c9a-91c1-767946cb1c0a +6a508faa-80a8-3246-9941-90d8cc8dec85,e35390eb-281b-48bc-9d23-07d7bf2f3251 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca7b222a-6666-4d05-ab3d-7f93eee1567c +6a508faa-80a8-3246-9941-90d8cc8dec85,360da4e2-42a8-449d-96ed-e45157f388a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c336af7e-1c85-44e3-9c84-e25aa4828d7b +6a508faa-80a8-3246-9941-90d8cc8dec85,26e9aed8-7d35-4658-97cd-1f5ab8406a6b +6a508faa-80a8-3246-9941-90d8cc8dec85,3b4e238d-6a87-4abd-808c-cf31d7b9a789 +6a508faa-80a8-3246-9941-90d8cc8dec85,c13ac717-622a-471a-8b09-482ded2906ba +6a508faa-80a8-3246-9941-90d8cc8dec85,e139ce02-0c08-44c5-bdf6-bf2acd963113 +6a508faa-80a8-3246-9941-90d8cc8dec85,4060d433-5205-4355-b472-5a7e0270bb7e +6a508faa-80a8-3246-9941-90d8cc8dec85,b31bfa5a-3b82-43a6-935f-1c1dae6255ae +6a508faa-80a8-3246-9941-90d8cc8dec85,7605e921-2ebb-4a6f-a904-3d608f2e0868 +6a508faa-80a8-3246-9941-90d8cc8dec85,e592452a-909d-43ae-82d2-b7aae9ca566a +6a508faa-80a8-3246-9941-90d8cc8dec85,1fe3d44a-40d1-4dd3-be8a-04d07be46349 +6a508faa-80a8-3246-9941-90d8cc8dec85,e10ed77d-7c43-493a-b84c-0ad8c97e9f46 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f36f120-79ce-463d-83b3-194a3620d2db +6a508faa-80a8-3246-9941-90d8cc8dec85,800e4e56-a68a-42e8-976a-94afddbcaf0f +6a508faa-80a8-3246-9941-90d8cc8dec85,fbfb7597-46a6-4a49-a796-bad1b06129b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6153df1-3f01-4e9c-9df3-8e59f726b143 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce24892a-69e1-444a-868e-cd3240f83fbf +6a508faa-80a8-3246-9941-90d8cc8dec85,d3870e2b-34d8-4d02-a5a7-8a789d6ba777 +6a508faa-80a8-3246-9941-90d8cc8dec85,55e4b834-5458-4455-86f1-d8ad786bf4b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c0b1a35-3dd8-4337-82e7-b6b471a8152e +6a508faa-80a8-3246-9941-90d8cc8dec85,db010afc-ca0d-433b-a0ed-e8ea26f7c034 +6a508faa-80a8-3246-9941-90d8cc8dec85,47ccf04b-683c-4d30-8768-aebeb93e79aa +6a508faa-80a8-3246-9941-90d8cc8dec85,090ffff7-cf56-42ab-a517-597190302121 +6a508faa-80a8-3246-9941-90d8cc8dec85,aca316ca-f761-4f80-834d-9975c3cf3d86 +6a508faa-80a8-3246-9941-90d8cc8dec85,b28bf5a6-cb49-4086-b3e9-5a8e837a790f +6a508faa-80a8-3246-9941-90d8cc8dec85,67caaade-7f92-47bd-961c-d011166a0526 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddca4696-14d0-4cc4-bbbb-cbf73199574f +6a508faa-80a8-3246-9941-90d8cc8dec85,cffac861-9f3a-486f-902f-b115cae571fc +6a508faa-80a8-3246-9941-90d8cc8dec85,64ed3a1e-53cb-4a3c-80f1-919e2d7560af +6a508faa-80a8-3246-9941-90d8cc8dec85,1e92aeee-55f8-45ff-ae87-48c378a4664c +6a508faa-80a8-3246-9941-90d8cc8dec85,cad98901-3202-4a07-aab2-65ed38e85e54 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c975786-3865-4600-a3c8-29b1e2fec282 +6a508faa-80a8-3246-9941-90d8cc8dec85,43f9ae67-d330-4c08-a3b7-1e0476a06c3f +6a508faa-80a8-3246-9941-90d8cc8dec85,ef28a716-a017-4c11-bab6-062059fa46e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,24042e11-c24b-4118-81b0-bf00d2a4668e +6a508faa-80a8-3246-9941-90d8cc8dec85,16d4fab1-f892-43fc-abce-88e6aa5085f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,010d0909-1e2b-44aa-8ea0-3b1a02163d39 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cbfd1ab-61c2-429e-9291-b2115f30d630 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd5d5058-6b76-4d0c-b09a-70bef16cbb8c +6a508faa-80a8-3246-9941-90d8cc8dec85,8d44f00b-4891-4f73-af8a-bbef3ee47fe0 +6a508faa-80a8-3246-9941-90d8cc8dec85,5200e46b-3782-441c-a500-3e39f455dadb +6a508faa-80a8-3246-9941-90d8cc8dec85,d012bc44-e7d2-46e0-a1fb-36fcadf2dc5d +6a508faa-80a8-3246-9941-90d8cc8dec85,85ab3c6f-acd9-4940-a7d5-230df9a8d930 +6a508faa-80a8-3246-9941-90d8cc8dec85,7fecd1eb-0a1c-431d-a219-250569ca5cc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e703542-96fa-4ca4-995d-f513357f5344 +6a508faa-80a8-3246-9941-90d8cc8dec85,43e9915d-91f4-41e3-bec8-7e6bc8a9b9e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7affbdc3-33b1-4c88-8622-b19358885b8f +6a508faa-80a8-3246-9941-90d8cc8dec85,a8e1f84f-ddaa-446c-a772-7bc8919e9be8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a568de18-ab62-4b53-bedc-1e1f06f5562e +6a508faa-80a8-3246-9941-90d8cc8dec85,63401599-d86a-4349-be23-b5f7ab1e4216 +6a508faa-80a8-3246-9941-90d8cc8dec85,bea8cf0a-c95c-4e04-90b6-ce0c90f490e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,aafe3493-bf5a-4dd0-b46b-d202ece38196 +6a508faa-80a8-3246-9941-90d8cc8dec85,afac448a-c6cb-4d02-ab68-cb44a82a45ff +6a508faa-80a8-3246-9941-90d8cc8dec85,0b5a3967-8d47-41eb-b09b-5d743d7b14cb +6a508faa-80a8-3246-9941-90d8cc8dec85,cdeb1d7c-5828-46de-a551-c8b9dec9d1e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,cac8ecef-8770-435d-a37e-8bfb88f2c619 +6a508faa-80a8-3246-9941-90d8cc8dec85,28400a89-b778-4b9e-9c84-e98935f107b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,397bd178-9c05-46d0-bd35-78a36691e78e +6a508faa-80a8-3246-9941-90d8cc8dec85,9848ed3f-4676-4dc9-a29b-cd68ec0132c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8fa0def-0eac-4866-9f6f-3ab45ec721f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9360dc01-d68b-43d3-827f-03a8b46c6236 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c798dc3-0e78-46a8-b013-d5b451c047e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5844dfb2-58af-4d3b-b116-6b1c85986491 +6a508faa-80a8-3246-9941-90d8cc8dec85,7eec3abd-a94c-46c4-9236-204dcdd8d830 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1317ebc-76c9-4de9-baff-07105d8f48ef +6a508faa-80a8-3246-9941-90d8cc8dec85,e5b90d03-10a3-4670-a158-7431cd059c93 +6a508faa-80a8-3246-9941-90d8cc8dec85,9aeb25d9-522f-4b90-b6e4-a5d31537a544 +6a508faa-80a8-3246-9941-90d8cc8dec85,59b302f3-0a92-496b-90e8-1b949ab6c8da +6a508faa-80a8-3246-9941-90d8cc8dec85,13ca94be-19dc-47fb-a942-c895ecafb312 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8fa0bde-a25a-40f2-8f4c-65e560063934 +6a508faa-80a8-3246-9941-90d8cc8dec85,02e0959c-020f-4f5e-99a3-01100e01e7e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5ab2d08-ff49-41b4-a901-e5525c651dee +6a508faa-80a8-3246-9941-90d8cc8dec85,000a32ec-d761-4d3f-b0d2-d5996d48ff42 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3081ef9-2f77-450a-869a-4ee2dbc3b51c +6a508faa-80a8-3246-9941-90d8cc8dec85,b589661a-2d5f-403f-ab3b-6661f221615a +6a508faa-80a8-3246-9941-90d8cc8dec85,7b82fbe9-751e-4c62-bbff-449e170be205 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b8cb3ce-8750-4b35-a222-8b9271dba0c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0daca1e3-c982-41fc-bcea-b367a0a08d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,46076175-8159-4849-9e7e-28c4458ebd31 +6a508faa-80a8-3246-9941-90d8cc8dec85,04c91fb5-4ed6-404f-933e-bf7ddc3eed93 +6a508faa-80a8-3246-9941-90d8cc8dec85,b889ee59-dafd-4f1e-93ff-ea9c265805d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,523fc7fc-d93f-48c3-a314-b27ed7fc81dd +6a508faa-80a8-3246-9941-90d8cc8dec85,c08dfa7f-6c69-45c1-8153-4f8b8e0b6e4a +6a508faa-80a8-3246-9941-90d8cc8dec85,8c46d8a5-3148-42bd-b71f-5ba42ce5178a +6a508faa-80a8-3246-9941-90d8cc8dec85,f48abf67-24df-4137-a54b-d9fbe62ee861 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd820883-9de7-40ab-bd71-4ed23f19c3f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,44150397-a69a-4ad2-bb43-d018a4f9502d +6a508faa-80a8-3246-9941-90d8cc8dec85,e5cb698e-6d3a-45d4-b043-1c9e1158d905 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc8721a7-284b-4818-ae43-f3fa58943789 +6a508faa-80a8-3246-9941-90d8cc8dec85,f97943ec-c2d7-4720-9c03-1405086e80cc +6a508faa-80a8-3246-9941-90d8cc8dec85,532d26a8-3c29-48ad-947d-67fb600da466 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b64408c-d3c9-47c3-a1b5-328a9bbd1b8a +6a508faa-80a8-3246-9941-90d8cc8dec85,20d9d9cd-388b-48f0-9872-d5814f294f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,ef7f35ca-91cf-4baa-a689-e1d23b12f544 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5166f91-a003-4fc6-861e-f070780159f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,edf3138a-e7fd-4593-8ebd-1872a09b9575 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a53607b-fa38-4f33-b922-faabb89a159c +6a508faa-80a8-3246-9941-90d8cc8dec85,eb17d295-a061-4d91-8f58-ed0eebbcce3a +6a508faa-80a8-3246-9941-90d8cc8dec85,9cbff887-4c3e-41f5-bf82-2de31a887d83 +6a508faa-80a8-3246-9941-90d8cc8dec85,109fbe8c-a94b-4e49-ada6-8fb5b284a222 +6a508faa-80a8-3246-9941-90d8cc8dec85,807502c3-6581-4476-b208-f0ae91f975f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,969dbe3f-50fa-458f-83a3-1a974edbb2e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7e7e037-f73c-473b-9b20-7db42e10f1a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,612c8387-0a0d-4450-96b8-6abdce08abdf +6a508faa-80a8-3246-9941-90d8cc8dec85,9eb18785-5a72-4ff4-9f1d-f0f7d2287d2b +6a508faa-80a8-3246-9941-90d8cc8dec85,b8f8c3b3-cf2d-4620-a4ce-37bce34d1d61 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1ddc44a-ea67-4fd5-9db3-7c7a6d8f803c +6a508faa-80a8-3246-9941-90d8cc8dec85,f503ff74-7696-4faa-ac46-dd86637aeaf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,486331b0-ee63-4da5-a3f0-e056f8bf6bc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,541315ff-223a-4d9c-bda4-80d88991d18a +6a508faa-80a8-3246-9941-90d8cc8dec85,6ed098c1-066e-4aa9-9f16-fdbaaa4521c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e0712ce-14cc-47e2-8d83-fd64d6899e3e +6a508faa-80a8-3246-9941-90d8cc8dec85,8dd3d684-d0ee-499a-aadb-d48b415925be +6a508faa-80a8-3246-9941-90d8cc8dec85,01fb7421-05ce-438b-98be-b9f20d0d1e30 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d6753c2-7baa-4f41-98aa-48e9cb5cc591 +6a508faa-80a8-3246-9941-90d8cc8dec85,c60809b5-493a-4ada-b4e8-2c97a1851932 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e493258-97d3-4d90-b84e-358b4034b7c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b4cb32f-db72-490e-881b-d5e3acc85f10 +6a508faa-80a8-3246-9941-90d8cc8dec85,44992471-e283-428d-a2e9-ae9592ad0d4e +6a508faa-80a8-3246-9941-90d8cc8dec85,269bef11-76b5-4a5f-95fe-9aa2fa52b0c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,417da2fd-00f8-4abc-9dd7-3ff256b4fc74 +6a508faa-80a8-3246-9941-90d8cc8dec85,026163cb-8054-4272-9405-b035b5ac35ad +6a508faa-80a8-3246-9941-90d8cc8dec85,ee9e399a-01ec-41f8-9308-c57a47502292 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7b89007-ceb7-4b1f-abfd-24a59dc15a9e +6a508faa-80a8-3246-9941-90d8cc8dec85,3e454da6-43a5-42bc-81b7-0ea1ffb4ddab +6a508faa-80a8-3246-9941-90d8cc8dec85,dcc9f5ff-8ded-4272-8e1f-2a73961cc33b +6a508faa-80a8-3246-9941-90d8cc8dec85,e9b6060d-a2ff-45fb-a65b-089f382ed683 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef532cc8-edbf-4a96-80c4-0b5414cf4fc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca2812e6-7282-4145-929b-67ad1db1096a +6a508faa-80a8-3246-9941-90d8cc8dec85,ec68e2b6-3b5e-46aa-a302-1b03dfc78ad0 +6a508faa-80a8-3246-9941-90d8cc8dec85,77ddd861-f3c7-4ef7-9d15-c879e0a972e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,82424c16-7097-4266-8a0f-b8c169fe0ecb +6a508faa-80a8-3246-9941-90d8cc8dec85,16abc9a4-bb4d-4c3f-8e4c-c9d76cb39722 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d316f08-9602-46c5-a2a9-06f2c4a00563 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b26f710-c67b-4aeb-a316-f115ecef0058 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c57c604-9a9d-4faa-99aa-d2efb45fecff +6a508faa-80a8-3246-9941-90d8cc8dec85,aa989c18-fdca-47be-91ae-5e23bf4e34dc +6a508faa-80a8-3246-9941-90d8cc8dec85,8622bf7c-91af-4109-b8b5-c97dc473ab85 +6a508faa-80a8-3246-9941-90d8cc8dec85,a47424d1-55b6-44d8-8bff-c2b94ece89be +6a508faa-80a8-3246-9941-90d8cc8dec85,8865f245-70d4-4eeb-bf3d-fa4f83360182 +6a508faa-80a8-3246-9941-90d8cc8dec85,8abb9e89-a5d2-4e69-a8ee-d315de2f08f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2f40e9d-ffd7-4d46-9d0e-d7ccf0cc5834 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1534139-8bef-414c-bc0c-e01e47747907 +6a508faa-80a8-3246-9941-90d8cc8dec85,29237526-eb9c-4ce1-ae00-ee07c57fcf54 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d7a83da-6efd-4907-869b-6eaab3ba6958 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f05bb57-3b45-4f43-9977-f94fa5cf5295 +6a508faa-80a8-3246-9941-90d8cc8dec85,e522a755-0ba2-422f-bf65-67876747c85a +6a508faa-80a8-3246-9941-90d8cc8dec85,e9385ca6-f8f6-4259-88b0-f63298725a9d +6a508faa-80a8-3246-9941-90d8cc8dec85,1ffc88ce-e635-4d9a-8f2c-07bd7fd5ecd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2bd1e9e8-de14-4637-a786-02dac75b5c28 +6a508faa-80a8-3246-9941-90d8cc8dec85,a07734c5-43a4-4dc2-bebb-44d5dbfa02da +6a508faa-80a8-3246-9941-90d8cc8dec85,096ce050-c40a-40bc-896f-29b5f0a9b59f +6a508faa-80a8-3246-9941-90d8cc8dec85,c7d635da-0e87-49c9-99c6-3e0dc19ee57a +6a508faa-80a8-3246-9941-90d8cc8dec85,07dd1f6f-5697-42c9-9fe2-2842d0c26197 +6a508faa-80a8-3246-9941-90d8cc8dec85,6244711b-b8d6-4af3-8737-e4d07c2c6c5c +6a508faa-80a8-3246-9941-90d8cc8dec85,e19a2dca-7d37-45bf-a188-1dd69801ebad +6a508faa-80a8-3246-9941-90d8cc8dec85,3adbec9b-afa3-4db3-aecd-ed3ada902a0d +6a508faa-80a8-3246-9941-90d8cc8dec85,dbb78945-e9bf-4ee1-a62c-f8b5f6b13ab4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b122f3de-4b1e-4727-944f-65682d67bc32 +6a508faa-80a8-3246-9941-90d8cc8dec85,4da269cd-ab8f-4802-8cda-eccc7b879bdd +6a508faa-80a8-3246-9941-90d8cc8dec85,fd2e6a51-8c8a-424b-88ae-ef3065d03f99 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9b8ebe4-fb1c-44c8-b02f-ef40b21b8e5d +6a508faa-80a8-3246-9941-90d8cc8dec85,7561b49c-5ba0-41b0-a985-1429e4b8a1d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a69053d1-314a-4768-a8fa-1d18e7713b66 +6a508faa-80a8-3246-9941-90d8cc8dec85,84c446db-7996-4b48-8d73-f9f3054b795c +6a508faa-80a8-3246-9941-90d8cc8dec85,70d2684b-52ee-4dfd-863d-fc3687e30a14 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ddbffa5-2d26-4eeb-a919-c067bbb83d2f +6a508faa-80a8-3246-9941-90d8cc8dec85,b4ff9dca-5f3f-4bec-8d08-f6acf3cf3160 +6a508faa-80a8-3246-9941-90d8cc8dec85,db3a825f-dd0d-403a-afd8-0c80fda1343f +6a508faa-80a8-3246-9941-90d8cc8dec85,7604eb24-5953-41ce-9df6-52b019d3cdb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,211d99c4-aa1b-4664-9c07-18090ed080f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ad37c67-4b68-437b-8b27-86ccf97f0007 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f38495c-c7cf-491c-be94-84a827ae8707 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c678a2f-0470-4133-bd15-cf725db64474 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffed96f5-fe12-48d7-890e-35f07ad28cd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,98bb0cf9-e34b-4ede-83f2-f1f875235121 +6a508faa-80a8-3246-9941-90d8cc8dec85,e192a30f-3b83-4e00-8720-8faf0c0b85be +6a508faa-80a8-3246-9941-90d8cc8dec85,203aae57-d89f-4859-b63c-c41b27481fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2bf255a-ea69-4a13-a1a5-42789d1b1768 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7ca3cb4-893d-4603-89d7-9b93ca6a8338 +6a508faa-80a8-3246-9941-90d8cc8dec85,7334d3d5-95d1-4c56-83a1-b13944835c09 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcda1c5e-4c9e-44cf-b8da-940fb163c096 +6a508faa-80a8-3246-9941-90d8cc8dec85,745d157d-c485-421e-9624-e131b2f17ecd +6a508faa-80a8-3246-9941-90d8cc8dec85,c88c64e0-709c-4848-b847-418ca2a9aeac +6a508faa-80a8-3246-9941-90d8cc8dec85,f5e8360e-603c-47c1-a826-185e46eca28f +6a508faa-80a8-3246-9941-90d8cc8dec85,f2756542-5b1c-47c7-a2c1-d81c760887b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2eee764-e043-41a7-aa86-a05f2dd97755 +6a508faa-80a8-3246-9941-90d8cc8dec85,7edb7609-526e-4b9c-9e44-909254a19275 +6a508faa-80a8-3246-9941-90d8cc8dec85,97a2a52b-a9b0-4de6-8834-b92ced7c1a29 +6a508faa-80a8-3246-9941-90d8cc8dec85,4624f058-bf20-48a8-accb-eed430231603 +6a508faa-80a8-3246-9941-90d8cc8dec85,f06bfcc2-843f-46c3-88e7-613934cde094 +6a508faa-80a8-3246-9941-90d8cc8dec85,8aeb908c-9a77-41c6-98bc-5fb6c14ca5c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4344c369-fd0c-433e-b700-a55dc184c43d +6a508faa-80a8-3246-9941-90d8cc8dec85,2b17533e-de44-456d-ab57-b3a7c2e3bcea +6a508faa-80a8-3246-9941-90d8cc8dec85,95b8b30f-0ac5-4c02-bf07-4042405ec50b +6a508faa-80a8-3246-9941-90d8cc8dec85,8d5d807f-703d-49a7-8a99-b078a31c648e +6a508faa-80a8-3246-9941-90d8cc8dec85,e47e15bd-6035-48e4-9faa-3cca1a3649b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,796c5d71-918f-492d-abbc-b7780f7e9079 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fbb8467-55ba-488c-9171-4f1d1b4da269 +6a508faa-80a8-3246-9941-90d8cc8dec85,6291b82b-8e93-4dc1-9032-b6bfe0f5d468 +6a508faa-80a8-3246-9941-90d8cc8dec85,6dbdeabe-eaf3-4074-8037-96069f0097ac +6a508faa-80a8-3246-9941-90d8cc8dec85,132fc5f2-a658-4148-9662-286f5854d0fc +6a508faa-80a8-3246-9941-90d8cc8dec85,2cdc11f2-0e48-4ef3-baa4-1e09430d6e55 +6a508faa-80a8-3246-9941-90d8cc8dec85,14eb43fb-7b3f-4429-8fbe-e32bf0de952a +6a508faa-80a8-3246-9941-90d8cc8dec85,d4733358-e563-41d8-be10-16ac71eeb8b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f3d005d-ecd1-47a8-a6cc-1bcdfccad3bb +6a508faa-80a8-3246-9941-90d8cc8dec85,1fc7124b-4212-4e81-927b-0a8c93776ab6 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd941923-e683-436e-a24f-2872c638e179 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc8422b6-6ab0-4757-926e-da344f9e2546 +6a508faa-80a8-3246-9941-90d8cc8dec85,85444714-afd5-4e42-96e8-da0f3357f880 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2f414b8-beeb-47a1-8c31-144388c44174 +6a508faa-80a8-3246-9941-90d8cc8dec85,8adb7a3f-7390-4a49-81f1-60f3fbb63e2b +6a508faa-80a8-3246-9941-90d8cc8dec85,4b352cb8-4c01-47e9-823c-cc14e0c072d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,79c2ec0b-c59d-4559-94a5-bfda66a9c81d +6a508faa-80a8-3246-9941-90d8cc8dec85,6e1bf280-892f-447c-942b-82ae00378f1d +6a508faa-80a8-3246-9941-90d8cc8dec85,fa25202a-3af9-4880-89fc-667034bc676a +6a508faa-80a8-3246-9941-90d8cc8dec85,f95d54f1-d40c-478a-aad1-ea64be382c2f +6a508faa-80a8-3246-9941-90d8cc8dec85,9aaafb4a-ff15-48f1-9354-9fee1d295289 +6a508faa-80a8-3246-9941-90d8cc8dec85,612fa49f-a7c0-406b-8f72-25128abf4b41 +6a508faa-80a8-3246-9941-90d8cc8dec85,6815d679-4fc9-4c7c-8f61-a70bcbb9fb8f +6a508faa-80a8-3246-9941-90d8cc8dec85,d197ef02-8726-42c4-8762-4e0fdc66ed28 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf5f2136-4b9e-4332-b443-651186031195 +6a508faa-80a8-3246-9941-90d8cc8dec85,a20c71b9-457f-4c51-9227-1e82a02d9107 +6a508faa-80a8-3246-9941-90d8cc8dec85,0626e446-f4ef-4e67-a413-15c8d78954dd +6a508faa-80a8-3246-9941-90d8cc8dec85,5aa0b56c-de24-4b13-b5e8-209f15a76dec +6a508faa-80a8-3246-9941-90d8cc8dec85,b364f823-a7f7-479c-958b-0f2951bce8cb +6a508faa-80a8-3246-9941-90d8cc8dec85,ac8530dd-39ca-4e0c-9f64-c7a478ab845b +6a508faa-80a8-3246-9941-90d8cc8dec85,bd78b247-f695-4fde-98cc-84622f6e6a93 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d61e6f-87b0-4281-a39b-04f44dd5aae6 +6a508faa-80a8-3246-9941-90d8cc8dec85,49c89b02-3577-435b-8e8b-29e670d504d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,178635a6-9622-404b-af5d-764c38e48cd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f86751e-c11b-4ec5-97b3-be240cec54b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b33fbc7e-c44e-4612-b5d9-ee4adf07ebc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbf6bf28-47c3-4e96-9e60-36ff31753c1d +6a508faa-80a8-3246-9941-90d8cc8dec85,f48b4542-3e0b-49e8-accb-99cab64a6222 +6a508faa-80a8-3246-9941-90d8cc8dec85,78cb4cb9-a5b0-4a1a-bdc6-d285b2ec7ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e82e951-5a7d-4a6d-9a79-064258558d4b +6a508faa-80a8-3246-9941-90d8cc8dec85,1cc43d1b-dd50-487c-b4ed-4a5f3ff23af9 +6a508faa-80a8-3246-9941-90d8cc8dec85,66edc953-fb3c-48c0-a6f4-4df8a0844837 +6a508faa-80a8-3246-9941-90d8cc8dec85,41e95340-f66e-4062-8c72-de9428f4b83d +6a508faa-80a8-3246-9941-90d8cc8dec85,74c89055-06ef-4253-a261-80f7a9ed68bb +6a508faa-80a8-3246-9941-90d8cc8dec85,f1adab51-99c9-4637-853b-09e987fff2ef +6a508faa-80a8-3246-9941-90d8cc8dec85,748cae20-7f9c-4eb8-b0ec-e981b575cfdc +6a508faa-80a8-3246-9941-90d8cc8dec85,784535d3-8dae-49ca-8200-1afa5f561cec +6a508faa-80a8-3246-9941-90d8cc8dec85,5e19b712-f06b-4366-b324-470267976253 +6a508faa-80a8-3246-9941-90d8cc8dec85,0216fdfc-e8e7-4dea-91e1-a031fc3bb1a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b002c95-167d-40f6-8b65-37aafbd44361 +6a508faa-80a8-3246-9941-90d8cc8dec85,8318dbbe-fad4-4a07-9fe7-8deddcc12dca +6a508faa-80a8-3246-9941-90d8cc8dec85,b787c47d-5944-4513-a879-efe55b8786bf +6a508faa-80a8-3246-9941-90d8cc8dec85,13d7771b-9ef3-4307-8475-5ecc8ded8697 +6a508faa-80a8-3246-9941-90d8cc8dec85,73ed638e-84ae-49f3-8823-77dee385aca8 +6a508faa-80a8-3246-9941-90d8cc8dec85,43af2dff-1c21-4ddb-a438-e88b31e96e1e +6a508faa-80a8-3246-9941-90d8cc8dec85,a8fd0a20-a11a-4690-b624-f5bf5ad8d6d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b938e838-7ddc-46b4-bd82-d044329781a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ecda0d44-10b1-40d2-83eb-d50002327993 +6a508faa-80a8-3246-9941-90d8cc8dec85,27aed873-72a1-4ffd-96c3-769fa7a8f08c +6a508faa-80a8-3246-9941-90d8cc8dec85,4cd806b0-e4de-4d57-bfb3-6fcbe59a098a +6a508faa-80a8-3246-9941-90d8cc8dec85,e9f85dc8-d5e5-4d64-8e85-50b843311638 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a360d75-ce15-4bdb-8df1-dbd8f572ad5c +6a508faa-80a8-3246-9941-90d8cc8dec85,c26f205f-a151-4e77-9a02-2c4840be53c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b3c505c-6e14-4059-bebc-61fd530c4b9f +6a508faa-80a8-3246-9941-90d8cc8dec85,a5f27d9a-b61c-4c45-be95-7d10c79c3e48 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d631565-ebfe-4c33-99dc-64044d5d046b +6a508faa-80a8-3246-9941-90d8cc8dec85,eb11ec09-35fb-44de-851f-82cc8d12ae94 +6a508faa-80a8-3246-9941-90d8cc8dec85,108867bd-361d-4215-9437-a19d1762bca5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c323372-4f61-42f2-8d71-f0aec22500f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,db9fe56c-8e19-4939-9404-71af208caf69 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c22ed3a-25b1-4f47-9b26-7eb349d43671 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a10ba1d-fabe-40de-a97d-ca6262ac4f33 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ce929e7-cc0d-4299-8e52-d201a9731120 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf3e85ff-108f-44d5-9fb8-13c56d95637e +6a508faa-80a8-3246-9941-90d8cc8dec85,db28ab24-0448-49cf-bc05-787c9de10c03 +6a508faa-80a8-3246-9941-90d8cc8dec85,9893c25d-3bec-4b74-ba8b-15aec0f2d8b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9acb6b8a-50e6-4961-b6cc-a11a04457373 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6fffaf1-6024-4fcb-8ac7-21d31f59463a +6a508faa-80a8-3246-9941-90d8cc8dec85,bd6a13de-3cbf-4d60-8b41-a17b260215e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ec3e062-47f3-4c51-a848-dd1465613808 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d7db620-76e3-43b6-8065-bbe7c845c25c +6a508faa-80a8-3246-9941-90d8cc8dec85,2431a23e-b41a-4af0-8ea7-c734a454b881 +6a508faa-80a8-3246-9941-90d8cc8dec85,f92a3fd6-70d0-4dba-bcfa-62e9929f8d01 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e33e81e-5849-4f06-ba87-64ded7738776 +6a508faa-80a8-3246-9941-90d8cc8dec85,c82182e8-154a-43f9-bcda-db682a58f689 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec3a18c6-79aa-49e9-9c3b-5ecd533ee640 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e62151a-143e-4534-a1a1-e4aaf98a6fa4 +6a508faa-80a8-3246-9941-90d8cc8dec85,601bc20c-9d65-4376-82e0-5838b2d6a2e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0eab8e28-9b7e-405a-af27-249362f2458f +6a508faa-80a8-3246-9941-90d8cc8dec85,c9ae97d8-876b-4fe1-a7ea-a23661a975f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,44c15474-b1db-4ebb-a49b-7304362750fa +6a508faa-80a8-3246-9941-90d8cc8dec85,c0981383-98b7-4e1c-8c9c-c5d23caed8c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b4712a9-5bb6-4f7e-8d71-e1f6da1483dc +6a508faa-80a8-3246-9941-90d8cc8dec85,54edc27f-7d64-4369-b9ee-3caeef653256 +6a508faa-80a8-3246-9941-90d8cc8dec85,e607d3c7-3a99-4147-8246-3b3d028fc159 +6a508faa-80a8-3246-9941-90d8cc8dec85,fee26dea-0a45-438c-b361-4f819214311c +6a508faa-80a8-3246-9941-90d8cc8dec85,73b990e4-9204-4c0a-b742-8b139f1788b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff51ebec-9d52-4fd1-8a26-f03b6e7c6011 +6a508faa-80a8-3246-9941-90d8cc8dec85,59b2b21c-5075-4c92-933b-1e2e4cf520f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ac277b3-4f47-4738-8722-cafff3f6e462 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdb435d9-4825-4337-8277-9ba58a3feb67 +6a508faa-80a8-3246-9941-90d8cc8dec85,60b7f020-f510-40c1-975c-54c0041a036f +6a508faa-80a8-3246-9941-90d8cc8dec85,daf1a797-6e59-4beb-9923-759443b5f654 +6a508faa-80a8-3246-9941-90d8cc8dec85,b90444cd-d261-4418-a4fc-dec2454118e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,03dff311-4059-4200-908d-47167961f69a +6a508faa-80a8-3246-9941-90d8cc8dec85,a85f6983-f030-4b3b-b9f7-d80d230c1525 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca0ab8aa-9423-4160-a2bd-caf4fc485dee +6a508faa-80a8-3246-9941-90d8cc8dec85,f45ab37e-004f-45fa-a81c-ac37b534b0e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,400e73b4-73cd-44a8-ad9d-11353c6c9bbd +6a508faa-80a8-3246-9941-90d8cc8dec85,9241ec0a-f4cd-41f8-8c4b-89fc8fe68d55 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d14afa6-393b-40fe-bff9-4f3075f87996 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cd77900-329d-4a64-a677-9b33f75cfd6c +6a508faa-80a8-3246-9941-90d8cc8dec85,05531573-12ba-4ab4-b4e0-595827bc4fcd +6a508faa-80a8-3246-9941-90d8cc8dec85,92be276f-8bef-4581-b876-643dd423a0ab +6a508faa-80a8-3246-9941-90d8cc8dec85,645d132c-9531-45a1-a8c4-7f361d854008 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9ced913-b362-4516-9233-fd7d8f227eaa +6a508faa-80a8-3246-9941-90d8cc8dec85,6572bcdd-dc99-4574-a257-327b7ed8528e +6a508faa-80a8-3246-9941-90d8cc8dec85,e81c2599-54a6-48d4-a775-ae796c6efcff +6a508faa-80a8-3246-9941-90d8cc8dec85,8fe0bf6e-bbc3-4853-805a-a97803c53661 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fc58d00-ca24-4c40-a403-929e2bbb326b +6a508faa-80a8-3246-9941-90d8cc8dec85,9610aed9-4837-4792-84d1-6e2f6edc31c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff998507-84c6-457c-b8e0-1856d7ca2d2a +6a508faa-80a8-3246-9941-90d8cc8dec85,8364108e-6924-440e-9da5-e8b863ffe5d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cbf83ed-1b13-4b7c-8106-277e39756141 +6a508faa-80a8-3246-9941-90d8cc8dec85,63d1712a-af2c-4fab-b391-ce5562a8e3ef +6a508faa-80a8-3246-9941-90d8cc8dec85,bd854a22-2f09-4d15-94bd-4b1dccdf3d95 +6a508faa-80a8-3246-9941-90d8cc8dec85,985bf279-3ef2-4c44-bd4c-cb3d075e8347 +6a508faa-80a8-3246-9941-90d8cc8dec85,5796f65e-8f3b-4ff4-8fac-0f750c18f00e +6a508faa-80a8-3246-9941-90d8cc8dec85,966a2e85-bc0b-4589-abd3-7bc801a066ba +6a508faa-80a8-3246-9941-90d8cc8dec85,06acf29c-392f-4897-9eea-20d17b4ced8b +6a508faa-80a8-3246-9941-90d8cc8dec85,d7ad60e6-963c-415f-b9b4-bb4221051a61 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4325903-91da-4a51-a064-3573ce7c4024 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b1af1df-aa47-47f3-a8ad-6e7383f30362 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f42c048-9a5e-4ea8-afb4-c495e1a7fbd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d0d3434-71d2-46d8-aca7-eba47110dbed +6a508faa-80a8-3246-9941-90d8cc8dec85,e6d83ebc-6559-40a7-8971-4d2ac3aafdb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d094298-b5fd-4888-96cc-37e8bd51d198 +6a508faa-80a8-3246-9941-90d8cc8dec85,afb98a2b-de12-4c08-a458-2a554eb1291a +6a508faa-80a8-3246-9941-90d8cc8dec85,c65c56e5-d382-49b8-a2bd-2c7f7a088225 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5969961-4919-451f-9b42-f34faf26d2b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd24462e-5f49-48bd-bc01-a8a948c3dc5a +6a508faa-80a8-3246-9941-90d8cc8dec85,c403010c-ab45-4684-adea-f4c7235b7f9d +6a508faa-80a8-3246-9941-90d8cc8dec85,19469644-0504-4928-b322-d5f53faf94a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f72b2743-1b91-4cdc-8363-168406f834de +6a508faa-80a8-3246-9941-90d8cc8dec85,01cb1ed9-6056-4b30-89d3-bedb4e898a74 +6a508faa-80a8-3246-9941-90d8cc8dec85,da5338a0-260b-462f-9aa0-293649b36dc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0943c751-483c-4ea3-ba00-83b139b896e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a66d53b4-17d0-4011-a0cc-34f2ccbb5cdc +6a508faa-80a8-3246-9941-90d8cc8dec85,bc292540-049e-462a-a30f-63422e30660a +6a508faa-80a8-3246-9941-90d8cc8dec85,299f2da5-eaf6-4ea9-918f-1a5ff405d362 +6a508faa-80a8-3246-9941-90d8cc8dec85,7270b248-77ea-4b6c-9eb3-dcf18611a694 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c8bdc12-35a9-42f0-9b38-62519756823e +6a508faa-80a8-3246-9941-90d8cc8dec85,a7127c77-3a08-49a4-b34a-e9b13224c7e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,20f865d4-0dca-4941-8718-32d418a4aaa2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7161654e-3f48-4737-b7d3-eaec26a8e2be +6a508faa-80a8-3246-9941-90d8cc8dec85,5398ec2a-dde8-4892-b06f-34a0c1f3aa45 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9c50544-38bb-4371-98dc-a8b05a2403fc +6a508faa-80a8-3246-9941-90d8cc8dec85,8cd0377e-93e9-4bca-8f3a-4c817752ae45 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d14b4ca-4cbe-4aa5-bdca-0c856b81266e +6a508faa-80a8-3246-9941-90d8cc8dec85,0de4a4b1-8f33-4e4f-ad25-9b190b5f6787 +6a508faa-80a8-3246-9941-90d8cc8dec85,d68047a9-3ca8-4c33-a79d-cdc10e2a8f4c +6a508faa-80a8-3246-9941-90d8cc8dec85,d843cf71-9d92-48a0-9ec0-761f0478af32 +6a508faa-80a8-3246-9941-90d8cc8dec85,826f2082-460d-447e-814c-1b9761364216 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5c3dedb-c22d-4dc8-9b97-cb84e7204a4e +6a508faa-80a8-3246-9941-90d8cc8dec85,4482cf3a-bc27-4161-828f-534d15a842ac +6a508faa-80a8-3246-9941-90d8cc8dec85,e4a7e23e-e919-4fac-8f47-8dc8db66a702 +6a508faa-80a8-3246-9941-90d8cc8dec85,c997459d-cbca-40cb-9977-a6710453fe83 +6a508faa-80a8-3246-9941-90d8cc8dec85,af5a2407-ada6-4dc8-86ba-c06a4f1d2d9e +6a508faa-80a8-3246-9941-90d8cc8dec85,86df2777-3f7c-4b88-a89d-3eb614148531 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e9e52ae-9ead-4387-a3ae-5375053e4201 +6a508faa-80a8-3246-9941-90d8cc8dec85,8858ad46-8761-4e1c-b936-3321b5681bb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d823ce71-c3d0-48b5-bc21-75d1381be4c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2f23345-06cb-432f-83f1-86adbcb8d22f +6a508faa-80a8-3246-9941-90d8cc8dec85,a033cb8a-531b-410d-bd5c-c697aa4c4fe6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ecf1443c-3ffb-42b8-a228-76a1e5c2ad13 +6a508faa-80a8-3246-9941-90d8cc8dec85,8957e0f1-95ba-4062-81e5-cfde4f364ecb +6a508faa-80a8-3246-9941-90d8cc8dec85,8e68c493-b91a-4247-928b-ecf1a8486598 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b3c86e7-7418-4d31-a781-94722c915ed8 +6a508faa-80a8-3246-9941-90d8cc8dec85,31f56545-6833-4e9a-b7ce-2ab04783346e +6a508faa-80a8-3246-9941-90d8cc8dec85,0c7e0400-9344-40f5-ac89-c0ea4feb9600 +6a508faa-80a8-3246-9941-90d8cc8dec85,2502baca-9fb2-481e-8579-f14c203a7e38 +6a508faa-80a8-3246-9941-90d8cc8dec85,22c90e06-3d1e-43cd-be70-fcfbd75072a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,bba1cc33-da47-40f5-8b74-c5ed180fc757 +6a508faa-80a8-3246-9941-90d8cc8dec85,2acdaee9-3f8d-4e27-889e-eb120e939878 +6a508faa-80a8-3246-9941-90d8cc8dec85,f44baab8-1468-405c-aafd-94bcadbb8a15 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0f46a88-3b17-4524-89b4-1010824c24d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fa191c1-10b9-489c-a296-becd4fb051ef +6a508faa-80a8-3246-9941-90d8cc8dec85,c4f2223d-211d-478e-824a-21fd7120e6a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f16a426-fff0-474b-938a-4c46963d798e +6a508faa-80a8-3246-9941-90d8cc8dec85,17b18d19-699f-41d4-9596-7a26ae758dc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d312aa1-7fe1-4d96-8bb6-b81a30ff66a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,768f8d92-451e-4228-a66d-e8f7e7e180a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb4d5a8e-ca39-4567-b77b-c21cd8103001 +6a508faa-80a8-3246-9941-90d8cc8dec85,45488709-de41-4733-b908-a800e33df7e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef453f59-b8b3-4325-a2af-a71c32a3e958 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca46b02c-721c-4784-8a55-507dc0bc9991 +6a508faa-80a8-3246-9941-90d8cc8dec85,87d4da14-b6be-483e-9193-dca9d2b2eec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,929edfa5-545a-4c05-9e11-8f650c728fd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,34710731-793c-4617-afe4-1d1089c61e41 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8247ba8-a0c6-421e-b0fb-95a34ef6c23e +6a508faa-80a8-3246-9941-90d8cc8dec85,f3bc8170-2b99-4772-9d74-cc078c8275a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed19f876-e86a-48b9-855a-a255e3e99a08 +6a508faa-80a8-3246-9941-90d8cc8dec85,e09470f3-789c-403b-98f9-59ca8571f236 +6a508faa-80a8-3246-9941-90d8cc8dec85,a674a9ba-c4cd-4431-9ab6-c0bf307f2142 +6a508faa-80a8-3246-9941-90d8cc8dec85,1562e65d-14c0-4de3-b6f0-7a397904e0e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e8c9174-feb6-458d-b190-b99dfbe99b02 +6a508faa-80a8-3246-9941-90d8cc8dec85,273f5370-22ba-4b99-80d8-b2fbccdbfd00 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1b12071-8634-4e97-8aa7-0857e54ca17a +6a508faa-80a8-3246-9941-90d8cc8dec85,f741d99d-d189-4325-898b-f62c8f34b4fa +6a508faa-80a8-3246-9941-90d8cc8dec85,3adedf47-847c-431f-a3c9-27b82521f609 +6a508faa-80a8-3246-9941-90d8cc8dec85,02adb248-9537-4664-be13-315715153fd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,f80b03f9-fd42-4389-a402-fb0e4c2960c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3f274c6-1579-4329-8f6c-20120382c380 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5626ab3-11fb-41bb-8331-c725ece513c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b062e4a9-071c-4c08-b813-e897cf9ab4fe +6a508faa-80a8-3246-9941-90d8cc8dec85,4c6d1d78-4f01-4f0c-9dc6-d182c24d4ffe +6a508faa-80a8-3246-9941-90d8cc8dec85,5cac06a4-0775-484e-9e59-5612e8f492e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8897f5bd-c5b0-49d0-b86a-71e564f1d501 +6a508faa-80a8-3246-9941-90d8cc8dec85,0938f7f2-30c5-4c32-9362-40cda17b5495 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f1acb1e-eb10-461d-9620-609bd2dbc192 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9947a74-1fd3-4fac-92c4-54dae1e87901 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6798aad-3a33-4781-9551-c15ac92d5c5c +6a508faa-80a8-3246-9941-90d8cc8dec85,07ca0ad2-5a3e-47be-b6f1-f9cfd900215c +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4ab0f4-68ae-49dc-b48a-7c52dc6fac36 +6a508faa-80a8-3246-9941-90d8cc8dec85,a232ab9d-048e-414d-83e1-5b05d84e5aae +6a508faa-80a8-3246-9941-90d8cc8dec85,8242a595-cfc8-4c37-8290-2125fe61c597 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c85bb4a-487b-4e8e-b3ba-ae5e07749fb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a2d3cf6-afc1-49e5-a698-e51aabaddad9 +6a508faa-80a8-3246-9941-90d8cc8dec85,97344001-9270-4ecb-a515-c8005b0a8cd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e7552dc-4cc9-4fd3-b9f6-dc525fe25e35 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7ee2c14-73f4-480c-8f20-8f2d01cce204 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2d3054a-4f8b-47d7-b2fb-c7b60f797c3a +6a508faa-80a8-3246-9941-90d8cc8dec85,9ac5b0cd-22a4-4091-965f-92379b898751 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c8595a4-8ee4-4297-96d7-7f9cbcb7c306 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9a80a05-62a5-468a-8a19-071fd1fecdb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9e076e4-c850-4c45-a369-5bda530cf4ca +6a508faa-80a8-3246-9941-90d8cc8dec85,d70d6e3f-b720-44e1-befe-051c1773a322 +6a508faa-80a8-3246-9941-90d8cc8dec85,22c4f296-a4e3-46e2-9fe5-fb39aab715b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a662e18-9576-436e-b21f-b94af3f2b4b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f471e8b-3ceb-4de1-9f7c-b03165f06eb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cfddac3-e05a-4975-8e7f-9c876b995935 +6a508faa-80a8-3246-9941-90d8cc8dec85,2cf78355-cf79-40d9-9a5d-e0d09d85a80a +6a508faa-80a8-3246-9941-90d8cc8dec85,f7f3d8d8-f53d-423b-894b-0027f62ef117 +6a508faa-80a8-3246-9941-90d8cc8dec85,59087bbd-75c1-4f95-8a7a-fdfb2c537c75 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1005701-747d-485f-89ac-1ae9628837a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fa877c6-740d-4cf9-900c-22207e73ae97 +6a508faa-80a8-3246-9941-90d8cc8dec85,feff931f-a357-46cb-9e7c-01436e9e043c +6a508faa-80a8-3246-9941-90d8cc8dec85,544057ef-5154-452a-a53c-9b790eedd776 +6a508faa-80a8-3246-9941-90d8cc8dec85,cac9f1b0-f537-4409-aebc-4580519d24de +6a508faa-80a8-3246-9941-90d8cc8dec85,36218b9b-169d-4a11-be9d-ea56f4b6238c +6a508faa-80a8-3246-9941-90d8cc8dec85,4b8db99f-5c2f-40ba-8cb8-09742f0f1c1e +6a508faa-80a8-3246-9941-90d8cc8dec85,1107f20c-227f-44f7-91b4-64aad01b5e5d +6a508faa-80a8-3246-9941-90d8cc8dec85,22705bf6-0b67-43a8-9ec3-557f23abccea +6a508faa-80a8-3246-9941-90d8cc8dec85,88314621-05d7-49c1-bf9c-c77469db722b +6a508faa-80a8-3246-9941-90d8cc8dec85,21ea5dc5-baeb-4b80-a73b-6d5a2e363e1c +6a508faa-80a8-3246-9941-90d8cc8dec85,226345ef-5fd8-459a-a088-0707999238d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd8885d9-155c-43e5-b081-8b1028660a18 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce2f6e65-da4c-4e4a-9e85-68fef99f9876 +6a508faa-80a8-3246-9941-90d8cc8dec85,46fe0b4f-3511-4e21-8073-2fc138f19c98 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3121431-753d-41df-818c-9e3fee0d9f80 +6a508faa-80a8-3246-9941-90d8cc8dec85,92f9ad68-1052-4440-8a13-d644bd6ad8db +6a508faa-80a8-3246-9941-90d8cc8dec85,12e0ad3e-30e8-4bf5-b032-b7cd392873be +6a508faa-80a8-3246-9941-90d8cc8dec85,5d950b0d-f1bc-4ee5-a917-f2514e35b6d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc2bd4f0-05b8-44e5-b0aa-f0e075fac8ab +6a508faa-80a8-3246-9941-90d8cc8dec85,39cb325a-ba43-4e96-9c3b-2db00ab87cb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8efdd68a-d2b0-4565-a685-8043b5e2f088 +6a508faa-80a8-3246-9941-90d8cc8dec85,027083d8-fa81-4ea8-8357-d98da754b778 +6a508faa-80a8-3246-9941-90d8cc8dec85,4aa74af2-d34b-406b-9111-dccc65f9f77a +6a508faa-80a8-3246-9941-90d8cc8dec85,595b5727-2e73-45b4-9c56-0508a2f515ca +6a508faa-80a8-3246-9941-90d8cc8dec85,a2b00eeb-6f8a-4371-80cd-bc3015c53ba8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f4607b1-7e8d-40dc-8462-0debd21a902c +6a508faa-80a8-3246-9941-90d8cc8dec85,db37233c-75aa-4322-88c9-7fd3ec0ba860 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f42b9f7-ecc3-429a-a121-112d9981b92d +6a508faa-80a8-3246-9941-90d8cc8dec85,6c2f687e-5fdd-4c37-b206-4be548f2d16a +6a508faa-80a8-3246-9941-90d8cc8dec85,d7920164-b0a7-4533-b81e-d863c4a473e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6f2d027-ecd4-4fb1-ac72-91721fb4e3b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e2cb3d5-ee25-43bf-b9c6-75a700916333 +6a508faa-80a8-3246-9941-90d8cc8dec85,ede716f3-ebcd-4e9b-8d29-e874256aaecf +6a508faa-80a8-3246-9941-90d8cc8dec85,eaaddf39-f696-437d-84f2-86d2c70aa32d +6a508faa-80a8-3246-9941-90d8cc8dec85,dc10a0cb-60da-46be-a529-aaa7a438466b +6a508faa-80a8-3246-9941-90d8cc8dec85,004c1636-9552-4a94-aa20-334f035eb4bf +6a508faa-80a8-3246-9941-90d8cc8dec85,bc5ab051-b727-49f0-9f57-d1108f7e3ef2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c48a8fc-418e-4691-ad35-89742ad8a5c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,938e0671-5f9a-4690-bd9f-14234313b9bb +6a508faa-80a8-3246-9941-90d8cc8dec85,3a076c7e-1f58-48ad-8989-00bb4c7bd775 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e68cb47-1390-403a-a4e5-6049bdb88d5e +6a508faa-80a8-3246-9941-90d8cc8dec85,64195b25-4f3d-4401-b44c-e2d311ca1843 +6a508faa-80a8-3246-9941-90d8cc8dec85,a175a3f6-50a9-4d4b-927d-73f46658f346 +6a508faa-80a8-3246-9941-90d8cc8dec85,f049c530-ba65-4de2-b87a-a41afeb9428a +6a508faa-80a8-3246-9941-90d8cc8dec85,6727de76-ab75-4224-90f3-a892462c58de +6a508faa-80a8-3246-9941-90d8cc8dec85,b20232ab-b3c9-4145-8c09-f333e2158baa +6a508faa-80a8-3246-9941-90d8cc8dec85,e530c26a-0713-43e7-bb27-a85289fee5dd +6a508faa-80a8-3246-9941-90d8cc8dec85,2f541df0-7497-409d-9544-c972985340f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa6f935d-b2d8-46e8-a4ba-54c1fc8a7ce0 +6a508faa-80a8-3246-9941-90d8cc8dec85,538e9dd0-9c29-475d-9533-5d730f10a425 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b6b8aa0-050c-40c0-bc41-d3867cfc60b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dff4bf4b-8396-48cc-8f9b-a203b67c11e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fe92877-6575-49a7-9970-d11c24158483 +6a508faa-80a8-3246-9941-90d8cc8dec85,79c54514-71e1-495a-84e1-264b9b6bc943 +6a508faa-80a8-3246-9941-90d8cc8dec85,3448c318-2253-45fd-9a7c-35be89e0636a +6a508faa-80a8-3246-9941-90d8cc8dec85,5175188d-5b07-4cab-be7b-d5a9a05818e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,48333b48-cda6-4232-a36c-de44768b476f +6a508faa-80a8-3246-9941-90d8cc8dec85,6b25ce2b-2ba9-4c06-9338-a262e83a06f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b496aeab-5c15-4a3b-be01-076542303870 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdf5c035-be81-4db3-8f1d-f5370a9e9858 +6a508faa-80a8-3246-9941-90d8cc8dec85,9192bd4d-1761-40f2-bf6e-7cdcff6b0ea2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cfbd69f-7291-4d94-bba5-5f94e36b4dc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9acb0c9-4b7c-463b-aabd-1e53aa591f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c2c44c7-a072-4848-8122-be334af1500a +6a508faa-80a8-3246-9941-90d8cc8dec85,bd27a2d7-3cf9-4768-accb-76d3fb033106 +6a508faa-80a8-3246-9941-90d8cc8dec85,66ee183f-5dd6-4a53-9178-89d8df5eb581 +6a508faa-80a8-3246-9941-90d8cc8dec85,e10a8443-4c25-4bd0-92a2-0b2f36ead9b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,85d4e9b5-399c-45ca-b762-ecdb22a5410f +6a508faa-80a8-3246-9941-90d8cc8dec85,56240c5f-9a3f-43d8-ab8e-27c92bd7c3a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6255b9d0-90ec-4bd2-85e9-15e63a1ad0ab +6a508faa-80a8-3246-9941-90d8cc8dec85,f2cbef52-e014-4111-b3fd-74d2b5cde686 +6a508faa-80a8-3246-9941-90d8cc8dec85,a37d8148-a9c5-4a89-bee2-cbad433b4501 +6a508faa-80a8-3246-9941-90d8cc8dec85,d0755004-e5e5-4116-bb18-28704e95533b +6a508faa-80a8-3246-9941-90d8cc8dec85,ed531303-474b-4c18-a1cb-c003c4301b66 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebd86809-8da6-4214-aac8-ae5912764279 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5508a2e-700b-493c-a49e-2ed1cb93f310 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a1c657c-3b7f-4abc-8900-3d7a90b10097 +6a508faa-80a8-3246-9941-90d8cc8dec85,83c41530-3605-4a01-b0f1-80a9ca00a73d +6a508faa-80a8-3246-9941-90d8cc8dec85,eede98a9-bc7b-4ff2-b7f2-76e4be140a76 +6a508faa-80a8-3246-9941-90d8cc8dec85,9abb6bfe-8278-4ba5-8bb0-29be3c73619c +6a508faa-80a8-3246-9941-90d8cc8dec85,08081e2c-dc03-4bfc-bf1c-42f94066724b +6a508faa-80a8-3246-9941-90d8cc8dec85,f752a996-5bb2-4303-b3b6-97d503423e2c +6a508faa-80a8-3246-9941-90d8cc8dec85,0b7d8f7d-71f1-4860-b0c8-926420d348a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fa2cb5f-e0e0-4c75-83d5-27fa5f059d48 +6a508faa-80a8-3246-9941-90d8cc8dec85,26e3b81f-a905-4d6c-aa96-712ab312f408 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f7be35c-b545-41a4-affb-971d7d584fe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4765678f-84b8-4dfc-8fc3-516c86b769da +6a508faa-80a8-3246-9941-90d8cc8dec85,876b407a-dee6-49e6-b7e3-7f3cd6d94731 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5cdb0e8-3f92-49ae-b4f3-2d985750d44b +6a508faa-80a8-3246-9941-90d8cc8dec85,0b232e5a-dc0b-4214-b59e-438d6d1eb318 +6a508faa-80a8-3246-9941-90d8cc8dec85,68f843c0-1c47-44cc-9a82-26235ebc1da5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e7c1004-8fd6-4836-94fd-78ce7976ac70 +6a508faa-80a8-3246-9941-90d8cc8dec85,bacc8634-d315-4cba-8a1f-c38273713d68 +6a508faa-80a8-3246-9941-90d8cc8dec85,d50622d0-26de-435d-ab02-e1822b461ec5 +6a508faa-80a8-3246-9941-90d8cc8dec85,08add260-c7d5-45ff-97ee-57a2f5d59e96 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac8228a3-8a73-435b-9b50-79c8ca04134d +6a508faa-80a8-3246-9941-90d8cc8dec85,b0bf5a97-cdd7-4ad9-9cd6-d8b7fdd1ec9a +6a508faa-80a8-3246-9941-90d8cc8dec85,1396a92a-bf8a-4a6b-88b2-3c2b13060685 +6a508faa-80a8-3246-9941-90d8cc8dec85,794c7ac3-b4f0-46df-9c2e-1a2844b8b799 +6a508faa-80a8-3246-9941-90d8cc8dec85,7eb684e3-bea3-4e7b-b22e-ec71da135cbd +6a508faa-80a8-3246-9941-90d8cc8dec85,bd63230a-5c09-4253-82d3-cf9fa673e4f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,25833262-610b-4702-bd5b-1a513d702600 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f782777-3266-43a3-9b38-6647a399bc28 +6a508faa-80a8-3246-9941-90d8cc8dec85,59a6fed7-d493-4b6c-8b17-0b5221c7fcc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffc02783-9684-4c69-a140-1030eda0bcea +6a508faa-80a8-3246-9941-90d8cc8dec85,d419abb8-cdfd-4cfd-982b-6290d7b53f50 +6a508faa-80a8-3246-9941-90d8cc8dec85,3681d350-48b7-4249-934d-41c52e39fac5 +6a508faa-80a8-3246-9941-90d8cc8dec85,f88754fe-b893-43ee-a1d7-477e4c8cc7da +6a508faa-80a8-3246-9941-90d8cc8dec85,7e788000-50d6-44cb-acd2-9e1d2106b0dd +6a508faa-80a8-3246-9941-90d8cc8dec85,31571e84-1d55-4dc7-aa72-af03783d3f32 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7dfb36f-097a-42e2-96d6-1109fe1ba17b +6a508faa-80a8-3246-9941-90d8cc8dec85,13f8d9f5-084e-425f-8488-378191b01e60 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7d40744-55c5-4439-8b75-4c6fec26d87f +6a508faa-80a8-3246-9941-90d8cc8dec85,fb05349d-f21e-4428-8078-2e020aa8fb86 +6a508faa-80a8-3246-9941-90d8cc8dec85,8836a9aa-6f6e-46ea-9828-87ae859fe042 +6a508faa-80a8-3246-9941-90d8cc8dec85,547e211c-968e-46ef-8303-c557a9dfbd59 +6a508faa-80a8-3246-9941-90d8cc8dec85,1af9dd5d-686b-40b0-b3c7-cebba0d9c87a +6a508faa-80a8-3246-9941-90d8cc8dec85,7c60db1a-f96d-42a4-8c4e-272b4894fc4d +6a508faa-80a8-3246-9941-90d8cc8dec85,f421fbcf-2634-4362-a25a-87e28d01c2c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,af43e686-772d-4c0f-b376-1f135d81c03b +6a508faa-80a8-3246-9941-90d8cc8dec85,e9b78ce3-28cf-4907-9fcb-73efae8c62fd +6a508faa-80a8-3246-9941-90d8cc8dec85,66b587d7-2f31-47e3-b275-c85650bb272f +6a508faa-80a8-3246-9941-90d8cc8dec85,499bffdf-9092-42d4-bde9-f0707288e1a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb360edf-502d-4297-9ce4-f11be3a38b82 +6a508faa-80a8-3246-9941-90d8cc8dec85,adbee5b4-f402-41bc-bd6f-c21dd1e25ecf +6a508faa-80a8-3246-9941-90d8cc8dec85,02a0cd3a-db83-472e-887d-b5263953c4f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,03b88a31-22ae-4356-bb67-8656e2419efc +6a508faa-80a8-3246-9941-90d8cc8dec85,8ffb6826-68f4-40da-9ff8-96e322f0b153 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ed2ed8f-7d2d-4c59-8912-b3e25e2091a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d7353ed-437b-4650-bcc7-679f96242c75 +6a508faa-80a8-3246-9941-90d8cc8dec85,49ce08ea-ee58-43ad-8c4a-91bd6e0070f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3427fef-dc89-4edc-82f1-69ed23ea8ce4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d93c5c7a-5810-4c27-81a1-d0901dd0364c +6a508faa-80a8-3246-9941-90d8cc8dec85,2d13ef66-7c7b-4575-8363-2d2afe1cfe44 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d8c0d8e-0cad-47d0-b9bf-b5d43028cc27 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3b75be3-27ec-4a64-b6f5-f4e6803d9ba9 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ab6334a-af23-455a-829f-fd3ebed04466 +6a508faa-80a8-3246-9941-90d8cc8dec85,8be8e89f-e538-4b95-871f-aa3a4ec2c69f +6a508faa-80a8-3246-9941-90d8cc8dec85,b127f01b-dd5b-4b6a-9e47-8634ccf5fb5b +6a508faa-80a8-3246-9941-90d8cc8dec85,8847dd3e-1e59-4c9b-8711-087a65f4c380 +6a508faa-80a8-3246-9941-90d8cc8dec85,74998911-2c0d-421d-9bb6-ec9013c76329 +6a508faa-80a8-3246-9941-90d8cc8dec85,73585fdc-816a-4783-b17c-4803269ae052 +6a508faa-80a8-3246-9941-90d8cc8dec85,7137c823-6c7a-4faa-b692-db42103c2d68 +6a508faa-80a8-3246-9941-90d8cc8dec85,9360888a-6ab5-4f8c-a673-081bcd7cca13 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4fb248f-d620-4e2a-8352-5ad50395123c +6a508faa-80a8-3246-9941-90d8cc8dec85,6027355b-04df-4612-908a-6db988d3e41c +6a508faa-80a8-3246-9941-90d8cc8dec85,50d8f0c3-d76b-4f4f-8192-735398ad6c08 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb359327-2a51-4394-bfd5-e8fcc9172f57 +6a508faa-80a8-3246-9941-90d8cc8dec85,d22b4018-dde2-4979-97f6-301a5d9a49be +6a508faa-80a8-3246-9941-90d8cc8dec85,94508e6e-76c8-487c-8652-fe32eb914047 +6a508faa-80a8-3246-9941-90d8cc8dec85,686d4cd1-84f6-4dc8-87f0-7bf282e5f98c +6a508faa-80a8-3246-9941-90d8cc8dec85,2bb49454-0d43-47ac-8908-96396f77e208 +6a508faa-80a8-3246-9941-90d8cc8dec85,c349a072-2153-47e3-9796-5461331f8938 +6a508faa-80a8-3246-9941-90d8cc8dec85,21a7c9dd-5b68-4eb9-bdc1-a12fc6e66241 +6a508faa-80a8-3246-9941-90d8cc8dec85,5baec719-e7fa-4a47-bbfc-0e0d76b3c810 +6a508faa-80a8-3246-9941-90d8cc8dec85,dadae4ca-12c6-4dc1-8579-5554048a30c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc4d6432-a273-40c4-8a66-227e63ef0e99 +6a508faa-80a8-3246-9941-90d8cc8dec85,58881111-b419-4a4d-9245-334f6bd8cbb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d77b350c-6c41-49e4-a7e4-a3c680a869b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1a90a80-26fb-4d5f-8cd9-74e7d5255b17 +6a508faa-80a8-3246-9941-90d8cc8dec85,848a780e-ba5d-44a9-a9aa-8e795145ab7e +6a508faa-80a8-3246-9941-90d8cc8dec85,2f76808d-07b6-4469-871f-d797d1cdf8f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad5c381c-f4ac-4cba-9d70-f6ea5d88725b +6a508faa-80a8-3246-9941-90d8cc8dec85,8271a042-347e-4793-b6b8-a9325f423728 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfb1d5f8-5909-4282-9068-b5c3aad0f87f +6a508faa-80a8-3246-9941-90d8cc8dec85,270a0b26-65ef-44b3-8ed8-201c417df775 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bb8b053-f336-402e-8537-96a0bd25cc04 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a540e98-6fca-41be-8e88-b4c74cbab00a +6a508faa-80a8-3246-9941-90d8cc8dec85,30470f35-1f04-4dbd-b05e-0c773485c9ed +6a508faa-80a8-3246-9941-90d8cc8dec85,8841fcb4-368a-4722-83db-bc05a1ebb466 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d2538a5-03b4-4cc2-8aa6-b04ebd068e3a +6a508faa-80a8-3246-9941-90d8cc8dec85,d46ce1cf-1282-4b25-875d-4c85653697c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,df61a533-8eca-47bb-970c-01e178071b7f +6a508faa-80a8-3246-9941-90d8cc8dec85,32630813-43ae-4875-be52-b9b2af64ddd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec953561-c2b3-45d3-8cd9-bdcc58d16ce9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6612172-b246-4c42-8b53-14f19cb83885 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c2d1043-0510-4bc8-bd6d-463b7c6688a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,297ccf5c-2e39-48eb-849f-c2173fdec346 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f32d0ff-1a20-401f-b3a7-1b9374ff05b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,686f225d-cbb2-43ad-9701-c4240f57d091 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfa8f2c1-80a8-4392-94a9-0676186fc3b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5be72fd-8302-4162-a813-8cc718b0c9d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,80ba38a4-9497-4e0f-9f4b-bc715d2b6ec3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6e36d35-eee8-49b6-9c9a-85c7e4e45c44 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ac560b6-76fe-47d4-89a7-8027396af5f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb825db1-0134-417f-a43f-cf5982a4f33d +6a508faa-80a8-3246-9941-90d8cc8dec85,6e9a71d5-ded4-4109-bc28-8ac6ba1d329e +6a508faa-80a8-3246-9941-90d8cc8dec85,234d4f0e-4920-4e37-b5a2-41811ad9293b +6a508faa-80a8-3246-9941-90d8cc8dec85,a59c48e8-56d4-4586-9be8-e079aa8d16a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd03b871-3fb9-46db-b8cd-577c4e09d10d +6a508faa-80a8-3246-9941-90d8cc8dec85,1db0503c-3c52-4111-bc33-f76a6cf69e79 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e861a98-5abb-4a11-9d01-1112c75b1a07 +6a508faa-80a8-3246-9941-90d8cc8dec85,e354ac31-aafe-469b-845c-619d5450e324 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bb45ebd-65c3-46e0-b89f-b205c4aefca7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7283b59-214c-42b6-a610-ee64e9cc8065 +6a508faa-80a8-3246-9941-90d8cc8dec85,710c9ba6-68d9-4adb-9016-de0d29af16e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b42bbdc3-936c-4ada-ba5b-b73dfd7dfe59 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e27625c-ec42-43bf-9f65-d9e905053995 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ae40105-40a8-4e35-9214-97ac38028129 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2659c3f-6261-48e7-912c-6d823d048da5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4794ed9-8426-4344-a239-f593bc463c08 +6a508faa-80a8-3246-9941-90d8cc8dec85,fde4f200-6d20-452c-a483-299981e57369 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9a21b34-1153-485c-b739-7673b5d58b63 +6a508faa-80a8-3246-9941-90d8cc8dec85,e325a1f3-d66b-433d-8e8e-0beaf3c5e45e +6a508faa-80a8-3246-9941-90d8cc8dec85,6c1a4e6e-5e46-4851-bd42-feffdbe44b8e +6a508faa-80a8-3246-9941-90d8cc8dec85,689d1f81-9912-4a8f-b524-f3ea25a8b552 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc95e8ad-8f03-4007-9f36-12021daace4e +6a508faa-80a8-3246-9941-90d8cc8dec85,49264cdf-fd57-450d-94b7-3d8cd2bcdf13 +6a508faa-80a8-3246-9941-90d8cc8dec85,c23c06fc-8bfe-4189-a795-01e43f177d57 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ed5e50d-ed3f-4a54-8d44-a3be0bb28411 +6a508faa-80a8-3246-9941-90d8cc8dec85,22e3f9fd-bdf9-494f-806c-7bc587efee74 +6a508faa-80a8-3246-9941-90d8cc8dec85,09eb5af7-47b5-473e-a314-3380b9b9030e +6a508faa-80a8-3246-9941-90d8cc8dec85,f983fff6-21df-4ae0-be66-efcdf005e3cd +6a508faa-80a8-3246-9941-90d8cc8dec85,5af7ee86-5a08-421b-8a31-8deb467c9667 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2bff4c5-8c85-411c-9df3-5e61a4f9569b +6a508faa-80a8-3246-9941-90d8cc8dec85,618b67c9-4eb3-4cda-8fc2-a18439f18e72 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b3d72af-19da-4448-bea4-0c1458a701bb +6a508faa-80a8-3246-9941-90d8cc8dec85,dc53e173-0b6d-4767-ad19-05e096eab91e +6a508faa-80a8-3246-9941-90d8cc8dec85,6c95f2c7-e46f-4ed3-ab31-443af8ebba5d +6a508faa-80a8-3246-9941-90d8cc8dec85,1b30d057-3bf4-4a19-86af-0859171f978c +6a508faa-80a8-3246-9941-90d8cc8dec85,a20d7baa-6b3d-495e-a375-b3fa576757f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfa09a86-1b7f-4109-8709-1211a3186315 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e1c0d99-5e35-4b29-a044-58bca6fd815f +6a508faa-80a8-3246-9941-90d8cc8dec85,4d21f44e-9bcf-4967-ae64-e6a5fa6e9937 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f2b9d50-4d39-4228-af8f-3b8dea122ebd +6a508faa-80a8-3246-9941-90d8cc8dec85,411234e2-7054-4ed3-ae48-4e5ab19fa349 +6a508faa-80a8-3246-9941-90d8cc8dec85,f56a6706-cfa4-4cbd-9410-5347c9b9c682 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe8ee1a8-60dc-46d0-815a-18053972e3f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2c2f532-365a-4f0e-9384-ebdab233aa4c +6a508faa-80a8-3246-9941-90d8cc8dec85,f9fed204-0480-4769-bd02-d8653ed016a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b0228ae-e46d-4c66-9b5f-56fe58e11fe2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d848257-dfc6-4bc1-896b-a83a79fc13b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa6bbabb-a513-4693-b801-bc22130a94b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,11b086e4-a070-48bd-8d85-2f64c812806e +6a508faa-80a8-3246-9941-90d8cc8dec85,c9f368fa-5869-425f-af85-b9f2bbf8b442 +6a508faa-80a8-3246-9941-90d8cc8dec85,1627262d-6166-448b-8be5-d87a6fae88f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5ee1be6-90b7-4eb5-ad3c-f1700d4f7ce1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a3c4cbb-c076-4ade-9898-b6a9104be39b +6a508faa-80a8-3246-9941-90d8cc8dec85,59347f89-7ecd-4f39-8a58-31736f18c7ae +6a508faa-80a8-3246-9941-90d8cc8dec85,33e634e2-35b6-407c-ade6-2335c0f061d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad6521a7-97cc-4924-bad4-b32618b53d82 +6a508faa-80a8-3246-9941-90d8cc8dec85,19304c23-1e2d-4c04-a453-9845b3987019 +6a508faa-80a8-3246-9941-90d8cc8dec85,379f7c34-93f2-404f-8026-7bd294737704 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcb3e0e7-1187-46c2-8cdf-e22d9f782270 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddfd6a97-df78-4147-8319-df1c0b6aff61 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c820563-7ffb-4cb8-8a24-fdb162c5f9c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,08fcf72d-af87-40e6-a588-41b0e1644197 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2dee2bc-25e0-4525-8943-91740a7b3840 +6a508faa-80a8-3246-9941-90d8cc8dec85,aae906c9-59ab-4ad0-b44e-d053d9384497 +6a508faa-80a8-3246-9941-90d8cc8dec85,679b8812-f873-4570-94e4-59a1bcb0b7ce +6a508faa-80a8-3246-9941-90d8cc8dec85,46681f23-6915-4bb9-a6de-29eb53e4bdb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa06a67f-0581-42f2-b223-6207a9afaf05 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d7fce7b-9f60-4228-9536-253fb8203608 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d1c7908-32bc-4e08-b309-d047dfd1b89c +6a508faa-80a8-3246-9941-90d8cc8dec85,0d8d1516-dfa5-4c74-9558-a0c811a8b40b +6a508faa-80a8-3246-9941-90d8cc8dec85,fb01f69f-00cb-42e0-b70d-2ff537503749 +6a508faa-80a8-3246-9941-90d8cc8dec85,10f1568b-d31a-4ec9-84d6-2aeba238235b +6a508faa-80a8-3246-9941-90d8cc8dec85,b7ef5045-e3e5-4776-b186-6cc50c45254f +6a508faa-80a8-3246-9941-90d8cc8dec85,447d94d9-a7ef-41df-8dd5-460cc42f39b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbd21c53-9cb6-4bae-9717-93a0d8ca71cd +6a508faa-80a8-3246-9941-90d8cc8dec85,5f8637c1-f90c-42c9-bc03-8d43a12c0c32 +6a508faa-80a8-3246-9941-90d8cc8dec85,3943ef44-1241-4327-a055-f5ddec249122 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7f892e6-78d3-48ea-b0c8-e1cbe340d431 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ba0b41a-0dbe-4d01-a390-fd46be883061 +6a508faa-80a8-3246-9941-90d8cc8dec85,13835ee5-2ada-4b26-81d1-d7d3fb6e14ae +6a508faa-80a8-3246-9941-90d8cc8dec85,92a7a523-a9ac-4479-a9a5-dd9febf6e0ba +6a508faa-80a8-3246-9941-90d8cc8dec85,bfa32928-783b-42b3-b60f-e1c62a928515 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe5f3ecc-f1e2-4631-9dc8-752cd4485d5d +6a508faa-80a8-3246-9941-90d8cc8dec85,75fd226c-3027-479c-a7e0-cac6c85747c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f85f882-3191-4895-bda4-1d20005dea4d +6a508faa-80a8-3246-9941-90d8cc8dec85,b86006e3-96b8-44cf-ab9e-a9efeea37054 +6a508faa-80a8-3246-9941-90d8cc8dec85,5433a16d-d550-43ff-af63-e1433ea7e1bf +6a508faa-80a8-3246-9941-90d8cc8dec85,1148a9bd-d7ad-4f71-9ef3-f856e44ebf8b +6a508faa-80a8-3246-9941-90d8cc8dec85,02bdd903-0bea-4552-b63b-e40f1898eece +6a508faa-80a8-3246-9941-90d8cc8dec85,d5d0fb37-ae12-4f40-a19b-34246d931778 +6a508faa-80a8-3246-9941-90d8cc8dec85,839116c9-50c3-4ef9-8a4f-31f03273120d +6a508faa-80a8-3246-9941-90d8cc8dec85,6d3d75ea-0ba5-4bfc-b491-881360c7868d +6a508faa-80a8-3246-9941-90d8cc8dec85,a3767dce-64ae-4cf6-aae6-96ff1c88abe9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2c40564-2b64-4862-b315-4922178f9135 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f60bcef-724b-4c05-9aa1-610bffd9f183 +6a508faa-80a8-3246-9941-90d8cc8dec85,2169f1f2-e8b7-4bcf-a969-2e905e287d95 +6a508faa-80a8-3246-9941-90d8cc8dec85,a901ba11-1935-469e-bd86-72291b8da151 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc8adef9-e61e-48c7-b40b-42331038bc41 +6a508faa-80a8-3246-9941-90d8cc8dec85,5102b278-70ae-42d2-b79d-06004ed16039 +6a508faa-80a8-3246-9941-90d8cc8dec85,8416de3b-cf96-437a-a536-1aa3879dddae +6a508faa-80a8-3246-9941-90d8cc8dec85,fcde6fdc-89cd-45e9-9836-a65286939e01 +6a508faa-80a8-3246-9941-90d8cc8dec85,e666a285-1ebf-42d8-877d-3a020e717167 +6a508faa-80a8-3246-9941-90d8cc8dec85,f68fb1be-9566-4368-b076-501f8bbe4767 +6a508faa-80a8-3246-9941-90d8cc8dec85,835c8087-fb1d-47ab-b49c-dcc6f020875d +6a508faa-80a8-3246-9941-90d8cc8dec85,fbb01099-a21a-4236-b56b-2a314cd98624 +6a508faa-80a8-3246-9941-90d8cc8dec85,01b52e82-96c2-4447-ac7a-7502960b7dd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d3f0875-ccf9-4bbf-8375-9dde410ef774 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fcf7f16-6a9d-4a30-b911-515f7da3b22e +6a508faa-80a8-3246-9941-90d8cc8dec85,fc4a2528-17a6-4e4f-a177-bf6841a3afa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6fd9de9-e0c6-4de5-b254-c548acadff7f +6a508faa-80a8-3246-9941-90d8cc8dec85,7fb789e5-0e6b-4940-bb6d-27de13a7c653 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac771948-b348-465b-ae50-0ac317924dd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bd53779-c90e-4cf1-8a42-94a2d4e86ace +6a508faa-80a8-3246-9941-90d8cc8dec85,17fe7a41-fd5a-468e-ba9d-3a72ef4c3538 +6a508faa-80a8-3246-9941-90d8cc8dec85,429e8825-6949-4928-a13f-1b65a3696f4b +6a508faa-80a8-3246-9941-90d8cc8dec85,f22cff6d-2760-468b-81c5-bf83b063150b +6a508faa-80a8-3246-9941-90d8cc8dec85,3ed96311-71b7-46e5-b696-d9eebb3d6c51 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fb66163-986c-4e2b-8bd9-19ba20bf4e05 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e103a36-203c-4b68-8f85-9c66f842dd06 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b1534c4-cbb8-4f65-a23c-8edbbbc623af +6a508faa-80a8-3246-9941-90d8cc8dec85,217ac42f-d0a7-4167-95ae-2ab6de3331d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,94c025d4-cfc5-49e0-b4af-c57d7f4777ce +6a508faa-80a8-3246-9941-90d8cc8dec85,cee529e8-ba23-4664-a429-bf88b7b19604 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5f77481-0db2-4fc2-a6f7-c8346cd6f931 +6a508faa-80a8-3246-9941-90d8cc8dec85,7992c39b-b2b6-451a-9719-118e63362f19 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f8a12bb-8398-4799-9a72-e4eecf83cb9c +6a508faa-80a8-3246-9941-90d8cc8dec85,27f07599-17ca-42f0-a248-0bb7e02bd258 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbfd2cc8-f227-4506-8754-132b0b40ec1c +6a508faa-80a8-3246-9941-90d8cc8dec85,e83e5d9f-2476-41ba-94d9-29158b81ff51 +6a508faa-80a8-3246-9941-90d8cc8dec85,477d6e84-90ae-4d7c-8fc8-a807eb94efd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,73843800-7746-46ab-92bd-53f2ed1a7cde +6a508faa-80a8-3246-9941-90d8cc8dec85,61562e27-059b-4f1e-84ef-bd275fa11a0d +6a508faa-80a8-3246-9941-90d8cc8dec85,c37b1160-329b-4d2e-a5e1-f379e8385765 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d55e3c8-57bd-4d9e-9d1b-b479f6a8dd39 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a2f91a4-bd95-4592-85d0-2ea5c8165dfb +6a508faa-80a8-3246-9941-90d8cc8dec85,893f6666-624d-4c6b-8d95-da22763f11c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffd2b01c-2628-4eb4-8500-a37d2bc59403 +6a508faa-80a8-3246-9941-90d8cc8dec85,60668f3a-ade3-4da5-b64a-8078f9bf732f +6a508faa-80a8-3246-9941-90d8cc8dec85,3c946145-7b05-400e-9355-e44ea1ed0385 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e0dbd58-2b62-4658-89f8-e5402ef8b499 +6a508faa-80a8-3246-9941-90d8cc8dec85,40bd0341-da49-4a9a-aee8-1d6f23c32977 +6a508faa-80a8-3246-9941-90d8cc8dec85,b32cf478-d62c-401e-a120-fb6ead3e69b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea690bb3-cd5b-44c7-88f5-c0972e6652b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,fddce2ab-4854-4288-979d-b90861a5f863 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0c778f7-7306-46e2-a1a5-bb3ccda44359 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b3a948e-8263-4a5f-a9e1-f7e66c96cc10 +6a508faa-80a8-3246-9941-90d8cc8dec85,501ad9c1-3b90-4052-945a-c83296ab83ba +6a508faa-80a8-3246-9941-90d8cc8dec85,e9bececb-ec1a-4fc6-9068-729530e3d3eb +6a508faa-80a8-3246-9941-90d8cc8dec85,27142889-9ae3-4a5c-902f-c8a56b620a77 +6a508faa-80a8-3246-9941-90d8cc8dec85,4502e87d-a501-450a-bbdb-6da07bf96d85 +6a508faa-80a8-3246-9941-90d8cc8dec85,c32674e9-9638-41f8-92b2-5bbe4a0333dc +6a508faa-80a8-3246-9941-90d8cc8dec85,80b0a545-6b43-4afb-ab8c-c2e153f89ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,273d87b0-d558-45b7-a351-ec2e61a8ef01 +6a508faa-80a8-3246-9941-90d8cc8dec85,0647f620-39ae-42ff-882b-92853be1eea1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cbf5cb5-0140-4c8d-a2cc-04bc84c63f30 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d55329f-1521-43b3-be8c-a1e63fa7c4a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d88b23cb-5651-4942-ae40-2716c8d4cf70 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed3e9f32-9855-4f07-b88a-7fe6a5ac779b +6a508faa-80a8-3246-9941-90d8cc8dec85,52abcee1-f162-44a3-b658-931ecb81fa40 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4756ecf-4a30-4f96-b140-6eb89d45dd9b +6a508faa-80a8-3246-9941-90d8cc8dec85,799c4d9e-886b-4992-8bde-5241f726d406 +6a508faa-80a8-3246-9941-90d8cc8dec85,d000adf9-0974-4380-8d07-d2fa2a162514 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b8d5385-4360-46eb-9def-005ae6bed81a +6a508faa-80a8-3246-9941-90d8cc8dec85,bc77859d-c184-4429-892d-d5d8df3b9a08 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef2adc89-e49c-4aa3-875d-6fc1732b6809 +6a508faa-80a8-3246-9941-90d8cc8dec85,574f9aca-3dba-48dd-832b-875e2ee85236 +6a508faa-80a8-3246-9941-90d8cc8dec85,74f7abcd-c772-4738-bd04-2eea5372754c +6a508faa-80a8-3246-9941-90d8cc8dec85,852fc013-fc22-4124-af70-a30faa8aafb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa535ab4-4d4c-4fe5-93ba-53f027d4ebba +6a508faa-80a8-3246-9941-90d8cc8dec85,944086c0-d507-495a-b93d-c23233e76656 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dde392a-8a08-45a6-8927-166e63a6bdd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f120a16-fe4c-487b-9954-e000a004b8e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,00254155-db67-4a8a-ae64-f7b12c2810e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c0eb0be-c78d-42ea-b9ac-b2e7b7aadc76 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd68467e-77d5-4e2f-9d17-90afed043c69 +6a508faa-80a8-3246-9941-90d8cc8dec85,9babace1-6385-4be7-8d02-928ed26a5f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fcaf973-60b5-4436-b354-6ab2826b3416 +6a508faa-80a8-3246-9941-90d8cc8dec85,39167e84-603a-49bb-b1d7-d118a0d46ccf +6a508faa-80a8-3246-9941-90d8cc8dec85,1f41f4b8-74bc-4700-b2d0-f78954c18c3f +6a508faa-80a8-3246-9941-90d8cc8dec85,748aa118-5038-4cef-b8a6-67b737f12f3e +6a508faa-80a8-3246-9941-90d8cc8dec85,13129517-3691-4d04-a74e-1c79ba8b4bd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,88c2c1b5-8e42-478d-b276-6a72b8d79f5b +6a508faa-80a8-3246-9941-90d8cc8dec85,b32a587e-4fc4-4bae-b10e-44958be39468 +6a508faa-80a8-3246-9941-90d8cc8dec85,466ac0aa-c763-4dbf-ac6f-addbe251a3d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6c61292-67ff-4e5c-9c17-1086c33f9442 +6a508faa-80a8-3246-9941-90d8cc8dec85,989ae7da-fe0c-43ef-828e-e91326301128 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a226f10-e7d5-44f2-ac8f-9d06261b3b00 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9d89588-8302-4c11-96f1-1710b1c217b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cb485b5-c39e-4466-b828-37acc3181209 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f48cfed-9773-4813-a41c-d36b931e4c3d +6a508faa-80a8-3246-9941-90d8cc8dec85,dfab254b-8199-4f76-8756-dad660ba5368 +6a508faa-80a8-3246-9941-90d8cc8dec85,7052b433-d3be-435d-b127-93363c8e69e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,463eb644-be13-41d3-822f-d2189a753af3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac195c90-8b0c-4aed-8519-112a958c5b01 +6a508faa-80a8-3246-9941-90d8cc8dec85,ede7e392-3e8f-4a83-b42c-2455664f87e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d43ef29-e84a-44f6-a9c0-2d8c6c5b423a +6a508faa-80a8-3246-9941-90d8cc8dec85,fa89091a-4ae2-42f9-9619-49e50bfcaf25 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f1c6eab-7497-4665-bd13-b4af043fc972 +6a508faa-80a8-3246-9941-90d8cc8dec85,55706a54-1981-4116-a009-4b24c0c41eb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,310c5149-b65d-47b6-87d2-43293c59d6e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,35355859-785a-4c7e-a5ab-3fda4f2a68be +6a508faa-80a8-3246-9941-90d8cc8dec85,01c574e9-1487-4550-a315-7d18448a2a23 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d0d1c62-cc95-407e-af3e-f3103cf61f93 +6a508faa-80a8-3246-9941-90d8cc8dec85,d102aa26-1797-4872-b671-4c4844320db9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c1e86bf-4ae9-4213-82bd-a136b0b1d5e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ac264c6-ae99-4360-a8ce-f5b5960ee9ad +6a508faa-80a8-3246-9941-90d8cc8dec85,cedd14fb-4f3f-4769-bde3-c4924e7ba549 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ed2ca74-21e3-451f-91e5-71433f4b281f +6a508faa-80a8-3246-9941-90d8cc8dec85,b28978b4-2126-4073-9782-406a5089bda7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7b89845-ef84-407c-a44e-0937facb5fb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f683c85-f8fd-440a-9bfb-e0a2075b847f +6a508faa-80a8-3246-9941-90d8cc8dec85,148b2894-09ed-4857-84c9-664453e002fe +6a508faa-80a8-3246-9941-90d8cc8dec85,b9e6ab79-8f8e-4ade-83db-37437219362b +6a508faa-80a8-3246-9941-90d8cc8dec85,4f61267f-e0b8-41ee-a7db-76f09f3a9f2c +6a508faa-80a8-3246-9941-90d8cc8dec85,72eae607-4722-4fd9-8d5e-9bd42c860ba1 +6a508faa-80a8-3246-9941-90d8cc8dec85,73c59e49-3de0-468e-a765-6b67779a0003 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e605279-ca7b-45e4-a7a3-8998fdf3ab41 +6a508faa-80a8-3246-9941-90d8cc8dec85,134356e7-2809-42bb-bf7b-f0159c7c4740 +6a508faa-80a8-3246-9941-90d8cc8dec85,891eeede-7d87-4d5d-b90c-91b94798a586 +6a508faa-80a8-3246-9941-90d8cc8dec85,d839ef39-a338-4218-ab53-de3a6f7a225f +6a508faa-80a8-3246-9941-90d8cc8dec85,6bb26b08-c9b0-485f-9506-e5bfe8e602af +6a508faa-80a8-3246-9941-90d8cc8dec85,96dee70c-8a38-4ed1-88ac-b1189428b37b +6a508faa-80a8-3246-9941-90d8cc8dec85,f2f78464-1f9b-4300-a581-26d3285ede4d +6a508faa-80a8-3246-9941-90d8cc8dec85,fb402474-d36e-46f0-b0ce-842f3a5b0384 +6a508faa-80a8-3246-9941-90d8cc8dec85,97af729d-5377-422b-a405-4fbecd7891c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,24687bbb-5b1f-45d4-b736-04bcb8436e41 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1020c9b-b7af-4fd4-89ae-5b99cbfe5a19 +6a508faa-80a8-3246-9941-90d8cc8dec85,4afcd1bd-2d44-40de-ab5e-713434248408 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3077f78-f79d-4a23-b4c5-44de70a90664 +6a508faa-80a8-3246-9941-90d8cc8dec85,daad6c41-0d42-416f-9c13-9645088a00f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c111cc59-6204-45af-bfbb-cf2fc909a9f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb022ccc-ed23-467c-8631-0c933179bf1c +6a508faa-80a8-3246-9941-90d8cc8dec85,a4d15388-5728-4f02-ba7f-1ecb14bdcf4c +6a508faa-80a8-3246-9941-90d8cc8dec85,3c6dc189-3a10-4b89-8111-c2b0d12e7890 +6a508faa-80a8-3246-9941-90d8cc8dec85,417e7463-500d-4472-9d99-dd2dbac834c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,367ea6f7-8503-4e6a-894d-3cb492f6a0da +6a508faa-80a8-3246-9941-90d8cc8dec85,a0db9390-b39e-45d1-a42f-0f2a1bae1447 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa274b49-6ae4-4d43-b484-abd666eadb72 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4eab549-cb31-4524-9cb6-831d27508edd +6a508faa-80a8-3246-9941-90d8cc8dec85,e7094329-8915-48f1-8bf7-af6171149dc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cc17b43-bdca-4b33-83af-f2b4643a7be3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9030926-be98-4c38-b62c-b79181701e5b +6a508faa-80a8-3246-9941-90d8cc8dec85,10a051e2-4ca4-45ec-b363-c6684fe10bc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b98459d6-66cd-4b1c-894d-8e994babdef3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9c146f8-8b8d-48cb-b57f-825a58e1555d +6a508faa-80a8-3246-9941-90d8cc8dec85,0b81e112-51a9-405a-beb1-1d067db05522 +6a508faa-80a8-3246-9941-90d8cc8dec85,2dd17725-7d0e-4463-a5a0-198316e33ea5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e17e2a2-1f91-4e1e-bc64-19c34bfc93ee +6a508faa-80a8-3246-9941-90d8cc8dec85,70f82af2-c425-4767-8f54-dbc910b7dcf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fd856a7-7d73-493d-8162-16dbfcdc0697 +6a508faa-80a8-3246-9941-90d8cc8dec85,51149afe-a641-4914-8653-3178ee39f0f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e45e0a2b-39c6-4707-9fab-2ff2e3e0b343 +6a508faa-80a8-3246-9941-90d8cc8dec85,c39bf0db-8b68-4f82-bf94-a5a87e06b390 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2f1cd0e-4710-4a51-9e4d-5772fb9a895d +6a508faa-80a8-3246-9941-90d8cc8dec85,d220d46a-6e39-49fe-bfe1-e2cd02218a19 +6a508faa-80a8-3246-9941-90d8cc8dec85,b804b42d-1613-4dda-bebf-955656fccba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,61f913fe-6f04-4337-88d7-275951abde11 +6a508faa-80a8-3246-9941-90d8cc8dec85,1162b8d4-f3a9-4170-ba77-26c7273aefd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d11030-7b35-491b-95b0-424579fc4523 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa55d5c-0318-4686-a4a7-da8d5268ccf5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e43a58ab-2dcd-4f6f-8934-26821114bee4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7f33ac0-6130-460a-83ea-f821fc1fac90 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fd6ff48-1299-45cd-87e7-8d3f2991beea +6a508faa-80a8-3246-9941-90d8cc8dec85,6d009369-9f81-479e-b30c-6deed92526ee +6a508faa-80a8-3246-9941-90d8cc8dec85,5dea41d5-3039-4053-96eb-9c8ed4ebeeda +6a508faa-80a8-3246-9941-90d8cc8dec85,0d437ac5-0198-47db-a2e8-076a97bf69cb +6a508faa-80a8-3246-9941-90d8cc8dec85,e7d3418d-1ecb-4d1d-92d0-ab8d977c1d70 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa24af3c-88ce-4106-a37b-17ef328e9f94 +6a508faa-80a8-3246-9941-90d8cc8dec85,08dd372f-7750-49a4-b1b4-55988f93fe42 +6a508faa-80a8-3246-9941-90d8cc8dec85,002d8a28-3569-4f4c-ad2a-efd227b08973 +6a508faa-80a8-3246-9941-90d8cc8dec85,73fe317f-3efc-46d9-9bcf-ff4791848a72 +6a508faa-80a8-3246-9941-90d8cc8dec85,94f6695e-9c22-408f-9353-44e53b75e86e +6a508faa-80a8-3246-9941-90d8cc8dec85,bd7410f5-b1d2-415f-8091-7c963a59eb84 +6a508faa-80a8-3246-9941-90d8cc8dec85,74379c10-33cd-4a9c-9863-c97a704448c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,61bcff20-66a0-428f-b9c1-23f3566da91a +6a508faa-80a8-3246-9941-90d8cc8dec85,8ba78cc5-b913-4ed4-9286-3dd12d37f29d +6a508faa-80a8-3246-9941-90d8cc8dec85,e21d4497-39b5-486b-afaa-f21b00bc4b26 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bea2d7f-efe3-436e-86db-9f842d39ef52 +6a508faa-80a8-3246-9941-90d8cc8dec85,a91b5b57-9325-4a53-8fb2-1ac592778126 +6a508faa-80a8-3246-9941-90d8cc8dec85,80e29689-833c-46a1-97a9-dedb52f576c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8291b64b-d7c9-4920-8065-2e60dc421d28 +6a508faa-80a8-3246-9941-90d8cc8dec85,a73f5d7e-ef69-4f09-8f59-de16395fc818 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4cad2fb-0804-429b-9685-c8fa9e037623 +6a508faa-80a8-3246-9941-90d8cc8dec85,e865c4c9-dda1-4368-85c0-530166717c91 +6a508faa-80a8-3246-9941-90d8cc8dec85,361f31d0-add0-4af7-a1a4-2e750eff13c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a53cb91e-1d60-4ec5-872d-37645026455c +6a508faa-80a8-3246-9941-90d8cc8dec85,a76db897-b447-4dcb-9517-d6477bd78c13 +6a508faa-80a8-3246-9941-90d8cc8dec85,f12fc17c-1ce9-49d7-92f8-8fe5886321d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7b58707-214a-4301-b749-4d6b437c3dc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,50ca1296-8ef9-4945-b4c8-2782e79848a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b048f57-6914-41c9-963a-9d714ed7bae9 +6a508faa-80a8-3246-9941-90d8cc8dec85,33ddae20-abfe-41de-b707-43cca1306f64 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3741998-5992-47b1-bb7a-67eb16678a69 +6a508faa-80a8-3246-9941-90d8cc8dec85,6bfce501-a518-41b1-905d-ae464747e4cc +6a508faa-80a8-3246-9941-90d8cc8dec85,35c86961-d8e8-4d83-aea2-c7bc51ed8348 +6a508faa-80a8-3246-9941-90d8cc8dec85,768b9868-4e35-411a-a7ad-d50a4da85c0c +6a508faa-80a8-3246-9941-90d8cc8dec85,46debbee-2d1e-419b-be3b-f33e8a317c73 +6a508faa-80a8-3246-9941-90d8cc8dec85,485ebd89-7f96-4646-adf1-10b7854efb1f +6a508faa-80a8-3246-9941-90d8cc8dec85,274be16a-5727-4a7b-9816-0f5a601e7bc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,366df59a-abde-419a-9e14-69079579dd10 +6a508faa-80a8-3246-9941-90d8cc8dec85,23909812-940e-4357-87ac-36956435f464 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa41a3d6-eb69-443b-8577-f7d6eb57ebd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,734c9ce7-32c0-4d28-8706-372a912f1973 +6a508faa-80a8-3246-9941-90d8cc8dec85,01335583-6810-404e-a124-6c408272cfb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc0f2ea2-6d94-4fe4-bbdc-0d363db0e661 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a50e29a-2cd6-4c27-b668-b01862f3e9c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b61282a-2dd3-4035-b40a-84d8cf72bb1f +6a508faa-80a8-3246-9941-90d8cc8dec85,dec36a37-40eb-413c-9028-3c5bf3709df8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0da404b-38b7-47ee-abf5-36f2794ff0b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,55fc58cd-81b3-4280-8d20-a55aee487858 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfdfdd8f-0ed5-4403-9b8f-265822efaad4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae2a2f39-58fa-44b9-b1c5-91bc0c9cb070 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f5bfad5-efe9-4362-82f3-a640f47b7d6d +6a508faa-80a8-3246-9941-90d8cc8dec85,c1f01a32-2f4c-4a64-8378-5021eca49aee +6a508faa-80a8-3246-9941-90d8cc8dec85,9e8b6452-20d5-495c-8dd6-1e525fdeb5a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,72bf34ae-0912-4620-98c4-5ea35a3848d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,40262c69-7a5f-4cde-9b08-a00f9ea5e9d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,20dda63a-08a3-4678-afd5-070e836ba808 +6a508faa-80a8-3246-9941-90d8cc8dec85,35d71e98-236c-44d4-84c4-e0ae7c851c2a +6a508faa-80a8-3246-9941-90d8cc8dec85,2440b316-47e0-454c-a043-b35f0e251846 +6a508faa-80a8-3246-9941-90d8cc8dec85,09234127-52e2-4ab9-a049-5de792f5ef1b +6a508faa-80a8-3246-9941-90d8cc8dec85,84aa39c6-3d64-4f73-9e08-acc6777ccf68 +6a508faa-80a8-3246-9941-90d8cc8dec85,66952782-30a4-42c4-a2b0-fd63e80a45c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2505da91-15f8-49ab-88de-93c7ec2edc9b +6a508faa-80a8-3246-9941-90d8cc8dec85,099b6357-590a-42ae-9280-4907737b75e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,bacfb0b0-20e1-48c8-9e25-31341c0d9d88 +6a508faa-80a8-3246-9941-90d8cc8dec85,e20032a8-8dc2-4c74-867c-511b9eff85bd +6a508faa-80a8-3246-9941-90d8cc8dec85,9312b600-a014-44a5-a5c2-7be27e40a84e +6a508faa-80a8-3246-9941-90d8cc8dec85,749630b0-6ef1-4271-91d8-6451a75b27f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0c63773-a1f6-4b4b-869b-3800a75c0223 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fe6ded4-c20d-4745-ac53-601650a79d77 +6a508faa-80a8-3246-9941-90d8cc8dec85,29bb58f8-2a93-482e-a03b-0b2afa06ef2c +6a508faa-80a8-3246-9941-90d8cc8dec85,ccb266d8-5dd8-465a-8217-02d86a6d1118 +6a508faa-80a8-3246-9941-90d8cc8dec85,0bbd9efd-7d2e-4b7b-af1d-305b427da3d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,09f70627-6bed-4d83-90ee-707a6d0b68e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,83e258b4-652f-4f8e-84bc-16cc520644e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a576cd3-f5a7-47f1-b6fb-aec962fe91db +6a508faa-80a8-3246-9941-90d8cc8dec85,f03a0509-04f6-4219-916d-d7c71738ec49 +6a508faa-80a8-3246-9941-90d8cc8dec85,d448f892-4c90-4586-a563-492d1339c8e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d67a152-1ddc-4d6f-86f1-fb9c0b222cf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,48d4271c-1f43-4118-b729-af92d62b84fa +6a508faa-80a8-3246-9941-90d8cc8dec85,214d348c-ef48-4f32-b55a-86aa4e6d2d5f +6a508faa-80a8-3246-9941-90d8cc8dec85,84d4fef2-2c8b-41bf-b25e-4f00a84c0ba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba862dc9-2d41-4d2a-94df-e28c71567701 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d1d26ac-f9f6-494f-b2b6-70405b9fc0ef +6a508faa-80a8-3246-9941-90d8cc8dec85,1689d58a-dce9-4746-8e30-7ff800ebe1fc +6a508faa-80a8-3246-9941-90d8cc8dec85,16608f61-2db7-4cd9-998c-2a594516cbfd +6a508faa-80a8-3246-9941-90d8cc8dec85,7541cdcf-5241-419c-8588-50fea55613d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,70646111-e602-4872-bd00-ee8a75c4aef5 +6a508faa-80a8-3246-9941-90d8cc8dec85,28c72d16-658a-4325-b3d8-95fd98f7c63e +6a508faa-80a8-3246-9941-90d8cc8dec85,055b73f3-80dd-4b7c-93df-4690d19b2a51 +6a508faa-80a8-3246-9941-90d8cc8dec85,d79f8da5-62cd-42dc-8df9-7bfc717fa6b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,9789a263-8864-4546-a5cc-9384dfe35de8 +6a508faa-80a8-3246-9941-90d8cc8dec85,57c82c34-6cd4-4393-8948-a86780e7a4f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8365f22d-c8fc-4225-9d33-58d4a7a4c231 +6a508faa-80a8-3246-9941-90d8cc8dec85,bdec62c6-3008-4ff6-beb4-c80650dde40f +6a508faa-80a8-3246-9941-90d8cc8dec85,abe2ba51-59ea-41f1-a4f4-4e2dccea27a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1ddcca3-fb5e-406d-b956-9130b213e454 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e0ecce8-9740-460f-9bc0-90352ba85087 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6a6a663-2cb1-48e2-bd73-2886a61bfa87 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9db65a5-833f-4e95-a6c3-8ea75876d698 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd9cc5fb-beb1-40b6-bfbb-368ca5e7d1b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,49e18d54-51a0-4f89-b21f-1d0fe8ccff8d +6a508faa-80a8-3246-9941-90d8cc8dec85,dea8d645-0b15-4b9e-bc46-3e6ae83bb080 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ea2258d-11da-467a-b539-999caa9eadfa +6a508faa-80a8-3246-9941-90d8cc8dec85,f2fa20a9-0c4e-4b7b-92f5-08b956ccc5e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,63c16555-1688-4736-9345-e32ebff7aa88 +6a508faa-80a8-3246-9941-90d8cc8dec85,d72ccfc3-2e6d-4ab8-9728-5e6acd213881 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac3c0f8d-79e6-4d03-b2a2-4ff12e12b59a +6a508faa-80a8-3246-9941-90d8cc8dec85,d5c061be-fa15-41dc-bebf-6bd71ac5564e +6a508faa-80a8-3246-9941-90d8cc8dec85,e52719e5-241a-4356-9b73-d423e31d2cb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f37485de-6775-4771-bff5-baa606018078 +6a508faa-80a8-3246-9941-90d8cc8dec85,54dedea7-3b28-4332-a35c-7ec7a5b185c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e68ff341-cf42-4b6b-88ca-052ed66f3473 +6a508faa-80a8-3246-9941-90d8cc8dec85,269a562d-9b53-4f9c-a0d5-487b860d1e05 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c3ed442-e8a4-489f-a18f-dc872eac21c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae4a4205-0ba7-4c54-b256-91f81c9a14df +6a508faa-80a8-3246-9941-90d8cc8dec85,d7304c9f-ee07-403a-8791-2c0a7ffc9a1a +6a508faa-80a8-3246-9941-90d8cc8dec85,40e9adf6-f857-4ed5-8af7-142d4331a5d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c786a33d-a091-4718-99fb-c1462770ad1d +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d6d523-170f-4028-bfb6-65c352a92bc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,178647d0-ff08-4aaa-adce-e79f6d853e3e +6a508faa-80a8-3246-9941-90d8cc8dec85,e0d7bef7-35aa-47c4-996c-573db6144b41 +6a508faa-80a8-3246-9941-90d8cc8dec85,30c0f200-da99-48c6-a813-0907c3213d7d +6a508faa-80a8-3246-9941-90d8cc8dec85,053cee49-0625-4cd1-9a74-8d96a6dbae13 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8084ca4-92aa-4cca-a7bd-f4fdadfe1ef1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2ece58d-9c69-4316-8308-c1aa93d6cd73 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8323650-79e6-4952-b794-24f04514b908 +6a508faa-80a8-3246-9941-90d8cc8dec85,b193c003-1b6b-415b-8705-762f5c1e4c40 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8917859-b85d-4d63-876e-06785a0505ef +6a508faa-80a8-3246-9941-90d8cc8dec85,3b8106b6-1b08-4087-b69b-78a739b3e815 +6a508faa-80a8-3246-9941-90d8cc8dec85,37f7a884-636a-4134-af29-5eee562bf778 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e03db80-06cb-48e4-b088-16b5a9a44393 +6a508faa-80a8-3246-9941-90d8cc8dec85,71a8d629-807b-4bf1-b291-9141b9f4e3b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e03c01ad-232e-4e7c-a2c9-7d2b929a8922 +6a508faa-80a8-3246-9941-90d8cc8dec85,388e082e-9b29-4bb6-8e3d-0577df980914 +6a508faa-80a8-3246-9941-90d8cc8dec85,7757472f-2ade-4b0c-89b9-0a16eb5cf951 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5157b96-3b01-4893-87e5-d637bfce396f +6a508faa-80a8-3246-9941-90d8cc8dec85,5937f5b5-7cea-4cc9-8e0b-bd404ff2b411 +6a508faa-80a8-3246-9941-90d8cc8dec85,b72f9e6d-f363-4504-bb0b-818165357176 +6a508faa-80a8-3246-9941-90d8cc8dec85,43832706-4146-497d-9d12-3163824484a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,499ade27-160e-4858-9526-c463c20118f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5d4cb05-7bf0-41f5-b053-d4b145886da3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a48acacc-be1d-4364-8411-76cd43ca3325 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f0f35de-4c04-49f8-a62a-e631071d2955 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1cc4c8e-dd84-4681-9e13-4d062fc60cf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,40250723-2f94-4216-b2b3-d7a95f4017ad +6a508faa-80a8-3246-9941-90d8cc8dec85,c0caf890-b166-4f2b-a2d9-22c6ea133da6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bea7bf7-db68-468f-8f4f-8b10df081b26 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac66bb94-beb5-4675-a45c-338b4f45fc5f +6a508faa-80a8-3246-9941-90d8cc8dec85,cfecb32f-020f-44fd-9dc4-b2ef4d08f7e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2e6117c-a4d3-4a9f-b18d-e09fed7d70b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,828242bc-14bd-481b-95dd-277814c9d466 +6a508faa-80a8-3246-9941-90d8cc8dec85,65faa900-975f-4f71-8258-cd508401cebd +6a508faa-80a8-3246-9941-90d8cc8dec85,f660e74b-323e-4179-8106-55d9dc110efc +6a508faa-80a8-3246-9941-90d8cc8dec85,08045159-4261-4549-9eec-df44d68df6fd +6a508faa-80a8-3246-9941-90d8cc8dec85,55bc59e1-9802-4858-9ae5-2f308b802e9d +6a508faa-80a8-3246-9941-90d8cc8dec85,10e9d27f-2d38-434a-9a43-132053e0f342 +6a508faa-80a8-3246-9941-90d8cc8dec85,55375160-287d-4ad4-ae12-71a2c2043b49 +6a508faa-80a8-3246-9941-90d8cc8dec85,8753ebe3-7d5b-4c2e-9305-329f6907a756 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f4dfed5-993b-407f-8326-3afcca9c9246 +6a508faa-80a8-3246-9941-90d8cc8dec85,5611d047-55b4-42c2-a01b-fc94ddec0d08 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9da4a11-790a-4760-99d8-ea897b34c45c +6a508faa-80a8-3246-9941-90d8cc8dec85,ab23a652-69d6-424a-af52-dd9a8df1c212 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a87e130-97d9-443b-a16e-8a09db5af985 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c71042a-e858-4345-8988-80da1f2ce797 +6a508faa-80a8-3246-9941-90d8cc8dec85,596428f7-fc1a-4841-8f30-99a6d7483d39 +6a508faa-80a8-3246-9941-90d8cc8dec85,89cec0cb-1f09-4cd6-90e2-246b9a5e4830 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4f6827c-fe63-4406-b9d9-23c6fcd318b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f553e2bc-f6ef-46ac-b4b7-42224c9fda06 +6a508faa-80a8-3246-9941-90d8cc8dec85,3018bb68-1ea7-4a65-8179-9cb65b48ffcf +6a508faa-80a8-3246-9941-90d8cc8dec85,19f869d2-9275-4049-a1d1-183d9f8fea5c +6a508faa-80a8-3246-9941-90d8cc8dec85,5733f13b-19b9-4e62-a72f-11fea95b0b43 +6a508faa-80a8-3246-9941-90d8cc8dec85,6094d694-8189-443e-952e-7f74e8dd64c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d489f9c0-c7a6-413b-bccb-2744a0d2510e +6a508faa-80a8-3246-9941-90d8cc8dec85,d5df88aa-b48b-42bf-bfa0-8d9f1a05a9c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,80efcdb3-5f87-478a-a6ac-c9371848b71f +6a508faa-80a8-3246-9941-90d8cc8dec85,027cc5d1-3bfd-45b1-8878-3c1599871fe6 +6a508faa-80a8-3246-9941-90d8cc8dec85,282dbf09-b171-43c9-9bc9-321ebfea797b +6a508faa-80a8-3246-9941-90d8cc8dec85,dc828e68-ba7c-467c-9b5a-7e783b8852fc +6a508faa-80a8-3246-9941-90d8cc8dec85,0dd20c72-6d18-4e9d-869e-5a8f76c418bc +6a508faa-80a8-3246-9941-90d8cc8dec85,59ccd30e-e201-4ea7-bcaa-2bfc4b8b3b7e +6a508faa-80a8-3246-9941-90d8cc8dec85,0499edce-1900-4409-9465-3194dace72a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,98eddd7d-4694-47c8-923e-7eb5a29535e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,df8a0484-caba-4907-b232-0f8785935124 +6a508faa-80a8-3246-9941-90d8cc8dec85,cec1a170-5d47-4164-8669-9fa606c0b24f +6a508faa-80a8-3246-9941-90d8cc8dec85,de3bba63-474c-44e5-b1c4-7bc3482b895f +6a508faa-80a8-3246-9941-90d8cc8dec85,4b119e87-9db5-4ed9-8af2-f4609e9bfce1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6a2df9c-5554-49ce-a516-7501e38cd154 +6a508faa-80a8-3246-9941-90d8cc8dec85,24766388-3025-433f-b797-9041da0f1835 +6a508faa-80a8-3246-9941-90d8cc8dec85,378a0b1c-e708-4548-8809-48714ce8089c +6a508faa-80a8-3246-9941-90d8cc8dec85,ea60639c-9a36-4803-9571-5f606b927404 +6a508faa-80a8-3246-9941-90d8cc8dec85,e44086b0-f4c8-4f1a-9831-eb1e32aef00b +6a508faa-80a8-3246-9941-90d8cc8dec85,ed384df5-0038-4df2-8958-3ab57523d815 +6a508faa-80a8-3246-9941-90d8cc8dec85,c13d7a05-72a1-4b6e-b454-901fe431bfad +6a508faa-80a8-3246-9941-90d8cc8dec85,e005dece-34bc-47de-a821-4844af63aadb +6a508faa-80a8-3246-9941-90d8cc8dec85,d40f1972-4625-429d-acd1-c4c27e90fed8 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d8728c5-81c8-48b7-a3e8-76e6d9e63692 +6a508faa-80a8-3246-9941-90d8cc8dec85,958d9239-998e-4271-ac5a-3201a845f08e +6a508faa-80a8-3246-9941-90d8cc8dec85,e5390f5f-7ab4-4bfa-a71d-1e22ac561cbd +6a508faa-80a8-3246-9941-90d8cc8dec85,6f0e4327-4ab8-4299-93df-82148048f332 +6a508faa-80a8-3246-9941-90d8cc8dec85,41bd43cc-2c54-468f-9b3c-4e7680db3c85 +6a508faa-80a8-3246-9941-90d8cc8dec85,e646f537-c99d-4e2a-9e78-0ed770c056df +6a508faa-80a8-3246-9941-90d8cc8dec85,0627e899-58bf-4e06-9baf-ab5253b1ff81 +6a508faa-80a8-3246-9941-90d8cc8dec85,17447850-2cb7-4fb8-bb78-bcc4bcef47c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cec334c9-7ded-4d66-b2bf-81c5e1b3ff26 +6a508faa-80a8-3246-9941-90d8cc8dec85,52a4092d-8437-48bc-8692-8e27737fbade +6a508faa-80a8-3246-9941-90d8cc8dec85,1d8cd077-0a15-4cc8-960c-4437c42d2333 +6a508faa-80a8-3246-9941-90d8cc8dec85,93d2f483-3e36-4f40-b99e-38c9f1610eda +6a508faa-80a8-3246-9941-90d8cc8dec85,3a1385d2-3231-4a37-90c1-8956b783ff19 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b0a3954-be84-476e-a13d-da1d0aff6d63 +6a508faa-80a8-3246-9941-90d8cc8dec85,04b8188f-c1ad-4ef8-b23e-424b2f95a3fd +6a508faa-80a8-3246-9941-90d8cc8dec85,797c3782-920a-44a3-afd6-a7400469bbc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b76dfe6d-e476-469c-9eff-1fcfe269a3ae +6a508faa-80a8-3246-9941-90d8cc8dec85,00e2029e-9c3c-44b5-8f7a-c1543ae3e34e +6a508faa-80a8-3246-9941-90d8cc8dec85,e8a9de27-dc7c-4fb1-9b80-39713a572d9d +6a508faa-80a8-3246-9941-90d8cc8dec85,5ae0078b-069c-46ae-ad37-323c8d8327cd +6a508faa-80a8-3246-9941-90d8cc8dec85,f2cdbd2b-53ab-4c9a-a35e-c33ad596cebb +6a508faa-80a8-3246-9941-90d8cc8dec85,da382e9e-ad08-4852-aa7a-7e4e9612fa31 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e9b1fd7-78c3-42f6-ace9-39325223e48f +6a508faa-80a8-3246-9941-90d8cc8dec85,3e81d83f-eff5-4ef6-bc4d-f1137bfe72eb +6a508faa-80a8-3246-9941-90d8cc8dec85,b52cc9df-1d8d-467a-899d-67d23459295a +6a508faa-80a8-3246-9941-90d8cc8dec85,493534c9-91ec-4f10-812a-a79b319f9f9d +6a508faa-80a8-3246-9941-90d8cc8dec85,66ff0c03-74eb-4ebf-ba02-97974135a7ee +6a508faa-80a8-3246-9941-90d8cc8dec85,37d597c4-f7bd-4994-8e72-652e3a470f11 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1bca128-ae57-47f5-a9ca-98be4d67fbba +6a508faa-80a8-3246-9941-90d8cc8dec85,82dae83d-2d9c-4610-9a07-babc65448b5f +6a508faa-80a8-3246-9941-90d8cc8dec85,0cd30b8a-d8b7-48c1-a081-4160d3ed5881 +6a508faa-80a8-3246-9941-90d8cc8dec85,469b6ddd-6b9b-47f9-a53f-994494d87458 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4e9835c-ee1c-40b0-b2ba-b2ba8f96e31e +6a508faa-80a8-3246-9941-90d8cc8dec85,50085c8b-803c-4d5a-a4fc-d7967ed167eb +6a508faa-80a8-3246-9941-90d8cc8dec85,97d9970c-13eb-453e-b4a8-87da05fd5a38 +6a508faa-80a8-3246-9941-90d8cc8dec85,c61860c1-f627-4ef7-95c6-cba09e200984 +6a508faa-80a8-3246-9941-90d8cc8dec85,8071d74e-d129-4481-8ef2-d60c901f6855 +6a508faa-80a8-3246-9941-90d8cc8dec85,76a570f5-25cd-4fb4-bb72-f30ad64cb6e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7039c4a8-5c66-49de-aa91-543ddd83f69c +6a508faa-80a8-3246-9941-90d8cc8dec85,6b5664f3-44f0-4aa0-ae7d-18182fe28e7a +6a508faa-80a8-3246-9941-90d8cc8dec85,b4987960-5a13-422d-88bc-1584c43b8791 +6a508faa-80a8-3246-9941-90d8cc8dec85,84f20585-65fd-4221-8e4c-70f3aeef8e2f +6a508faa-80a8-3246-9941-90d8cc8dec85,1be2f0b0-775a-488a-b063-44a5f4496bcb +6a508faa-80a8-3246-9941-90d8cc8dec85,f327cdea-6a0b-4bf1-a524-c5743c49a757 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3cdca50-43fe-438d-8d54-908b3ea2f2d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa569f5-09f7-4981-8496-ac83f7764c35 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f60f05d-cf51-46ff-a1fa-6b874cb2f419 +6a508faa-80a8-3246-9941-90d8cc8dec85,221731f3-d839-44c9-a4ff-f9bb07ad121b +6a508faa-80a8-3246-9941-90d8cc8dec85,371581a8-4d18-4f21-a64a-f9ea3e1f9acf +6a508faa-80a8-3246-9941-90d8cc8dec85,0912295e-c6f5-4e73-b58e-1279f7b138bb +6a508faa-80a8-3246-9941-90d8cc8dec85,0bf5dd15-e630-469a-bd82-ea5425083ab9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa4c3155-d7ac-4f6f-ac79-43ffe9d038f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1f7f4cc-5440-429a-b846-7ca39b355ecc +6a508faa-80a8-3246-9941-90d8cc8dec85,3ef4a849-f38f-4e22-9cad-3313a36ffbf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,316d5698-ecf4-4ae9-bc1f-d9728d5ea548 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c1f2a13-4ee3-402a-8336-44700dd0fbf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6392113-3fec-4ee0-86e3-fc3818563258 +6a508faa-80a8-3246-9941-90d8cc8dec85,71779a4b-2362-4a09-93ba-7d4d1a9ef7d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b63893b-b299-45d0-8830-4330dd1fd93d +6a508faa-80a8-3246-9941-90d8cc8dec85,05693edf-8db7-4d1c-825a-0b25c689a00c +6a508faa-80a8-3246-9941-90d8cc8dec85,82f83352-bcc7-479b-8339-debdd157b3ce +6a508faa-80a8-3246-9941-90d8cc8dec85,1206aaa9-116e-416e-9901-b32340144531 +6a508faa-80a8-3246-9941-90d8cc8dec85,90dc2cfd-ec4b-4e83-bb71-92fc36875095 +6a508faa-80a8-3246-9941-90d8cc8dec85,222bc817-38e5-417b-a77c-7cb9c7f08fe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c3fd484f-8379-43dd-ad0a-0be308090f1a +6a508faa-80a8-3246-9941-90d8cc8dec85,97528338-0610-416f-843b-52101bdff8eb +6a508faa-80a8-3246-9941-90d8cc8dec85,655c84a9-5e9f-426e-a451-90f48424f35a +6a508faa-80a8-3246-9941-90d8cc8dec85,18e9544e-2e7d-4b03-a685-67986046f100 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e4046d6-e253-4304-ba1a-e5a77c5db785 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a7c14f6-aca6-4c60-853d-9b95f432b19c +6a508faa-80a8-3246-9941-90d8cc8dec85,e71f6f0a-165d-4f09-bcb2-bcfca8b37e13 +6a508faa-80a8-3246-9941-90d8cc8dec85,47e653d4-24ce-4413-a427-656670138081 +6a508faa-80a8-3246-9941-90d8cc8dec85,19146332-42f1-4490-bf6d-ff674aa125da +6a508faa-80a8-3246-9941-90d8cc8dec85,52202103-fa45-476b-935d-97f2f853728a +6a508faa-80a8-3246-9941-90d8cc8dec85,89be54db-0ccb-4e3b-85a4-53416aa3de19 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5e3e32e-0673-449a-be9f-485e238fedcd +6a508faa-80a8-3246-9941-90d8cc8dec85,182b625e-c036-4957-a0d6-8b68b28cf2a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f3d5713-083d-4938-b008-3c12eb915e41 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd2c213b-9bf1-47cb-b7e0-013f19ac306e +6a508faa-80a8-3246-9941-90d8cc8dec85,d5fe6b4d-ea87-49fb-83a4-d61a3476decb +6a508faa-80a8-3246-9941-90d8cc8dec85,10edf75c-da59-4918-bd51-a0eb4db67752 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bbf8bc6-cc97-4450-918b-a1ac90e5c5f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,884eca6b-9e6b-4206-950d-dc516d6c9082 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0494ad5-e08d-4ed5-bc78-937e34dd742c +6a508faa-80a8-3246-9941-90d8cc8dec85,46d8395f-18b2-4ace-87d5-f4f7bb452f23 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6f5c6d5-8f20-4cdd-99cd-dc5c9d769d25 +6a508faa-80a8-3246-9941-90d8cc8dec85,85211151-82d3-4e58-b58f-1341e7d2d403 +6a508faa-80a8-3246-9941-90d8cc8dec85,959ba43f-c7f9-46b3-8f3d-d3ead3f55283 +6a508faa-80a8-3246-9941-90d8cc8dec85,3874d4d3-fb41-419c-a23f-cc63dfff01ac +6a508faa-80a8-3246-9941-90d8cc8dec85,ad9f4b88-5cf9-4dba-8d06-175d23e8a967 +6a508faa-80a8-3246-9941-90d8cc8dec85,70490f28-ff4f-49a6-a7e5-1c92eb790fe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4146fcf2-79f5-45ce-af41-033f231c47f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6c15220-a1a6-4ccf-82e1-cff165128d6e +6a508faa-80a8-3246-9941-90d8cc8dec85,acfe8bb7-8a1d-4184-957b-e30e163ddbfa +6a508faa-80a8-3246-9941-90d8cc8dec85,9f64e666-12ec-4ee8-b6e9-5d8ab6c7b252 +6a508faa-80a8-3246-9941-90d8cc8dec85,36b8a662-aeeb-47a8-8d4a-84c17cdc34db +6a508faa-80a8-3246-9941-90d8cc8dec85,3adc67d7-b935-448b-a5bb-9052dfc6be11 +6a508faa-80a8-3246-9941-90d8cc8dec85,c13b0d07-8218-4c75-be3d-5b56d66bddd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,12d8d93e-da23-472b-8044-8fe8f43be90f +6a508faa-80a8-3246-9941-90d8cc8dec85,9c5f272a-f04d-4d61-a652-a95e2aacad8c +6a508faa-80a8-3246-9941-90d8cc8dec85,67c31fe1-8840-4553-b86d-800c5947c279 +6a508faa-80a8-3246-9941-90d8cc8dec85,cce1d3b2-4b11-435f-b0a3-0dd7aeee6577 +6a508faa-80a8-3246-9941-90d8cc8dec85,9742722c-a3be-468d-a034-d8098ba66ceb +6a508faa-80a8-3246-9941-90d8cc8dec85,5b11937c-38ed-44b9-94d2-046a22a69504 +6a508faa-80a8-3246-9941-90d8cc8dec85,48a2ba1e-9bc6-4eb9-bd54-482b66146cc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2478c758-b74f-42ab-9603-dc978cb04f96 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bbf3a66-4222-420a-8325-cf771decb959 +6a508faa-80a8-3246-9941-90d8cc8dec85,8da662e0-901c-4160-9bb9-5c9212e73d2c +6a508faa-80a8-3246-9941-90d8cc8dec85,0b67f442-1461-4691-b1c0-2e188bffb719 +6a508faa-80a8-3246-9941-90d8cc8dec85,28e225a1-af14-4a1e-93aa-dcdfd2f95943 +6a508faa-80a8-3246-9941-90d8cc8dec85,d790db18-ab24-489f-a881-a4bded64ec1f +6a508faa-80a8-3246-9941-90d8cc8dec85,9d58b00c-abb1-4421-a422-1e0f8ea85d18 +6a508faa-80a8-3246-9941-90d8cc8dec85,0468d5ab-b190-4d86-b128-1e42a1c696e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,49ad5733-745f-4023-8614-b3e5b6534391 +6a508faa-80a8-3246-9941-90d8cc8dec85,14c8d036-0d61-48e2-90e9-0d0a09931a78 +6a508faa-80a8-3246-9941-90d8cc8dec85,d235ba7e-46d6-4591-96b9-fabd6068ada2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d6ff124-4134-45aa-b6af-d3918bcfd798 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c68c965-c47d-4cec-8816-6f43dd7430f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,82c935b6-2adf-490d-b4e8-a8fa50ce0fff +6a508faa-80a8-3246-9941-90d8cc8dec85,43cf5a5a-3f01-4809-9edd-8037927590e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f1ab29f-2173-4ae0-b066-f94c47224f2e +6a508faa-80a8-3246-9941-90d8cc8dec85,04c98350-79d9-4535-b0b1-1677fbb975f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fef82bcd-141d-4126-87ab-059726f4c54d +6a508faa-80a8-3246-9941-90d8cc8dec85,3be582c6-c21e-41b8-9afd-ff99799d1f67 +6a508faa-80a8-3246-9941-90d8cc8dec85,db9b82c1-5003-4f26-89a8-c7d6cbc2e4dc +6a508faa-80a8-3246-9941-90d8cc8dec85,a1ee9a78-d516-439d-9628-213061776b80 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe2298f6-d017-4f30-a48a-8ba8d7988bd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6f629e8-36dc-429a-b70c-ea5bbdf7833c +6a508faa-80a8-3246-9941-90d8cc8dec85,f5b5ce98-bf5a-4f46-9bd1-b6d621bf8a47 +6a508faa-80a8-3246-9941-90d8cc8dec85,6adc287f-6279-4fde-b611-164ea154c3d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,469320df-dc60-490c-aa5a-ec0690ad3f6a +6a508faa-80a8-3246-9941-90d8cc8dec85,b5518f49-a2f2-41b3-bea3-daee5aacc5d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4833bc17-eb20-4ecf-978a-67ca69c75d57 +6a508faa-80a8-3246-9941-90d8cc8dec85,792e2803-bb25-446c-9896-86dfe17402bb +6a508faa-80a8-3246-9941-90d8cc8dec85,ecb134ef-f65d-4ee5-9640-e1607b32af6e +6a508faa-80a8-3246-9941-90d8cc8dec85,fcc9e4ae-1846-43ec-9465-e992b824bac9 +6a508faa-80a8-3246-9941-90d8cc8dec85,786c846d-842e-4957-9c2a-e077ad55272a +6a508faa-80a8-3246-9941-90d8cc8dec85,a5e93673-ad93-4202-b9de-c373118430a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e217d09a-2dcb-4fb6-9be3-553c74526844 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9a7b2bc-7b6c-40a0-879b-2a57f94f4f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,17e602c2-c28a-459b-bd53-8638a2476e53 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9a886fd-8496-47b8-a9bd-4aa09b59959b +6a508faa-80a8-3246-9941-90d8cc8dec85,37834837-2af8-41f5-88f4-92179993009f +6a508faa-80a8-3246-9941-90d8cc8dec85,4d47a459-4c2d-4321-b18b-fa53b3d196da +6a508faa-80a8-3246-9941-90d8cc8dec85,d455bbac-38eb-4603-a8f7-032a722636b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d14e09ad-957d-456e-892d-b75585b1b2d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e7fdaf6-c165-4657-a414-225b95f25f0e +6a508faa-80a8-3246-9941-90d8cc8dec85,54ece0d2-39ad-4b4b-86b3-8554d962e958 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e8a3292-09c2-4ed9-bf3f-ab2ec411ae39 +6a508faa-80a8-3246-9941-90d8cc8dec85,a056f910-5c66-473f-9668-7ff995a353d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2512c0f7-badd-43bd-84e5-acfd5ddc6139 +6a508faa-80a8-3246-9941-90d8cc8dec85,437f7994-fec9-4c94-8937-2c4311183b36 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bde5c07-cd58-4f07-9ee0-985486849283 +6a508faa-80a8-3246-9941-90d8cc8dec85,b12a6441-fb8f-476f-9693-284866fbb687 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa46c72e-f568-42b4-a0cf-b8b1d534d9b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,36286751-3e41-4860-9834-bb24d5fcf5b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d83a0aa9-2c27-45e6-b3a2-88b8bdb9a5aa +6a508faa-80a8-3246-9941-90d8cc8dec85,90751905-cb61-4be4-9753-bc1ee7080bd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5325ae12-8efe-4934-a389-2b5b1404e64c +6a508faa-80a8-3246-9941-90d8cc8dec85,272d16ff-6e66-4917-a010-36f4f88cd8df +6a508faa-80a8-3246-9941-90d8cc8dec85,840f68f1-18b7-4284-ab3e-07490eede7b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,974bc59e-97dd-475b-b013-832a58ede8e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,aae3c82c-a342-4357-84ba-8a0230c582f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bce8c43-ea27-4880-85dc-0cffb7624aa2 +6a508faa-80a8-3246-9941-90d8cc8dec85,69f87cd8-5753-4ba1-a6c7-9898f79b04e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4ebd5db-d006-4d58-825b-b6ce7ddcef57 +6a508faa-80a8-3246-9941-90d8cc8dec85,dba4586e-5511-4457-a725-5e74ef1e7361 +6a508faa-80a8-3246-9941-90d8cc8dec85,def5bc33-509c-4f20-b28e-d7d398204f0b +6a508faa-80a8-3246-9941-90d8cc8dec85,2b81a3d0-9521-4770-bbdd-ffa779299e7e +6a508faa-80a8-3246-9941-90d8cc8dec85,94204e48-7787-4852-830e-29cf72cae313 +6a508faa-80a8-3246-9941-90d8cc8dec85,49a9c35a-8244-4410-a260-136c7fa0b3ea +6a508faa-80a8-3246-9941-90d8cc8dec85,247b3c3c-8959-46fc-ba4b-6831ad85514b +6a508faa-80a8-3246-9941-90d8cc8dec85,5de6bc20-fcc6-4599-8c57-f0b12b406dfb +6a508faa-80a8-3246-9941-90d8cc8dec85,064002f4-0fe7-4955-91f1-018fa2d2874b +6a508faa-80a8-3246-9941-90d8cc8dec85,c1aea0b1-098a-4a12-97af-8886a867d19e +6a508faa-80a8-3246-9941-90d8cc8dec85,9d799b4b-5de5-4624-a526-4c7ea6ed6483 +6a508faa-80a8-3246-9941-90d8cc8dec85,952b8c7f-deb5-49c8-b3fd-b64794e9860c +6a508faa-80a8-3246-9941-90d8cc8dec85,b6d66a21-1f97-4bfd-89e3-0d4c9dffc442 +6a508faa-80a8-3246-9941-90d8cc8dec85,179cfa1d-021a-429c-bcdc-1ede45526742 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a2775e6-40ed-4a47-979f-f38377bfde92 +6a508faa-80a8-3246-9941-90d8cc8dec85,95469349-d2e1-4a84-826b-b020b90608fd +6a508faa-80a8-3246-9941-90d8cc8dec85,b8adcee7-1ca7-4405-8108-bb58dfb9cdfa +6a508faa-80a8-3246-9941-90d8cc8dec85,ef036533-f22c-4956-b175-e74e2ed63644 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d9e4397-8d69-4035-871a-1147bf5fb284 +6a508faa-80a8-3246-9941-90d8cc8dec85,3feb101c-945b-4220-a345-a9cc2e708462 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbf473c1-e60a-4ef2-87c3-5a1b776d56a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f0f9cfc-96d5-4beb-8da1-8a5eadd41156 +6a508faa-80a8-3246-9941-90d8cc8dec85,55bbbaa1-b110-4fc2-9142-090b6caac836 +6a508faa-80a8-3246-9941-90d8cc8dec85,e877219d-be46-433f-a993-b330d2c67eb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f55e0e9b-9c92-4872-8701-662df4ee2007 +6a508faa-80a8-3246-9941-90d8cc8dec85,06b67340-b79e-4e52-8451-3a533bdcff75 +6a508faa-80a8-3246-9941-90d8cc8dec85,1262f7b8-4d63-40b1-a38b-0faf06358655 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d4f2ed4-a21a-497a-ad9a-963e8b98c0b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a85f5669-4eb6-4f3c-a536-eefb68c30b6f +6a508faa-80a8-3246-9941-90d8cc8dec85,c37367cd-1ebe-4d75-9b53-4911383f954e +6a508faa-80a8-3246-9941-90d8cc8dec85,0497ae65-db67-4855-872b-8089f5236bc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcadc623-ebba-4998-85ed-5514f5a555cd +6a508faa-80a8-3246-9941-90d8cc8dec85,80d6f91d-e6a4-45c7-9703-d8d6e7f22469 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee132d54-e976-44a7-b201-30fae53be09f +6a508faa-80a8-3246-9941-90d8cc8dec85,e0a175f3-8d6f-4394-81be-5a14a141cb24 +6a508faa-80a8-3246-9941-90d8cc8dec85,793d7480-1966-4589-bab9-bef49374ee83 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d27052-d11a-4651-bb08-1b4cf26f02df +6a508faa-80a8-3246-9941-90d8cc8dec85,d5876fa2-7070-4429-8fad-018fb2fb0955 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ac55f15-0324-4dd2-a928-64e78de2f964 +6a508faa-80a8-3246-9941-90d8cc8dec85,af0396df-845d-4b88-967a-4f4dc8b50fa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6430e1d-0a52-43e0-bd5c-f0d012a1160d +6a508faa-80a8-3246-9941-90d8cc8dec85,53cab776-6639-4a36-b0ae-134f701c69fe +6a508faa-80a8-3246-9941-90d8cc8dec85,86888292-48d8-48af-9108-a50ae5e3108c +6a508faa-80a8-3246-9941-90d8cc8dec85,71d22f01-8c8f-4139-b599-4d0520f01beb +6a508faa-80a8-3246-9941-90d8cc8dec85,f4a9f4dc-85b1-4d66-a31f-75b676b22c5c +6a508faa-80a8-3246-9941-90d8cc8dec85,0dcf928a-f5e6-48d3-aec8-77d48da635b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f46e87c-e7c4-4dc4-aefd-29180fe98466 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf847517-8e11-4651-8dd3-40c9fc58f1b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,20ee04da-8df3-4c19-85a5-1fe7eb121fcc +6a508faa-80a8-3246-9941-90d8cc8dec85,ba8eb9f0-519b-4506-95e5-b837085efe43 +6a508faa-80a8-3246-9941-90d8cc8dec85,487ca6a7-7cb2-4b75-82bb-095d234a7a72 +6a508faa-80a8-3246-9941-90d8cc8dec85,59f295ed-4960-4d9a-8d68-284870eaf133 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfa6fbe9-b839-4da1-b5a5-5e1a355977e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5940da2-2ac0-4b50-a3fb-59939e81469e +6a508faa-80a8-3246-9941-90d8cc8dec85,edf74bc2-7e6b-4800-914a-10f446c22ce6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1cbff7c-1c81-4881-9de3-d4302df126e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc354f8d-61c0-44a0-950b-fb827d076a67 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f0caee4-1585-4bb6-8bc9-010f87fef61e +6a508faa-80a8-3246-9941-90d8cc8dec85,50c758b2-e15a-47a2-8812-be596d61c7b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,14aee757-8b1b-4f22-aca4-d4af1621d328 +6a508faa-80a8-3246-9941-90d8cc8dec85,0bc9afc5-52af-46ef-8d4d-07c6c41d11ba +6a508faa-80a8-3246-9941-90d8cc8dec85,6eb5ade4-ab16-4ba3-9379-44eb1f5cd67a +6a508faa-80a8-3246-9941-90d8cc8dec85,ee9986b5-a8d3-4352-b099-d637c9b8ae6d +6a508faa-80a8-3246-9941-90d8cc8dec85,3b193f6b-e32b-47da-9b8f-9416f1f8bf83 +6a508faa-80a8-3246-9941-90d8cc8dec85,53175522-4f9e-42bb-8e15-34197ec85cc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,815160c4-75ad-4d1c-93bf-b5cee93336ab +6a508faa-80a8-3246-9941-90d8cc8dec85,d547c3a3-dca0-4759-86c5-878b005c4ac6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b1012e0-45f9-4a41-babf-d296c3f87127 +6a508faa-80a8-3246-9941-90d8cc8dec85,26a7059f-a392-40bf-a6c4-678fadf5bdcd +6a508faa-80a8-3246-9941-90d8cc8dec85,26ac63d6-114c-44ff-ac12-c247df782f49 +6a508faa-80a8-3246-9941-90d8cc8dec85,37360426-39b5-420e-939d-fbd03a5268c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffba6d3c-6130-4f50-b52d-84394f7077a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8401cab8-3d2b-4786-a1a0-15e703e8d66e +6a508faa-80a8-3246-9941-90d8cc8dec85,a56919af-3b34-463d-a037-04ef656fe701 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b8173ca-1e5c-45c7-bdb8-49019a6393bb +6a508faa-80a8-3246-9941-90d8cc8dec85,b765e31b-eed0-4770-9aea-cb2495174a8c +6a508faa-80a8-3246-9941-90d8cc8dec85,35536d13-8236-4996-aac4-774dd657b516 +6a508faa-80a8-3246-9941-90d8cc8dec85,fee47e6c-3eef-4782-934f-e89c075120e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,948159d5-d6e9-4b20-9a00-ca386f89b6cf +6a508faa-80a8-3246-9941-90d8cc8dec85,14a88fe8-685d-4c76-bebb-728e724b3ff6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc0ed462-fa41-4ca7-b1ae-41ce459d8f3d +6a508faa-80a8-3246-9941-90d8cc8dec85,e2937776-46a9-4232-a090-b90882ab8d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,315cc91a-7cc7-434d-ab2a-6066779aa316 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ca13701-02b3-4f0d-b0de-6144da4e7b73 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f62a1b6-a5a0-48ab-baf3-eb48b3048bf8 +6a508faa-80a8-3246-9941-90d8cc8dec85,19f52483-2d2f-4f63-a321-18f962c99655 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ecdbc84-ae3c-4878-9e25-27da8badbf6e +6a508faa-80a8-3246-9941-90d8cc8dec85,9862aa19-f9eb-4d8a-9d8e-750cc7cef467 +6a508faa-80a8-3246-9941-90d8cc8dec85,77d01f68-d8a2-49c4-8b47-6e57d0c7ee72 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3831e2b-0327-426c-ad45-1f2eba27f823 +6a508faa-80a8-3246-9941-90d8cc8dec85,33cdd8da-b6a9-4624-84bb-66a406f85521 +6a508faa-80a8-3246-9941-90d8cc8dec85,6137113c-01d4-4ae6-bd3f-3ce133685123 +6a508faa-80a8-3246-9941-90d8cc8dec85,99f9eaf2-0605-4b8b-8daa-2cb7d70568a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2cb4fc19-91de-4aaf-bab8-d641122b4006 +6a508faa-80a8-3246-9941-90d8cc8dec85,f77e7968-738c-4db5-92c3-d40d4096b227 +6a508faa-80a8-3246-9941-90d8cc8dec85,468b36f2-f9e4-470f-9545-c46ee540ec8b +6a508faa-80a8-3246-9941-90d8cc8dec85,823d65bb-f244-472d-b06c-fd38ec9ce8bf +6a508faa-80a8-3246-9941-90d8cc8dec85,95c88901-d4a9-4dea-8b04-2f3df789503a +6a508faa-80a8-3246-9941-90d8cc8dec85,cfcda974-f1a1-4f68-abe9-2f7897fa5fed +6a508faa-80a8-3246-9941-90d8cc8dec85,fbbbc687-a570-40a8-9f7f-018b247f542a +6a508faa-80a8-3246-9941-90d8cc8dec85,95e6fbe3-4f0d-433a-af41-45e7cbeb3bc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,879c24e1-5b6e-4553-835e-287639cf4c45 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7c5e8e6-0690-4a39-9e92-a1610697dac9 +6a508faa-80a8-3246-9941-90d8cc8dec85,546598b2-67f1-4100-b7c3-d4fdf361377b +6a508faa-80a8-3246-9941-90d8cc8dec85,51cb6d3d-274e-4589-9aa1-18e769f130f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d17efed7-b42c-4f21-8f92-6895b2dfdaa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,844dd1c6-354d-44f0-9bc6-c9ca07d73ff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,46e7626d-0e2e-43cc-bb71-51b6d8852106 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a1af197-ab36-46ea-9528-b0b1432799b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b486c18-8054-46de-8582-479209c143e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,68b03189-85c9-4ca1-8240-9ad46d85e1cc +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae53e67-7359-45cc-b577-9e99a8d43179 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cecd92c-1550-4aa2-bfb0-e86545e57bdc +6a508faa-80a8-3246-9941-90d8cc8dec85,9c38306f-bf1d-41be-8059-53df09dcae80 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3a65757-f91e-4df6-b6f0-c37d06ccbf5d +6a508faa-80a8-3246-9941-90d8cc8dec85,e8b0d56b-c96c-4842-8617-3f2bbf5c511d +6a508faa-80a8-3246-9941-90d8cc8dec85,e6a76acd-9da1-4cd5-8993-9da56c530706 +6a508faa-80a8-3246-9941-90d8cc8dec85,af8ac966-553d-4647-882b-50943647bd88 +6a508faa-80a8-3246-9941-90d8cc8dec85,59cf4364-c053-4b37-a1e4-6a807c64b5a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9948902f-735e-457e-b3c2-d1debd8ed8aa +6a508faa-80a8-3246-9941-90d8cc8dec85,5e8ca935-8a47-4a58-8e98-8a5f1cfd40af +6a508faa-80a8-3246-9941-90d8cc8dec85,7d192698-ad1d-4b94-bc89-b47465bc51bb +6a508faa-80a8-3246-9941-90d8cc8dec85,6df96ef5-00c4-44ef-a8b0-2255d41f0705 +6a508faa-80a8-3246-9941-90d8cc8dec85,cda6830a-fba0-4bd7-8dee-9d80b298ab88 +6a508faa-80a8-3246-9941-90d8cc8dec85,162b7622-570f-46c3-baf7-34d950bf61a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6ed8e05-570a-4b9c-8d57-737e5be82ebc +6a508faa-80a8-3246-9941-90d8cc8dec85,8f382b28-1458-42ec-9945-f40add7a1098 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1925a3b-d36f-4d8b-8292-70a05cba23ae +6a508faa-80a8-3246-9941-90d8cc8dec85,e3c25585-a7c3-41af-babd-d1c9e5718fac +6a508faa-80a8-3246-9941-90d8cc8dec85,d3aef6df-6ee5-41ce-b767-ae7774f0e051 +6a508faa-80a8-3246-9941-90d8cc8dec85,16a82368-31a2-48fe-af6b-0d9ea6cb3981 +6a508faa-80a8-3246-9941-90d8cc8dec85,a982ed4f-f0ae-425c-ba0a-774751b2dfb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf723ce2-05f4-4234-a606-234b2a454ea8 +6a508faa-80a8-3246-9941-90d8cc8dec85,46dae412-006f-4777-819f-c1508c41db30 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b448221-1870-4904-82a9-88068fb9d5b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c696965b-7fa5-4800-bc8d-b4acc633d936 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8ba8dcd-236f-442f-b3df-cece1c40f53f +6a508faa-80a8-3246-9941-90d8cc8dec85,8da8a172-2e0c-415f-b605-a078f27cd45c +6a508faa-80a8-3246-9941-90d8cc8dec85,33a510c7-806a-4835-a767-f0d180ca9a2b +6a508faa-80a8-3246-9941-90d8cc8dec85,20a407d8-b49d-46f2-acb4-71450b358a51 +6a508faa-80a8-3246-9941-90d8cc8dec85,2324501e-2b23-4323-87f6-5a866c37aec6 +6a508faa-80a8-3246-9941-90d8cc8dec85,31dc1461-d6aa-4e94-9fb4-c02b2e05bcde +6a508faa-80a8-3246-9941-90d8cc8dec85,618f94f7-a11f-4b95-9095-ad577aee4544 +6a508faa-80a8-3246-9941-90d8cc8dec85,b49a8627-288e-486c-a939-f6988fd1c018 +6a508faa-80a8-3246-9941-90d8cc8dec85,419574d0-5235-4c49-b397-2ad34e7c8606 +6a508faa-80a8-3246-9941-90d8cc8dec85,30167f43-f124-4fca-a2c2-d462d6f0b1fb +6a508faa-80a8-3246-9941-90d8cc8dec85,83378030-c276-42b2-ae23-ced562651232 +6a508faa-80a8-3246-9941-90d8cc8dec85,b06e98e1-7aa4-485a-9bf6-ae8dd3c60553 +6a508faa-80a8-3246-9941-90d8cc8dec85,93b9ac24-9003-47fd-9043-771dc0d372b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,96f7fa06-dfb2-4784-82b8-ef21054acb13 +6a508faa-80a8-3246-9941-90d8cc8dec85,098072a7-61ba-4889-b60c-139c5f8ec474 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f6029aa-1f97-4b2b-b567-861b97afaa15 +6a508faa-80a8-3246-9941-90d8cc8dec85,8633d0bc-3000-4f3f-bc33-462c59388c2f +6a508faa-80a8-3246-9941-90d8cc8dec85,f37beb72-0dc1-420e-8a2e-dd34ce0d137f +6a508faa-80a8-3246-9941-90d8cc8dec85,7f226c12-6426-496b-87a5-3d24fe4799e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab3ed2a3-a758-4982-b728-e9f9ae3a96d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c8f0bc9-105c-404e-a0cd-a92bb36900eb +6a508faa-80a8-3246-9941-90d8cc8dec85,089d1450-ced8-4ee6-b946-6fa8b8e69e90 +6a508faa-80a8-3246-9941-90d8cc8dec85,f82e287d-3722-49c0-9b5b-891d3e30ebdc +6a508faa-80a8-3246-9941-90d8cc8dec85,759e2154-d1bc-44a9-9f3c-b94ed6dfda93 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5d48030-d5f0-483e-b3ce-921645504096 +6a508faa-80a8-3246-9941-90d8cc8dec85,07d0973e-4523-4c9f-8fe3-20ebbc399cf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d3f6a1d-0714-4c15-b3d8-0c0938d01b9d +6a508faa-80a8-3246-9941-90d8cc8dec85,a92b3752-a797-4d95-b603-7c3ee06447f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,29c73f0a-c159-4e79-a2c9-79ea4f7a4fc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,39a9a565-ca86-4814-82d2-81e29944145c +6a508faa-80a8-3246-9941-90d8cc8dec85,670baa3d-9454-49dc-8aa3-098d944bd9f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c8ea4b1-0992-401b-bcb8-5c8f603fa65e +6a508faa-80a8-3246-9941-90d8cc8dec85,11068526-f623-439c-999b-e839c009695c +6a508faa-80a8-3246-9941-90d8cc8dec85,3639e8ce-a26c-41f1-9f91-d59f13695eae +6a508faa-80a8-3246-9941-90d8cc8dec85,38655be0-5b7d-4680-8a44-8cd63e2fb670 +6a508faa-80a8-3246-9941-90d8cc8dec85,31205fc1-1f3e-4634-8469-38b51c113518 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d9679cf-cc70-4874-b786-f76eb862c4f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6981c559-e44f-4c87-8a8a-f6b1e7d0ea35 +6a508faa-80a8-3246-9941-90d8cc8dec85,399c4be1-9c7e-4caa-a8f0-394339065cdf +6a508faa-80a8-3246-9941-90d8cc8dec85,ad27243e-975e-43fa-8e2c-b3faa073d72b +6a508faa-80a8-3246-9941-90d8cc8dec85,a8da8d3e-2630-4726-acff-252ec0d1282f +6a508faa-80a8-3246-9941-90d8cc8dec85,64547d4f-34f4-41f4-8a7a-b8f81fb8d245 +6a508faa-80a8-3246-9941-90d8cc8dec85,c760d2d1-5f90-4d54-b553-b08df861226a +6a508faa-80a8-3246-9941-90d8cc8dec85,3960cae8-01ef-4d79-be9b-51e6cd414fca +6a508faa-80a8-3246-9941-90d8cc8dec85,b41940ca-d3b8-4c6b-b6a1-97f5615f4c1a +6a508faa-80a8-3246-9941-90d8cc8dec85,98797cfd-d1c9-47ec-a955-1dcff5131e0a +6a508faa-80a8-3246-9941-90d8cc8dec85,b2459bf7-3df3-4c1b-a4a4-4b8a2f9c7463 +6a508faa-80a8-3246-9941-90d8cc8dec85,1506ccae-62e9-4c16-8857-dd58bdb11ad2 +6a508faa-80a8-3246-9941-90d8cc8dec85,15d40e65-446a-4cfa-9425-fb18e55bba40 +6a508faa-80a8-3246-9941-90d8cc8dec85,371faf24-26f7-4b00-a752-0866eca72aed +6a508faa-80a8-3246-9941-90d8cc8dec85,163a88ef-4bd0-4229-aa4a-0bea249defa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,43ec90a8-04ce-4f75-a49a-198b89d49fc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0dd92aae-0c5b-40ad-a218-8c0f9ceb28bd +6a508faa-80a8-3246-9941-90d8cc8dec85,8243a143-de58-4289-8626-5c74c3d75dcb +6a508faa-80a8-3246-9941-90d8cc8dec85,8d74a5ac-2663-4b58-b6a6-fe2b7286f46b +6a508faa-80a8-3246-9941-90d8cc8dec85,ab874c79-1e3e-4291-b95f-1ca794916125 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a4aebc1-97a4-4784-b172-4a37a6e71c38 +6a508faa-80a8-3246-9941-90d8cc8dec85,b43aadc3-961c-428c-a2e7-a05e3100464b +6a508faa-80a8-3246-9941-90d8cc8dec85,2524b99f-0be3-4b32-9cf8-bfafb23d6229 +6a508faa-80a8-3246-9941-90d8cc8dec85,16440d1f-48d3-4555-8323-2868d3a4d448 +6a508faa-80a8-3246-9941-90d8cc8dec85,b40dfe74-0ab3-4092-bf86-6cc70a4156fb +6a508faa-80a8-3246-9941-90d8cc8dec85,83d4ab19-a058-4003-97b4-5c93a9bdcaef +6a508faa-80a8-3246-9941-90d8cc8dec85,3c64dd84-d8bc-43a1-aef0-718ef818c964 +6a508faa-80a8-3246-9941-90d8cc8dec85,78ab4c77-6ffb-4390-b58c-833c288ecee9 +6a508faa-80a8-3246-9941-90d8cc8dec85,904aaf24-2189-4a18-8893-c3a700380e20 +6a508faa-80a8-3246-9941-90d8cc8dec85,74193f8f-1561-4018-940e-9f92c1a839ef +6a508faa-80a8-3246-9941-90d8cc8dec85,37dc9d45-cc26-4cd9-9bd3-1a2d8e4aa29a +6a508faa-80a8-3246-9941-90d8cc8dec85,4bcf71d5-d69a-45a0-a36b-6d5fabe0c672 +6a508faa-80a8-3246-9941-90d8cc8dec85,024b293a-a8b3-40e6-b159-211ea05f16a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a47c980-9b9d-440d-8e56-30d80fd2e7de +6a508faa-80a8-3246-9941-90d8cc8dec85,b7ce3de9-7add-4750-8cf0-1071a89cc0d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebf3f094-7d62-4f5e-8af7-70722ffe5ce9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b257db7-929e-4b9c-a6da-0d6fc46eb269 +6a508faa-80a8-3246-9941-90d8cc8dec85,98ab4dfd-0998-42f5-8b50-491b4647b947 +6a508faa-80a8-3246-9941-90d8cc8dec85,b81eaff3-25ea-4e00-9300-52f38072dc70 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d60551d-daa1-403c-b3e3-76437e7357bc +6a508faa-80a8-3246-9941-90d8cc8dec85,f191f6ac-8b06-46ed-a219-4ff33027275a +6a508faa-80a8-3246-9941-90d8cc8dec85,174c434a-9b72-4d65-be6e-7c20d69b8549 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fb7d1a4-3404-4df7-ab5d-b8347df025eb +6a508faa-80a8-3246-9941-90d8cc8dec85,6afc6885-a4c4-4379-8714-9a3fc14a99da +6a508faa-80a8-3246-9941-90d8cc8dec85,c6709481-759a-4f47-b542-55b4e628d548 +6a508faa-80a8-3246-9941-90d8cc8dec85,1997db58-2e21-4ce0-bd8a-1313b47f1ea0 +6a508faa-80a8-3246-9941-90d8cc8dec85,51bec831-5be2-4a7b-b8b1-76c88889e879 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bcac469-1f9a-4322-a5b0-827dab92fe21 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e9f0147-2b59-4efd-b6ed-24657fab45d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c15c3372-3b4b-4fe1-9e75-c100943939cf +6a508faa-80a8-3246-9941-90d8cc8dec85,b61c7082-04c6-4dc7-8e4d-b017414bb3d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1d1757d-8917-41e1-bc68-46c5825af9ef +6a508faa-80a8-3246-9941-90d8cc8dec85,acd27be1-658d-4023-9c8d-bdb1c085411f +6a508faa-80a8-3246-9941-90d8cc8dec85,724bb487-155f-4c4e-acac-5469d470c722 +6a508faa-80a8-3246-9941-90d8cc8dec85,18d3b132-ecd7-4709-a2d4-372eea307aac +6a508faa-80a8-3246-9941-90d8cc8dec85,8be85eac-b7c3-40a9-9ed8-2967c42bf23d +6a508faa-80a8-3246-9941-90d8cc8dec85,8d23220f-5b26-4c9c-9d10-5bd9b2459770 +6a508faa-80a8-3246-9941-90d8cc8dec85,12116514-f190-42bd-89f4-916d9b6f5aa5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8a84a59-f711-4ae8-96ca-b847f780164d +6a508faa-80a8-3246-9941-90d8cc8dec85,3007e6fe-84fb-4610-88aa-cbb423dddd8e +6a508faa-80a8-3246-9941-90d8cc8dec85,3f25eb8b-f747-4345-a983-1c00d2f6227b +6a508faa-80a8-3246-9941-90d8cc8dec85,c04f5a6e-520a-4369-984e-45ac3a241a36 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f52225d-97bc-47c6-b759-3f9b2574e167 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a7e54e1-d26e-4273-bea6-ee69ab0394c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d894d0a4-b7c5-44b1-a2b2-a175b068f881 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f4857e4-6eb6-4508-b747-c5d107c0aa3b +6a508faa-80a8-3246-9941-90d8cc8dec85,408ee41e-eefe-42ba-b22d-d42b5a632554 +6a508faa-80a8-3246-9941-90d8cc8dec85,3698d28d-4f9a-419d-afa7-2a57c29ae535 +6a508faa-80a8-3246-9941-90d8cc8dec85,597c4bfa-ffc9-49e3-9849-629f4fa34b5f +6a508faa-80a8-3246-9941-90d8cc8dec85,e7e572f6-995b-41b9-9255-0361db3e91cf +6a508faa-80a8-3246-9941-90d8cc8dec85,72f7fdf1-7291-4955-909c-c2a1ff8367f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,95c2906b-b126-4221-8da9-2e4f6ed3e772 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffa726f2-7f39-4bd3-942c-cdbb25457376 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed49acaa-8ff0-4181-9e61-5c31c0e73b4f +6a508faa-80a8-3246-9941-90d8cc8dec85,530c8eb5-dd85-44e6-b95f-e70f51046fb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,07189235-5571-4b55-b8df-bd7e4a57ec09 +6a508faa-80a8-3246-9941-90d8cc8dec85,16cc663d-0bef-466c-acc9-f6e0dfb28afb +6a508faa-80a8-3246-9941-90d8cc8dec85,98a33da2-332d-4702-a86a-7e5250ead2af +6a508faa-80a8-3246-9941-90d8cc8dec85,c75e9415-66e7-43a6-8e97-b185288c8a93 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d712778-a6ed-4ec5-9b66-4628943708c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,11ab92ed-a04f-4f07-be69-556c747d35ee +6a508faa-80a8-3246-9941-90d8cc8dec85,571939c6-d700-4907-a7c5-8faf47332914 +6a508faa-80a8-3246-9941-90d8cc8dec85,b037cdfc-e079-4f71-acb0-e2b90638a2b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,857ad801-131b-422f-9d8c-ce5e285d1b46 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1955f99-9d09-4b9b-8e41-67c27bfcd732 +6a508faa-80a8-3246-9941-90d8cc8dec85,85cf4909-70c5-4404-aeae-08154d9edef4 +6a508faa-80a8-3246-9941-90d8cc8dec85,5098583f-410b-4cc9-8889-aaa503c6c842 +6a508faa-80a8-3246-9941-90d8cc8dec85,133b7c42-baac-400c-9b66-1d3e5c064357 +6a508faa-80a8-3246-9941-90d8cc8dec85,08521761-fd76-4455-90db-f69de060e37a +6a508faa-80a8-3246-9941-90d8cc8dec85,ac7da4bf-47e1-485d-a8d5-e16a431e7477 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b10cb21-61e3-4b0a-a779-df2514c4f868 +6a508faa-80a8-3246-9941-90d8cc8dec85,99543cb6-6510-45b4-969c-60ea1b12fabc +6a508faa-80a8-3246-9941-90d8cc8dec85,0865b02b-26c5-4b58-ac2a-9cdff92f5ab9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4309994b-c7e9-4f61-b673-1c4b3c60e971 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b13aa0e-a947-485d-a632-5b36b3531339 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6b2c59e-0684-4cf3-a828-1d7da22ae65b +6a508faa-80a8-3246-9941-90d8cc8dec85,768e7d4b-5fee-443c-93d9-dd506b235bf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac31285d-af0a-47b3-8b8e-cdb3259242fc +6a508faa-80a8-3246-9941-90d8cc8dec85,cda3d353-8778-4f18-9e79-29bfb80c0a98 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2ad1baa-ca84-468b-a323-4c3bb1a5085d +6a508faa-80a8-3246-9941-90d8cc8dec85,e1bf28e1-e43e-4b87-a68c-063c86c8f0a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,38c4919f-e5ab-497c-b124-cfeccc25226b +6a508faa-80a8-3246-9941-90d8cc8dec85,b6d6cc4a-d6b5-47db-8365-ffa9eddbd772 +6a508faa-80a8-3246-9941-90d8cc8dec85,54c8063f-4827-4829-85ef-796c4dab4c99 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5527a07-badb-42e6-9513-3da4406d5eff +6a508faa-80a8-3246-9941-90d8cc8dec85,33f689bd-d26c-4b14-beab-47281359786a +6a508faa-80a8-3246-9941-90d8cc8dec85,f96e97ce-b447-4178-bf7c-d103ec33eded +6a508faa-80a8-3246-9941-90d8cc8dec85,02bc2250-aba0-4255-a6dc-cf572b7ce2e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8325291-2ff3-4668-8718-8be23d90f289 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c3c8752-73f9-4a74-b858-30b0dee60dfe +6a508faa-80a8-3246-9941-90d8cc8dec85,6242b7b9-28a4-4fcf-ba0f-d0e720629ab7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7487396e-a6dd-4c5e-abfe-ae6b930c2a5a +6a508faa-80a8-3246-9941-90d8cc8dec85,56897cfc-2519-4ba3-9c72-eee3696a5ff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cdeff90-7341-418d-8094-8fc2a47addd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb58fd9e-b5aa-4a52-8b23-c6939457f96e +6a508faa-80a8-3246-9941-90d8cc8dec85,32fb579b-f117-4328-8191-0db3d0eb0124 +6a508faa-80a8-3246-9941-90d8cc8dec85,dde4d5af-2771-493c-bc31-51c6ec5bff6d +6a508faa-80a8-3246-9941-90d8cc8dec85,ea8dc0b3-22c1-4f20-b34e-e5b86c3e757d +6a508faa-80a8-3246-9941-90d8cc8dec85,0aa3324f-a2f9-44bb-a83c-7e68ab01ac29 +6a508faa-80a8-3246-9941-90d8cc8dec85,284ae4c5-225b-4229-986e-a786e2c373b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b0ca6f9-7376-4cdb-b9f1-fea7e1ed34e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,238c0f2d-db6c-4556-b5d4-945bb229caa6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ceec1b9-3d4e-4dbb-8ae7-3c82c34e6457 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2416f26-1665-4f55-b428-29ecedfa0ba3 +6a508faa-80a8-3246-9941-90d8cc8dec85,42433301-95e2-46b1-947e-f6189705884b +6a508faa-80a8-3246-9941-90d8cc8dec85,5fb6c0d2-d3d5-40db-96d4-c6f24c45b0b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b6af23e-43bd-48aa-80b7-bfe2cce679bd +6a508faa-80a8-3246-9941-90d8cc8dec85,d176135e-8300-444c-9eb0-57f30b4f1fbe +6a508faa-80a8-3246-9941-90d8cc8dec85,d2443d55-fc3d-450e-8427-ea03dda7a4d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,72bf9a4c-9475-4425-bcc3-f22ce6145e95 +6a508faa-80a8-3246-9941-90d8cc8dec85,151f0ee7-3c57-45d3-ac22-f1a2484a3b1c +6a508faa-80a8-3246-9941-90d8cc8dec85,bade51ea-0bef-4e70-bfb3-7bd2a802ab60 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8220736-9496-4233-b6ed-c70c39777dd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcf8dda0-ae69-4b09-bd8e-0bc05f511148 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c8c2dec-5a12-44ad-8321-b2b2d23b7209 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7997558-ffa0-4993-b2ff-89474ec61cb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,bbd17e32-04dc-4d8b-a327-eea1e27a69b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,adacfccb-1b9f-42b6-a75d-9eb5203e85af +6a508faa-80a8-3246-9941-90d8cc8dec85,8c5d5e4a-f7f3-49d8-a8d3-76422fa3dfd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,94685b5a-888c-43ad-9567-d25535df4772 +6a508faa-80a8-3246-9941-90d8cc8dec85,159049f4-395a-48b5-8529-19cf6951baac +6a508faa-80a8-3246-9941-90d8cc8dec85,04b2aa97-5619-41c8-896b-b42bf6c9d815 +6a508faa-80a8-3246-9941-90d8cc8dec85,401a6627-341d-43c6-b4c4-df00a7c1b56b +6a508faa-80a8-3246-9941-90d8cc8dec85,40c61c06-2281-4660-8a1b-d2a765820bae +6a508faa-80a8-3246-9941-90d8cc8dec85,b1fe86aa-4b75-4afa-a716-4943260a4c57 +6a508faa-80a8-3246-9941-90d8cc8dec85,04c1f25d-00ea-4eaa-8caf-364143f60f1f +6a508faa-80a8-3246-9941-90d8cc8dec85,d5c4af9c-833e-4946-aa65-b1d422cb131b +6a508faa-80a8-3246-9941-90d8cc8dec85,be79f96b-d394-46c5-bba4-43a3cb0adc2f +6a508faa-80a8-3246-9941-90d8cc8dec85,2b9c5653-bb6b-4244-b540-f23e7c7b5bb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b50d384-feca-49c7-b7a6-fa5325315efb +6a508faa-80a8-3246-9941-90d8cc8dec85,81f2f4f9-c541-4ce6-92f9-440172b9d9ab +6a508faa-80a8-3246-9941-90d8cc8dec85,c6eed30c-e61f-4b4d-98e4-4583bc5e243d +6a508faa-80a8-3246-9941-90d8cc8dec85,6b88ebe7-5f57-4fdd-9295-a6b4340af89a +6a508faa-80a8-3246-9941-90d8cc8dec85,f5d42399-5faa-45a2-a9a2-cd9a79ead768 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f09b757-f0a0-4c8c-9ce9-e6a4a84876e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1c18cf8-f603-443f-ae3b-1975f62ed6bd +6a508faa-80a8-3246-9941-90d8cc8dec85,f5af0091-e984-4eb5-8c8e-f2bde7a4fcd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6adcd253-2751-4a86-b9ac-6329a5b28573 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8929132-f9fc-47db-8133-58c09e01905a +6a508faa-80a8-3246-9941-90d8cc8dec85,c30212b7-089a-49a2-9393-24c455d05335 +6a508faa-80a8-3246-9941-90d8cc8dec85,28e166c9-c59a-44a6-8945-87a4fd912172 +6a508faa-80a8-3246-9941-90d8cc8dec85,f02fd20e-8bb3-4a5b-ad8b-a116a5c54d22 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac6ab27f-bd66-4bdd-b08a-faf54c84c10f +6a508faa-80a8-3246-9941-90d8cc8dec85,975a5689-31da-4bbb-926a-fef24b34b678 +6a508faa-80a8-3246-9941-90d8cc8dec85,22d8357c-3a9b-4bbf-b9f0-4e8a1fb33162 +6a508faa-80a8-3246-9941-90d8cc8dec85,21036cc5-ab7c-43f3-b07a-adc57bce4b9a +6a508faa-80a8-3246-9941-90d8cc8dec85,bf509f6d-0ae8-459d-81c1-2689ed7a0c69 +6a508faa-80a8-3246-9941-90d8cc8dec85,6bdb452d-bd8d-4834-9ce1-0988c9109f8f +6a508faa-80a8-3246-9941-90d8cc8dec85,da1f5f87-0863-47df-87fd-7faf35c252ac +6a508faa-80a8-3246-9941-90d8cc8dec85,07e2f2b8-18ce-46dc-8070-fbae852f9ced +6a508faa-80a8-3246-9941-90d8cc8dec85,7afbd0dc-3e79-49c9-a13b-cd7458a2303a +6a508faa-80a8-3246-9941-90d8cc8dec85,7d7dec42-33da-4757-af2e-d25082cfd5fe +6a508faa-80a8-3246-9941-90d8cc8dec85,a467167d-eeb6-452d-b671-faa50b954d36 +6a508faa-80a8-3246-9941-90d8cc8dec85,14b72fba-4c9e-4091-a518-cee9260ac1bf +6a508faa-80a8-3246-9941-90d8cc8dec85,cbd6e315-dfa4-4788-ab70-242c354a1831 +6a508faa-80a8-3246-9941-90d8cc8dec85,a48f6de9-2f53-4936-9113-1f4e3527ec56 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad272210-7e1e-4670-992f-61cba117ba2d +6a508faa-80a8-3246-9941-90d8cc8dec85,2b5c6228-5e98-46ba-b287-42abaa4107f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,658435f5-1adc-49db-9ce0-b599d2a6cd8f +6a508faa-80a8-3246-9941-90d8cc8dec85,e59a9b4e-f828-4c06-af9f-b2fff2c496da +6a508faa-80a8-3246-9941-90d8cc8dec85,324ca410-dbb5-4869-92f1-d2ef5c3a7bfb +6a508faa-80a8-3246-9941-90d8cc8dec85,c631b11a-922d-4ea5-b256-cb5f786c716a +6a508faa-80a8-3246-9941-90d8cc8dec85,28fec717-2f06-45b9-b36d-eefb24fac3e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f187fad2-122d-4d48-b4b3-78def106d961 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4cf2e46-aabc-45b7-9280-65917a29ced4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c06b9dc-b360-4418-b812-23eca6397ec5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff6f9559-ac05-493b-98c0-14e0df8458d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,34c21ecb-63b6-4e17-9bfb-25bbf9b9f20f +6a508faa-80a8-3246-9941-90d8cc8dec85,4ff1cfaf-29d6-4cb5-8f6c-2ab5111d96dd +6a508faa-80a8-3246-9941-90d8cc8dec85,72d7a7df-5738-4471-a7af-024187578384 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c8eeae6-2f44-488b-b74c-7073e6ef4dfe +6a508faa-80a8-3246-9941-90d8cc8dec85,6d82dc11-67c7-4e0a-86d5-97562a34c519 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9195bcc-325e-4a16-9511-986238a150b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4bcd3b9-68ec-4f9f-8e44-f3a4d2fc96f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,13007ce1-30a1-433b-8211-e6a14e067673 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f1288a8-4971-4c2a-b601-faa74ddcd69c +6a508faa-80a8-3246-9941-90d8cc8dec85,95d5443a-e4a2-420c-9396-4e7d08f9de81 +6a508faa-80a8-3246-9941-90d8cc8dec85,4556ec79-f095-42f0-9c45-d86e14759dcc +6a508faa-80a8-3246-9941-90d8cc8dec85,936959cc-ef56-4c43-a1d9-ac8aa91aa8cf +6a508faa-80a8-3246-9941-90d8cc8dec85,15dc5158-03a7-461c-a565-5abc4c10d048 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa476e12-9ccb-4ccb-b05b-a6cf918e3c79 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bdcc8f8-4a92-4baf-b145-17c2124d6e6d +6a508faa-80a8-3246-9941-90d8cc8dec85,799b7eed-4d76-4ed6-a4f1-512d33d494ed +6a508faa-80a8-3246-9941-90d8cc8dec85,e45156a5-dd62-4771-a6f5-ce1f5b8b9c67 +6a508faa-80a8-3246-9941-90d8cc8dec85,15da0ab7-b419-4dca-8b50-3a217f3a56a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef4cdd25-fa2b-4aec-9e3a-7f49bcf0db15 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1a528d9-305d-4685-92d9-ec717f91589c +6a508faa-80a8-3246-9941-90d8cc8dec85,2241f6a5-0187-4d69-90f4-1410fcb20ebc +6a508faa-80a8-3246-9941-90d8cc8dec85,2fd85fb8-32ad-467f-927c-2fbc08f4b84e +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae2c7ba-3585-4867-9ad9-6b3bc20608f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,06270461-fdc3-4ed6-a056-4143f3a68816 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b067c47-bdaa-4c54-a968-655bb0abf69c +6a508faa-80a8-3246-9941-90d8cc8dec85,efcc5d71-551e-4de5-8137-c9981a1bca3a +6a508faa-80a8-3246-9941-90d8cc8dec85,1ac62371-a81c-467c-b1f5-cecc21cf092c +6a508faa-80a8-3246-9941-90d8cc8dec85,a7c308d6-d653-44c0-b3d0-6530794678a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,775a6174-0fd1-4514-a0c7-1ecba9a143ab +6a508faa-80a8-3246-9941-90d8cc8dec85,72ee0532-8de8-43ac-8b31-1e4be5d2b264 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa01224e-b5d6-4cb3-917f-9aaac1000ce3 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c38d369-68b1-41e4-b8ea-62906f3619df +6a508faa-80a8-3246-9941-90d8cc8dec85,3acb11c3-9f17-4f56-9ec9-e042fcc61c4f +6a508faa-80a8-3246-9941-90d8cc8dec85,bc191cad-7600-4ddf-820a-73ef6d2a0cc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b54690de-b1b6-4975-abd4-5cb708e9aecc +6a508faa-80a8-3246-9941-90d8cc8dec85,6ee30286-2776-4f4f-8017-79a209665fd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,93a9fdf3-d27e-4373-8a5e-750476780b71 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3f560a1-7156-441c-826d-f084576b4525 +6a508faa-80a8-3246-9941-90d8cc8dec85,51a7d40f-7231-4482-9b98-2c5fe7eab950 +6a508faa-80a8-3246-9941-90d8cc8dec85,82971c1d-60b7-4f82-899a-0c31b5e85142 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6b98d79-4dee-4354-9df7-035786f42b55 +6a508faa-80a8-3246-9941-90d8cc8dec85,53298322-6770-428c-bbec-875d6f3e8a0c +6a508faa-80a8-3246-9941-90d8cc8dec85,d6214944-7fd7-476d-b87b-2ce0277b2373 +6a508faa-80a8-3246-9941-90d8cc8dec85,f37126b8-8fc1-4c95-8725-627c32014383 +6a508faa-80a8-3246-9941-90d8cc8dec85,3301d694-3016-48dc-8181-1a0ce1afb77f +6a508faa-80a8-3246-9941-90d8cc8dec85,e36819f1-9580-41ed-8bc6-2ad1eca64703 +6a508faa-80a8-3246-9941-90d8cc8dec85,57848198-178c-41ff-b00d-5d195015b4e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d4e0512-af23-4156-9ab3-ba36b06c9301 +6a508faa-80a8-3246-9941-90d8cc8dec85,ced411e6-823f-4909-9768-99c09c7074cc +6a508faa-80a8-3246-9941-90d8cc8dec85,6f1ddf5e-7d8e-47c8-bb2d-7f04df5bdb7c +6a508faa-80a8-3246-9941-90d8cc8dec85,aa9aacc1-e855-41df-8bd1-ce9ae1e9cdcf +6a508faa-80a8-3246-9941-90d8cc8dec85,0bc034c6-3fbe-43c1-8f50-238db98e2d6a +6a508faa-80a8-3246-9941-90d8cc8dec85,f7ebed7c-f63b-4c80-bd23-d204c284cb5f +6a508faa-80a8-3246-9941-90d8cc8dec85,c6af16b5-39f7-4b79-ae20-b52e475037c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b30c1311-71f6-47b5-ac66-0812abbdcac8 +6a508faa-80a8-3246-9941-90d8cc8dec85,68524a8f-d044-4480-a588-ea6ef78a38c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4fbc06e-7a51-4950-9daf-068b5b906807 +6a508faa-80a8-3246-9941-90d8cc8dec85,41a949e1-8e7e-479e-b29f-77d9b6d10a2d +6a508faa-80a8-3246-9941-90d8cc8dec85,96845855-034a-4618-a325-db9becf66f75 +6a508faa-80a8-3246-9941-90d8cc8dec85,834fe3e3-0cdb-4aa7-bda2-06a77dd81e28 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebd0aed0-1c46-4f65-92ca-55909694f6aa +6a508faa-80a8-3246-9941-90d8cc8dec85,a5b13c85-c84b-45b3-821a-83000c4da35a +6a508faa-80a8-3246-9941-90d8cc8dec85,affe4f06-d408-4145-89d4-1779365a90d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6812d997-5a72-49a6-8e69-6371ca2e0a2a +6a508faa-80a8-3246-9941-90d8cc8dec85,731fc13a-aea5-4511-bb02-e6b30ccf7624 +6a508faa-80a8-3246-9941-90d8cc8dec85,f896a356-4a62-44c9-a7c8-42ee50318b31 +6a508faa-80a8-3246-9941-90d8cc8dec85,d01fba5b-574e-443d-a0a1-b974be70bbe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcc522a2-40fc-4487-84cd-744c96fc88d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad10e441-f7b0-4473-9264-f19ad6b437e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ed4ef9e-cb65-4a78-9dbf-259731dbd8d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb13a738-29e9-4de7-a6d3-87c68bd0a0bf +6a508faa-80a8-3246-9941-90d8cc8dec85,c2688ef2-4ef5-45c4-aa85-a71134c9bd19 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd01f6fe-a6e6-41f4-9f50-4a06305e3084 +6a508faa-80a8-3246-9941-90d8cc8dec85,50261b72-d7a1-4e79-91a1-f669dbc64d23 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6793687-0f1e-4bef-a07c-86d493efb8cf +6a508faa-80a8-3246-9941-90d8cc8dec85,1f9ecd8a-bf7c-48a3-8905-4d1aa01cefe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,38f6cd52-f29e-40a8-9705-3304beb7a41a +6a508faa-80a8-3246-9941-90d8cc8dec85,0fc34029-4c78-436c-994e-f5d8a0c4a147 +6a508faa-80a8-3246-9941-90d8cc8dec85,6961b7ff-3564-4130-9019-dd17b3bce456 +6a508faa-80a8-3246-9941-90d8cc8dec85,119966dc-afe6-4066-a211-1bb8cdf2658a +6a508faa-80a8-3246-9941-90d8cc8dec85,0b716736-0622-42ce-b632-1bd792343291 +6a508faa-80a8-3246-9941-90d8cc8dec85,19ee8022-ee8a-4142-af37-70c19f8e51dd +6a508faa-80a8-3246-9941-90d8cc8dec85,da95304e-b770-4ecd-b026-820cafa92145 +6a508faa-80a8-3246-9941-90d8cc8dec85,106168a6-1150-4630-976d-1e3cdd17c650 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4608226-a7aa-4957-8f6b-a47810e0439e +6a508faa-80a8-3246-9941-90d8cc8dec85,3b847b01-cae5-4af0-9e79-590e3cb5b632 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf88d475-6709-4c0a-a08c-773d05ebe4c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,850a3358-6bb9-4793-8f26-680486b761e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3798589f-adca-41be-a14b-b3054cc7875c +6a508faa-80a8-3246-9941-90d8cc8dec85,ed0fd6d8-db21-4d24-85da-dd2f8ffaf5ea +6a508faa-80a8-3246-9941-90d8cc8dec85,7ce7b88d-ed31-4fc9-8b20-f75803834e9a +6a508faa-80a8-3246-9941-90d8cc8dec85,c2a1b544-46f9-45f0-a5a9-fd06c7e6212f +6a508faa-80a8-3246-9941-90d8cc8dec85,00a8a080-023b-4ea2-85f0-9ec178e5a924 +6a508faa-80a8-3246-9941-90d8cc8dec85,20971580-22bb-4176-85b0-0a6d87886632 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fad5a4a-545c-4a5d-a672-470ba86eea67 +6a508faa-80a8-3246-9941-90d8cc8dec85,314b52d5-8e9b-42b2-91d4-89195a9f6770 +6a508faa-80a8-3246-9941-90d8cc8dec85,206573e7-d7fc-4a06-98a9-1f8aa918ecb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,6728ff81-5d37-4331-b5ea-5815d0817046 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d9d60cd-b3be-40b6-b9c9-14f7893a0066 +6a508faa-80a8-3246-9941-90d8cc8dec85,88a0759b-281c-4b1b-8588-f05000a05f03 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d72bd06-770e-4800-93ec-551bcb21d6e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4433cb68-5340-48d2-8588-83b08ca0f1df +6a508faa-80a8-3246-9941-90d8cc8dec85,7bf91c90-afc4-4f5c-ac77-0e50c0e12289 +6a508faa-80a8-3246-9941-90d8cc8dec85,d90a3bd1-163e-4818-8d82-2361b6f1b91b +6a508faa-80a8-3246-9941-90d8cc8dec85,744afb1f-76ed-4225-af10-ebeead583930 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffdefd8d-cd55-48e5-b9d1-09e59c43503e +6a508faa-80a8-3246-9941-90d8cc8dec85,9e0bc126-605c-4a17-814a-13d807741e6a +6a508faa-80a8-3246-9941-90d8cc8dec85,5f7545df-712c-448b-b192-e1f5186749cc +6a508faa-80a8-3246-9941-90d8cc8dec85,b3303b4e-80ee-492d-a106-b861bbc54967 +6a508faa-80a8-3246-9941-90d8cc8dec85,3efa47f6-3e05-4d4f-9ec9-9044ba0b9385 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc1315ae-86af-4ae1-9fb2-694f142144d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,202de087-731e-450c-9555-c4f4bd20491b +6a508faa-80a8-3246-9941-90d8cc8dec85,60201141-2271-4695-822e-1f7ac8b2d439 +6a508faa-80a8-3246-9941-90d8cc8dec85,854fa4f2-bc8b-4658-b70f-229d975ac8bc +6a508faa-80a8-3246-9941-90d8cc8dec85,db31a710-a2e8-41c7-ad3a-a94e9a08afc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a65993b7-756d-4499-97f8-22f999bb9493 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd096619-faf9-4efd-b629-1d0bc9b590ce +6a508faa-80a8-3246-9941-90d8cc8dec85,78a0587a-3e31-48f2-a1a3-ce9ae4196e13 +6a508faa-80a8-3246-9941-90d8cc8dec85,03b0cb23-76b2-43a4-adb3-d2b74d9a52f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,65cb6cc6-c301-4a72-ad48-1107cb4a4708 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7d98f64-2a2f-40ca-9b02-b556f67f3029 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd328c78-c46d-406d-928c-a61fedebcb08 +6a508faa-80a8-3246-9941-90d8cc8dec85,ccad60e6-75d0-4338-ba0f-19f6a942ab7c +6a508faa-80a8-3246-9941-90d8cc8dec85,a98b6a56-6e0b-499d-8bb8-bf1bfd901377 +6a508faa-80a8-3246-9941-90d8cc8dec85,efd4e327-eca0-4db6-b1ad-b485c63ce14d +6a508faa-80a8-3246-9941-90d8cc8dec85,a9fd8d13-a631-44f4-aed8-b00a48710f19 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b1beaa9-092e-425b-9e3e-474e6bac837b +6a508faa-80a8-3246-9941-90d8cc8dec85,962186c3-4e2a-4b34-8fb3-0ceaace1180c +6a508faa-80a8-3246-9941-90d8cc8dec85,f1465f00-d9a3-41b2-bf03-457b25cc3cd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a68efa1-5c4f-4c95-923c-c36baa6035b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,65d4e5d6-f29a-459f-b320-c38b9c5cd065 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c838fda-1560-42fa-9634-96e79ceccf5b +6a508faa-80a8-3246-9941-90d8cc8dec85,5400f139-b3f6-4aff-ae97-2b36288a384d +6a508faa-80a8-3246-9941-90d8cc8dec85,33a3d76a-f777-459e-a8e8-75b071901f5a +6a508faa-80a8-3246-9941-90d8cc8dec85,3dd4b197-93f3-4427-b8fd-23dbf42027e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7a7ac73-0752-4d26-9079-c22449429934 +6a508faa-80a8-3246-9941-90d8cc8dec85,cee5aa02-9a8a-4f35-b6f2-1501b9c07b5d +6a508faa-80a8-3246-9941-90d8cc8dec85,23c2c99d-e273-4cbf-8c7d-563333daa185 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd3c2e69-c238-4a3e-9cbb-d1308cd69429 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8d144c7-6a1a-43dc-ac29-def05f4727c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,85c340b6-80fa-404e-a33f-0f3b7fbbd14d +6a508faa-80a8-3246-9941-90d8cc8dec85,fd1fcf06-72d8-4d3a-985b-31eb73772ca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,219e9fad-d1af-4449-a9e8-db2183ac6c6c +6a508faa-80a8-3246-9941-90d8cc8dec85,5c56175c-d3eb-439d-a344-e8204e9db288 +6a508faa-80a8-3246-9941-90d8cc8dec85,d0ec7162-2732-4c7a-acf0-07b0b5fa66ff +6a508faa-80a8-3246-9941-90d8cc8dec85,ecd02394-ca9d-4732-9cb5-099312eb9164 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cb4b50d-abd6-4ed1-8958-4c34d9d4b0e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,97698db0-541a-41f8-937c-96ec55cf5cba +6a508faa-80a8-3246-9941-90d8cc8dec85,2fd0429a-39cc-428b-b1e4-c831a357917c +6a508faa-80a8-3246-9941-90d8cc8dec85,e72fe0aa-d7cc-41d8-bdd2-8f1ac8ec426f +6a508faa-80a8-3246-9941-90d8cc8dec85,1c4342ca-ab45-47f6-8441-d1164e5333f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1da44c2e-5e60-48ad-a8d6-7b0a4c6b71d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b711982-0c5c-4209-8158-e82ab9feb823 +6a508faa-80a8-3246-9941-90d8cc8dec85,044a4b58-419f-4763-9133-dd707d72976d +6a508faa-80a8-3246-9941-90d8cc8dec85,247185e5-65ae-430e-b102-b11571593fcd +6a508faa-80a8-3246-9941-90d8cc8dec85,a15ea90c-b667-42bb-bdc8-8eb6d39d2b0a +6a508faa-80a8-3246-9941-90d8cc8dec85,6b64c677-87ba-4629-b7a4-764176ec2c6b +6a508faa-80a8-3246-9941-90d8cc8dec85,d8bf01b0-a973-47a6-b845-90b24b191611 +6a508faa-80a8-3246-9941-90d8cc8dec85,f617a456-0cba-4c7f-93a9-25f7c9a575ee +6a508faa-80a8-3246-9941-90d8cc8dec85,01ec9616-0bb2-4a69-b6bd-01665d64a98d +6a508faa-80a8-3246-9941-90d8cc8dec85,4fa87ecb-29f0-4d5e-a396-3f06313f1ab6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7442e18-5931-474d-9cd5-06e29c6c8d6b +6a508faa-80a8-3246-9941-90d8cc8dec85,3b0c8a44-05cf-43c2-840a-c16071de4ebc +6a508faa-80a8-3246-9941-90d8cc8dec85,3c4eafba-0e89-4156-9152-cd1d2cfc17ae +6a508faa-80a8-3246-9941-90d8cc8dec85,afe6aff0-04c8-4acf-82fb-5ac5466ca310 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc3f5a20-5993-4081-a383-c82d2363a9b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7243513-b5e2-42a6-acdf-f69ae31be006 +6a508faa-80a8-3246-9941-90d8cc8dec85,22195e73-5af0-471d-98d9-e337cc4b92cf +6a508faa-80a8-3246-9941-90d8cc8dec85,b92c159a-688a-4179-a940-25a14441e54a +6a508faa-80a8-3246-9941-90d8cc8dec85,7784ad3d-5e6c-491a-8cb2-4c991a8df87e +6a508faa-80a8-3246-9941-90d8cc8dec85,52c4d5f6-b555-4b7a-b118-f1798fcbe5a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d96a95ec-280c-4b5a-b7a1-9a90ccd3dc35 +6a508faa-80a8-3246-9941-90d8cc8dec85,f42c3757-294f-4bea-804c-218595caa124 +6a508faa-80a8-3246-9941-90d8cc8dec85,37490893-9c46-49ea-8f7b-ffb2fca61e92 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b4ebcfd-d84b-4ebb-81e5-14b4bbda28ee +6a508faa-80a8-3246-9941-90d8cc8dec85,f730e197-bcc9-4dec-9e5d-e51f9d8c231b +6a508faa-80a8-3246-9941-90d8cc8dec85,5aecafbd-0553-43f3-8ce7-aa46d72b16c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb76e2d3-e3fb-4882-ab4e-d0f8b2f11f32 +6a508faa-80a8-3246-9941-90d8cc8dec85,865ce704-5224-4ef5-a9d6-900065db6c4c +6a508faa-80a8-3246-9941-90d8cc8dec85,a40ac5ca-8b91-4e94-bfd0-a0eb6ef375e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,89be39f3-c0eb-46cd-953b-834e42992fda +6a508faa-80a8-3246-9941-90d8cc8dec85,644bf178-c752-4ac7-90fd-4670833ee4c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,03a39604-4526-44c5-b369-035fd5a9b687 +6a508faa-80a8-3246-9941-90d8cc8dec85,67dc1bab-5cac-431e-a01d-50f40062e072 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4831d08-88f9-42ed-81da-abb81d24afb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad15f7bc-a993-45b1-831a-02f77d670728 +6a508faa-80a8-3246-9941-90d8cc8dec85,e803c8fb-a913-4898-a155-0ab0f00c21dd +6a508faa-80a8-3246-9941-90d8cc8dec85,2cdd7a21-e8a3-4378-a4e8-3de701283495 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebb64204-46ef-4ff0-ae82-a9c2af5c0745 +6a508faa-80a8-3246-9941-90d8cc8dec85,88241f85-7564-4875-b93c-78ebee84be8d +6a508faa-80a8-3246-9941-90d8cc8dec85,c3614432-c6c3-4535-9d18-798926c5b0d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,47805d7a-bc62-40e5-9f8c-a0f1e292351a +6a508faa-80a8-3246-9941-90d8cc8dec85,f51f089c-585d-4b41-8cfc-1d3bbe3d6bf5 +6a508faa-80a8-3246-9941-90d8cc8dec85,01f7c5db-1c08-4d97-8b24-427313a9c998 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a3c838f-54e0-4de6-bfa7-3304470090b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6990c241-17c1-4a8a-84a2-f18ff3a1c01d +6a508faa-80a8-3246-9941-90d8cc8dec85,35ecdbf9-59c0-4328-860c-b90ee08dba05 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec619770-29d8-4d0d-8a44-ab49c60dc66d +6a508faa-80a8-3246-9941-90d8cc8dec85,afe6a03f-5424-4a2e-b032-68854b9389e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2472fff0-0525-42b1-9fe3-6c614b472f10 +6a508faa-80a8-3246-9941-90d8cc8dec85,60e4b064-a67e-44b5-8174-a1161d10b6ca +6a508faa-80a8-3246-9941-90d8cc8dec85,ece867d2-1808-4b0e-bed3-410459990efa +6a508faa-80a8-3246-9941-90d8cc8dec85,3e849239-33b9-477b-9d6e-d5c0f2effe08 +6a508faa-80a8-3246-9941-90d8cc8dec85,27db1dd7-b81e-4a0e-bea0-5b433edf8318 +6a508faa-80a8-3246-9941-90d8cc8dec85,aea7999c-235f-4554-a9d6-13c82ca6db97 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a920c23-584a-4970-b466-283de6032cef +6a508faa-80a8-3246-9941-90d8cc8dec85,0e93974d-440c-47d8-a833-be0b7e415049 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a666028-3979-4856-83ce-f70a7afdc2d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a855a3d-f298-4e22-80b4-861f3a6b154a +6a508faa-80a8-3246-9941-90d8cc8dec85,8f5aa77d-c4e3-4c69-8d81-ccb54b13bc6b +6a508faa-80a8-3246-9941-90d8cc8dec85,ae5c421d-6fb2-4acf-a669-6e33d9d0860d +6a508faa-80a8-3246-9941-90d8cc8dec85,41b0fd79-3f3b-4af3-ba17-1da1faffbb6c +6a508faa-80a8-3246-9941-90d8cc8dec85,b83f1d1a-309d-45d4-ad7e-ae9fda30b2f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8965c9e3-d555-40b7-8f05-d6462dab45b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b09bebc7-31da-4813-ab0e-d4dcf6ab1620 +6a508faa-80a8-3246-9941-90d8cc8dec85,dad8556c-6a9b-4ba4-bd69-9883ed049232 +6a508faa-80a8-3246-9941-90d8cc8dec85,2521ffd5-5aba-4698-812e-91f4499f83f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,faea8b68-a458-4683-83da-890d6eddc95e +6a508faa-80a8-3246-9941-90d8cc8dec85,f0fcafad-9c98-4b9a-8dfb-3cd5b6a9aab2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c55ef28d-add1-4afa-8e00-922ca0d9a5a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c4b1347-d2c9-42ec-8ced-5a93d13585fd +6a508faa-80a8-3246-9941-90d8cc8dec85,2767dec9-bd5b-4926-a57d-bdca53082637 +6a508faa-80a8-3246-9941-90d8cc8dec85,1806d1f2-a300-4a88-8add-bd25f4f6685e +6a508faa-80a8-3246-9941-90d8cc8dec85,149f41d1-0920-489b-8d98-3ae486f43b6f +6a508faa-80a8-3246-9941-90d8cc8dec85,f0e3ffba-41ba-4059-bfc8-5215908bf362 +6a508faa-80a8-3246-9941-90d8cc8dec85,c615bebd-8fb3-41a1-871a-568d4bbc452b +6a508faa-80a8-3246-9941-90d8cc8dec85,8ad71437-3892-4d06-9f02-02860e3da783 +6a508faa-80a8-3246-9941-90d8cc8dec85,da1ac30e-65da-4f05-803b-915dfa444176 +6a508faa-80a8-3246-9941-90d8cc8dec85,765005e2-a830-41ac-9c7b-c6681ff83fa6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5fecbde-f1e9-4d5b-931e-31bf4a2b0715 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc4be7b3-6169-4ad7-b4e4-ba9f54079ec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c8f7a09-9922-4410-9957-cd0bfa29f92a +6a508faa-80a8-3246-9941-90d8cc8dec85,3f2635f1-85aa-4546-8655-a48c0efe5b15 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2aeba70-d82e-4fe8-81bc-83384e0746b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,9dc744b0-d08d-4b3e-82f4-f3fc546c47f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7ec49ab-7f6b-41dd-a238-22fd93db4a1d +6a508faa-80a8-3246-9941-90d8cc8dec85,558b1c81-92d2-4209-be51-1bc7758240db +6a508faa-80a8-3246-9941-90d8cc8dec85,7e1e8254-ddfd-4b8f-b80c-6d8447acbe24 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c18c468-5761-4607-aefe-a564885d161a +6a508faa-80a8-3246-9941-90d8cc8dec85,3e73a5a5-ed63-4322-af18-1b311eb4cc1b +6a508faa-80a8-3246-9941-90d8cc8dec85,ae093a36-881e-430d-92d4-d59ea970d1fe +6a508faa-80a8-3246-9941-90d8cc8dec85,bed95c93-66f6-4a2c-840e-28fdaf57ce1a +6a508faa-80a8-3246-9941-90d8cc8dec85,d5016c30-228c-4251-91b0-0414de9c9ad0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fff2f855-2d4a-4424-b0f8-fd1c75eabe70 +6a508faa-80a8-3246-9941-90d8cc8dec85,148392f1-b482-4f83-8442-116f57256436 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd04d899-0e70-4c31-855c-73ea325619d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cc3a7b9-5bca-45a4-91fd-fa51803f952a +6a508faa-80a8-3246-9941-90d8cc8dec85,e6dd8ac7-e7bf-43ba-9e59-ddfddcfd8ac6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f42dd0b-a41b-4800-876b-25787773a850 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7bc48ea-eb68-4dda-a78e-8c59273e720b +6a508faa-80a8-3246-9941-90d8cc8dec85,8dba4f3c-b519-4870-8f44-0661cbea70cb +6a508faa-80a8-3246-9941-90d8cc8dec85,29398983-d762-4e5b-b108-99162e6630c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d69c0c32-305a-4105-8309-c4043fc41b86 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f18fd3c-eb87-4acf-bdd6-1d13b338d734 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf81f3b7-7dc5-444c-a981-2f77db83033a +6a508faa-80a8-3246-9941-90d8cc8dec85,35a7ca3d-49ca-4ead-a607-4b28e08a50b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d515f070-73b8-4ae6-816a-218369350124 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5527999-a5d1-4052-8c8c-30880f7b3a35 +6a508faa-80a8-3246-9941-90d8cc8dec85,d749e1bb-36ca-4ca4-bb7c-ad8cdc798a48 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cad4a7e-d978-4c86-a2ce-256425a82ef8 +6a508faa-80a8-3246-9941-90d8cc8dec85,71c9eb92-d657-43f2-9ea8-0ca5d0580068 +6a508faa-80a8-3246-9941-90d8cc8dec85,47d64681-612b-428b-9174-dd4fa98d111f +6a508faa-80a8-3246-9941-90d8cc8dec85,cccd8e40-8789-4c7e-87f3-42d7b73379ad +6a508faa-80a8-3246-9941-90d8cc8dec85,dc723d3d-5cee-4f1a-a080-129ba5f36aba +6a508faa-80a8-3246-9941-90d8cc8dec85,0a9da634-9f19-4b7f-8fc1-ccf39aed9152 +6a508faa-80a8-3246-9941-90d8cc8dec85,10f9aab7-6f6a-4b62-994c-8979278d09aa +6a508faa-80a8-3246-9941-90d8cc8dec85,af93493d-6fa9-4294-8ad9-8f8b7b3d2bc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba9c2877-7541-419c-8970-fa13834c22a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,716fb613-59b2-4f9d-8ca6-6419b5319899 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ed5590e-6587-45ad-b0a9-70ada5a19bce +6a508faa-80a8-3246-9941-90d8cc8dec85,affbc44a-237f-4bc2-9299-35f39330b04b +6a508faa-80a8-3246-9941-90d8cc8dec85,d29e4445-8612-467c-9781-60add2a398f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b309a6d0-9a12-4d33-958f-04807e55304c +6a508faa-80a8-3246-9941-90d8cc8dec85,526b5773-c325-41fd-aac7-acb8afaca0e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,60e0d14d-29fe-4ec3-b92c-2393cb4af64d +6a508faa-80a8-3246-9941-90d8cc8dec85,0386b36d-3eb4-4be5-be56-22f09cdfddbf +6a508faa-80a8-3246-9941-90d8cc8dec85,ddabb72a-1773-4886-aa4c-0e7dc9cb7adc +6a508faa-80a8-3246-9941-90d8cc8dec85,ca97dc8f-3bea-497c-b32d-eae7e921daf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,416077f2-ad08-44f4-81a0-b83e4978bd78 +6a508faa-80a8-3246-9941-90d8cc8dec85,923db3f5-5e5e-4d7e-ab67-7917a69978c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3937e386-01ac-493d-989a-0773e015fc70 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c7c5c13-6aab-46d7-883b-7dcc182c867b +6a508faa-80a8-3246-9941-90d8cc8dec85,18d7a3ea-3573-4793-9ab0-80e9cfb56486 +6a508faa-80a8-3246-9941-90d8cc8dec85,079a0cd1-9a20-4426-9f68-3527438736ed +6a508faa-80a8-3246-9941-90d8cc8dec85,c14dba92-053d-412f-9870-b24b43d3d573 +6a508faa-80a8-3246-9941-90d8cc8dec85,1feee014-819d-4f05-826b-fa3046f31f71 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e4be06b-0f46-47e1-b80a-5fff7fec3de2 +6a508faa-80a8-3246-9941-90d8cc8dec85,132a36d4-4cdc-4b6b-9591-ccb8fd9e81f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,977b316b-c534-4372-aba6-5e79ddf848a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,12eb9077-4535-4634-824c-9d17fadc39a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f6e5d8a-b689-41c1-be9c-bfa0216689b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae3206b1-8257-4050-ac45-8bbcdd2bd6df +6a508faa-80a8-3246-9941-90d8cc8dec85,2506abca-23d0-48b9-bb76-5c9819ee1516 +6a508faa-80a8-3246-9941-90d8cc8dec85,43f574f5-abcb-4ae7-a123-b42482e90a36 +6a508faa-80a8-3246-9941-90d8cc8dec85,41e56d31-845c-4e9e-b1cf-61db47a4b4e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e24e6e7-170e-4f14-ae05-b53a4939f7a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc999472-4873-4946-933d-5dc4fbad15af +6a508faa-80a8-3246-9941-90d8cc8dec85,d66d229e-fbb1-4271-8c53-bbd8e7c3c32c +6a508faa-80a8-3246-9941-90d8cc8dec85,2f34caa4-6c59-461f-85e1-0278bb9e2b74 +6a508faa-80a8-3246-9941-90d8cc8dec85,98ade0a1-67b2-40f8-a998-62e72f91a2ed +6a508faa-80a8-3246-9941-90d8cc8dec85,7585d3f1-3f80-4ea5-a6a1-44ccfe2c34a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a726afcd-994e-409b-acc9-7e1b136fae7b +6a508faa-80a8-3246-9941-90d8cc8dec85,116a45db-8feb-427b-a6b5-885be2a27da4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4d41058-5715-4df9-9285-2541c93fa9b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e8f464c-9b6e-489c-9cc0-ba50f8047307 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c012cbf-2277-4ab6-8195-93b6f0fc8463 +6a508faa-80a8-3246-9941-90d8cc8dec85,be36ed5b-c279-43f6-ba0e-23993340bda0 +6a508faa-80a8-3246-9941-90d8cc8dec85,16abb596-3f23-47f9-8bb1-9049d7e25d17 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e54a2f3-1cce-4cd1-95b6-d6a85d93d30e +6a508faa-80a8-3246-9941-90d8cc8dec85,1867fda7-1a63-4aa8-b73c-725ee1b0907d +6a508faa-80a8-3246-9941-90d8cc8dec85,b3f91adb-952e-418d-99e3-0a2404e808b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cc80b4a-13d2-4cce-862c-ada7377c312a +6a508faa-80a8-3246-9941-90d8cc8dec85,90d4a8f7-2fc9-4e38-a6ce-cf4f72ff33c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ad8d95e-07af-4ad1-bd48-266e5d02c108 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c431165-7c00-4aad-9c02-e5ce12d22798 +6a508faa-80a8-3246-9941-90d8cc8dec85,259bb9c8-898e-447c-8217-a9d8ab97c2db +6a508faa-80a8-3246-9941-90d8cc8dec85,8c485e54-127b-431b-916f-c0db20e54edf +6a508faa-80a8-3246-9941-90d8cc8dec85,b705fa51-92d4-4db8-bc70-1cf2e7300aa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,236b56b3-c911-46b3-98df-1ca703818143 +6a508faa-80a8-3246-9941-90d8cc8dec85,b01ae30c-e0f5-4813-ba57-123a956f87dd +6a508faa-80a8-3246-9941-90d8cc8dec85,c66ada8c-5f39-4fab-b485-ddbe93ac6ae4 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f82cbc9-72d4-4638-bb49-3059f5910b41 +6a508faa-80a8-3246-9941-90d8cc8dec85,c202556a-1b80-49cd-bfeb-f064dab01610 +6a508faa-80a8-3246-9941-90d8cc8dec85,de870e35-76a2-494b-8856-ceb286953658 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5ffbbcd-6ebb-419f-b1ea-81db7cf68cca +6a508faa-80a8-3246-9941-90d8cc8dec85,eaa15ee5-e02f-4a64-aab6-bc5cdddfcf94 +6a508faa-80a8-3246-9941-90d8cc8dec85,666ccf95-ced6-486d-ab7c-d4c43a4a794a +6a508faa-80a8-3246-9941-90d8cc8dec85,fa3c1031-a99b-4989-a9f2-08c42e65ad70 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8e25dfc-df18-4243-9e9e-f98a14d22d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd526e1e-96b5-4d5f-99d7-967fd889e0f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b88c841-0c2f-4675-aba2-57c85a8bcec4 +6a508faa-80a8-3246-9941-90d8cc8dec85,270dd743-431e-435f-b0cf-9460200ad49e +6a508faa-80a8-3246-9941-90d8cc8dec85,ffc28f19-569b-4b29-9e73-160ef34d6d80 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c8fd0c8-c07e-4c91-958c-984e4296a4d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cde02be-267a-4574-b770-1f2d0fee70e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,994560c7-15e7-44b7-8149-4895fca8487a +6a508faa-80a8-3246-9941-90d8cc8dec85,49b44017-e555-46e1-9841-0f0ba752b91a +6a508faa-80a8-3246-9941-90d8cc8dec85,cbf12a3a-cfe8-4284-bb7c-33897cada699 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6ebd72d-6eab-4399-9226-4e7b76a494e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6cc824b-8dab-47d2-b89f-e6fbda5fdd22 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d61a7ee-5c5b-4835-b0b7-3f6347c1e223 +6a508faa-80a8-3246-9941-90d8cc8dec85,018a75c0-e24e-4527-98c4-b1b243fe64b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c1536b3-ec33-495e-a026-964c2377bf0c +6a508faa-80a8-3246-9941-90d8cc8dec85,1cd95e25-59e7-49c2-a226-c9585fccac69 +6a508faa-80a8-3246-9941-90d8cc8dec85,08937665-9ddc-4414-80c6-02c1c8389263 +6a508faa-80a8-3246-9941-90d8cc8dec85,19dc8553-a852-4167-b910-4aa4608ea3a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,64d8f385-623b-4eb6-8852-b326be2c59e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8696932-6ac0-462c-9e07-595c1c3eb001 +6a508faa-80a8-3246-9941-90d8cc8dec85,91db586b-e651-4a84-963e-f661d83880a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6c2fe89-d23c-4d57-8a6c-37954c1f88d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,47fc8284-29c3-4cf8-bb5b-d265b3c4dae2 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc1e027b-a406-411b-bfda-bb427f4713ea +6a508faa-80a8-3246-9941-90d8cc8dec85,c0754c67-919a-4ec9-b455-bc272c9705d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f7fb54b-1c83-4240-a3cb-2cd58b96be4b +6a508faa-80a8-3246-9941-90d8cc8dec85,3c97c416-93d2-42db-ade8-61b495fa9fb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,20df4d30-e884-493e-ac68-9ea6f8a6eca5 +6a508faa-80a8-3246-9941-90d8cc8dec85,40d7b256-c17f-42f2-8947-055011525cb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c753a3a4-6344-457c-a518-32ccf0f9074b +6a508faa-80a8-3246-9941-90d8cc8dec85,bc06a59a-8972-4e94-8102-3b4b0a35df60 +6a508faa-80a8-3246-9941-90d8cc8dec85,633613ac-d01f-47d6-bff3-a970d29dafe4 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c4b6c2a-82ad-48d5-a070-e6210bc17a8e +6a508faa-80a8-3246-9941-90d8cc8dec85,f1e27788-852f-4427-82a1-e1dee5ed22c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,45445694-b2c0-493b-820d-4d0587eab4a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bfe52b1-1c26-4d8e-b372-89f993e2d317 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc4ef8a7-7153-466f-aee1-b682208ffd1f +6a508faa-80a8-3246-9941-90d8cc8dec85,9e6cebf6-12ae-4211-a78e-35a002fe8499 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ec4515d-4ebc-491d-bdf5-9e5545a77825 +6a508faa-80a8-3246-9941-90d8cc8dec85,69c68cb3-a80e-4fec-8da1-25390b61f616 +6a508faa-80a8-3246-9941-90d8cc8dec85,eccd86a1-f5dd-408c-876d-d491d10b828e +6a508faa-80a8-3246-9941-90d8cc8dec85,1cad2426-53b7-443b-b22b-f331e01d4df8 +6a508faa-80a8-3246-9941-90d8cc8dec85,002e0b5e-3a0d-4edb-9dc3-3f38d9286db9 +6a508faa-80a8-3246-9941-90d8cc8dec85,78d47a83-d043-4308-b3b5-b941df2dbfe0 +6a508faa-80a8-3246-9941-90d8cc8dec85,370c6f58-7e16-4125-a61e-b2033645b1d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,994892b3-57e9-46d5-ab58-17d9d044c0ac +6a508faa-80a8-3246-9941-90d8cc8dec85,8925d5ec-ac2f-41d2-969f-17f45c6fd3e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3876cd0a-b900-4544-b6a0-a818d859d819 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee0571b4-e8a2-4848-ba7b-3d56b5943057 +6a508faa-80a8-3246-9941-90d8cc8dec85,e22a5cde-8ef2-426b-afa7-41fd7da1fdb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,af2be7d6-385d-4507-b24c-a73ac4ee69b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b26880c7-fd37-4015-aed9-c07b2655824a +6a508faa-80a8-3246-9941-90d8cc8dec85,0a961ef9-523e-4c5a-bc2d-3b7a86c18224 +6a508faa-80a8-3246-9941-90d8cc8dec85,54e03edd-794c-4a34-964c-ba8df9301dc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b71b3c2d-2432-4680-9aa6-4dd767fef42d +6a508faa-80a8-3246-9941-90d8cc8dec85,b79f8322-5876-4f9e-a2cf-3c92370abaf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0222e781-da5b-4993-9481-f31f37ad5721 +6a508faa-80a8-3246-9941-90d8cc8dec85,f197aa5d-8d1a-4cdb-8dec-462e559585f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd08a9bd-12ed-41e1-838f-7d5eaaf4b8e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e002e80-4082-4bdf-9302-549262fefdb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,99156406-cd8f-49b6-947a-cd90a7d93f69 +6a508faa-80a8-3246-9941-90d8cc8dec85,c94762db-b5cc-4b7e-bad9-6141a347f061 +6a508faa-80a8-3246-9941-90d8cc8dec85,92f9f814-494b-4550-993f-d80f99debaba +6a508faa-80a8-3246-9941-90d8cc8dec85,1e08c786-14ab-49c2-b0a3-43484f3210c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,895861f6-b4fd-42d1-abbc-c076023de6a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,609a1ad2-72ea-41a0-a312-8841a73650d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5db99675-9719-447e-abb2-22f469c5448a +6a508faa-80a8-3246-9941-90d8cc8dec85,4d3a38e3-4ff3-457e-96ec-8d353bcf59ba +6a508faa-80a8-3246-9941-90d8cc8dec85,9e24a234-7f62-44b3-bf5c-5b6a7f9dcf6e +6a508faa-80a8-3246-9941-90d8cc8dec85,cacf6d8e-6c04-4b65-be33-606e6f4759e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cfd74a2-ea8b-4af1-b546-e91c7b10ad7b +6a508faa-80a8-3246-9941-90d8cc8dec85,162b5b2f-1aeb-45d1-9f69-37b3acbd5032 +6a508faa-80a8-3246-9941-90d8cc8dec85,aecaf0bc-2e1c-4d3c-8b76-8cf77bdaead8 +6a508faa-80a8-3246-9941-90d8cc8dec85,35b7d07d-0917-47e8-bacf-9b4646cafa15 +6a508faa-80a8-3246-9941-90d8cc8dec85,3154f883-a4a2-4d41-83c5-9ae03e95add2 +6a508faa-80a8-3246-9941-90d8cc8dec85,08160ecd-5805-4c43-9f7b-998cfb8baf6c +6a508faa-80a8-3246-9941-90d8cc8dec85,2f04f18c-8e83-4e6c-863c-ec10d542d15c +6a508faa-80a8-3246-9941-90d8cc8dec85,2b669c50-8f9b-4970-9372-6105afba1b14 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fb641da-1b5e-420e-a6fd-df7c42f2436a +6a508faa-80a8-3246-9941-90d8cc8dec85,fff0043c-a861-49c5-af90-286dc5fad267 +6a508faa-80a8-3246-9941-90d8cc8dec85,954d2ada-17e0-4447-a35a-e7ccec80b13e +6a508faa-80a8-3246-9941-90d8cc8dec85,a93c8dc5-a5bf-4ee8-b288-1f9aa3e04430 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c11a184-99d8-4f09-b3f9-6c0949c93c57 +6a508faa-80a8-3246-9941-90d8cc8dec85,e12e1f33-9df1-4ae5-a3e0-9d789253cf4e +6a508faa-80a8-3246-9941-90d8cc8dec85,740d81d2-81e7-4fed-8e48-938999ee1a22 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9a29a36-7acd-49f6-a4f4-f6839f6959ce +6a508faa-80a8-3246-9941-90d8cc8dec85,1a02796d-a7df-49f3-b473-98f36fd22d17 +6a508faa-80a8-3246-9941-90d8cc8dec85,116b4def-065f-4ae6-936f-4c367c8a6702 +6a508faa-80a8-3246-9941-90d8cc8dec85,449f7cae-edda-43e7-b4f5-441f7cf4d5f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc636b9a-eea2-4363-950d-6554e6bcc79b +6a508faa-80a8-3246-9941-90d8cc8dec85,edf27e46-dd6d-4b9b-b0d4-a297c8982205 +6a508faa-80a8-3246-9941-90d8cc8dec85,460bb090-4278-4f42-ae8a-57301cb4a67f +6a508faa-80a8-3246-9941-90d8cc8dec85,43c680e0-47fc-4338-a92b-27986b67edf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2de6a1d0-1e38-4f3e-994a-e035572597e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6592b859-8a19-4bc7-bbaa-0c26cc4a59c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,61f46319-d021-4cc5-8890-62b9cdb91ae8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e51daa11-82db-4350-81ce-c06d586e47d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bc4308d-30d1-403b-86b5-ab306cdd84b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c415e84-ce40-4f0e-b6b5-49b541e5ff61 +6a508faa-80a8-3246-9941-90d8cc8dec85,83296b4d-9416-4be8-a617-a36891953a82 +6a508faa-80a8-3246-9941-90d8cc8dec85,02e098bd-5ea1-47de-9c12-a54ecc9a4ebb +6a508faa-80a8-3246-9941-90d8cc8dec85,5eab51d1-9916-4823-aab1-e99681cd60b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3115c0b3-ba88-46f0-93bb-609fecf84cdd +6a508faa-80a8-3246-9941-90d8cc8dec85,52c0a221-cce8-4910-ab65-e22401b89886 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c59f3bb-980b-4535-944f-fc3ae3f7b6ba +6a508faa-80a8-3246-9941-90d8cc8dec85,607ee4d0-ea23-4a61-819e-584473d4e52b +6a508faa-80a8-3246-9941-90d8cc8dec85,d73568ff-7df2-407d-a301-d34cd887c0d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5edbc97-ce59-48b7-80c8-ce165d1e4489 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1fbcfd2-35b6-425c-bf09-f4f83c9e5449 +6a508faa-80a8-3246-9941-90d8cc8dec85,183523bc-65b3-4bb6-afd4-405eb3d2ffe4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4eb46c79-04d1-48b7-bf0e-6f032db20359 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcadf65a-d301-4e70-94dc-3725c0a8a223 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c77dbf1-dd3b-4cab-9dc0-dec3948246ea +6a508faa-80a8-3246-9941-90d8cc8dec85,f27f9942-c79b-4991-9e78-7ae371e1dadb +6a508faa-80a8-3246-9941-90d8cc8dec85,346a1183-f3b1-4021-a782-652cb05c2cfc +6a508faa-80a8-3246-9941-90d8cc8dec85,7f7d90fb-7b58-44a6-a384-94954948c601 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ba26abd-3b87-41b2-8ee2-69d1f5e2862b +6a508faa-80a8-3246-9941-90d8cc8dec85,dd65d61f-6776-45f1-b7be-458fcbd830f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fd60eb2-9ce9-4191-adda-bb8ab079e763 +6a508faa-80a8-3246-9941-90d8cc8dec85,395c7da9-ad77-4c29-b95e-b53edd83cd7f +6a508faa-80a8-3246-9941-90d8cc8dec85,f3edbbda-904b-4593-846a-bc9426997ea4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8c441ad-5a25-4264-b785-ff45a311d822 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c08fece-a372-448c-97ee-ff655ac8b5aa +6a508faa-80a8-3246-9941-90d8cc8dec85,da857003-42da-409a-a6fe-2de5b7610b14 +6a508faa-80a8-3246-9941-90d8cc8dec85,6264d537-28c6-447f-8914-15ea04387dc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c76435e1-4403-4e7f-ae0a-c6aecd715fce +6a508faa-80a8-3246-9941-90d8cc8dec85,c0ea3741-dde2-45f8-9085-1fc81c54543e +6a508faa-80a8-3246-9941-90d8cc8dec85,f6b82a65-6c7c-4e0e-9c5a-c386d02f310f +6a508faa-80a8-3246-9941-90d8cc8dec85,8468fd2d-eae7-4754-9585-1aa105b51bff +6a508faa-80a8-3246-9941-90d8cc8dec85,060a89a3-b8f0-4730-b41b-d8d9141261fa +6a508faa-80a8-3246-9941-90d8cc8dec85,985ac113-7125-4490-8ec5-63d5a25fd550 +6a508faa-80a8-3246-9941-90d8cc8dec85,094d2197-0eba-4fc7-a4a8-f114c720a660 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a1ba3a4-cc35-45bb-a1c6-01996831a2ee +6a508faa-80a8-3246-9941-90d8cc8dec85,bea1cea3-0469-4548-9f70-4bc537ba7d58 +6a508faa-80a8-3246-9941-90d8cc8dec85,fff8419f-0527-4662-a310-86af152cf7d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4c3249c-a94e-457a-8b51-8655d9241898 +6a508faa-80a8-3246-9941-90d8cc8dec85,936ede8d-dab9-405d-a07b-a3fb24d21a1f +6a508faa-80a8-3246-9941-90d8cc8dec85,f938e209-1826-4c96-8b5f-0970c26d6940 +6a508faa-80a8-3246-9941-90d8cc8dec85,9250098b-6ad1-4f6c-844e-e83eacf6bb2b +6a508faa-80a8-3246-9941-90d8cc8dec85,2224dce4-53e6-450c-9ccf-26d1695be8fe +6a508faa-80a8-3246-9941-90d8cc8dec85,ecdf7c4a-9b89-4232-b77d-8a23080ac1fc +6a508faa-80a8-3246-9941-90d8cc8dec85,971ed60c-35fc-4113-9d69-1c9a44ebe0bf +6a508faa-80a8-3246-9941-90d8cc8dec85,5d790d6b-971e-49e3-b7e4-c12abbab5cfa +6a508faa-80a8-3246-9941-90d8cc8dec85,3791ef37-ed89-4011-9572-c6deb4c71130 +6a508faa-80a8-3246-9941-90d8cc8dec85,94e25a4c-3614-4b13-9154-60ef26589b3b +6a508faa-80a8-3246-9941-90d8cc8dec85,113c726a-c08e-472b-b12c-0c5565bc183a +6a508faa-80a8-3246-9941-90d8cc8dec85,89f6c29d-fdc3-41cf-9047-6b61834b14c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,c229971f-799a-4910-8fc9-5bec4e1432b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e729a9fc-88c9-432b-b8ef-2c95789d9f3a +6a508faa-80a8-3246-9941-90d8cc8dec85,99d74c4d-f8a5-486c-b395-ca24dee5bdee +6a508faa-80a8-3246-9941-90d8cc8dec85,3125b023-1190-41f1-a5fb-6f18c6ef88da +6a508faa-80a8-3246-9941-90d8cc8dec85,2698e152-f666-456e-b990-15942952470b +6a508faa-80a8-3246-9941-90d8cc8dec85,e4538c6c-3b4a-4926-a2ca-7127dfef61f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,865cf1fb-bfd3-4a8d-8682-37f82119a760 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee48caf7-321c-4d35-9e8b-af08ccfa0f27 +6a508faa-80a8-3246-9941-90d8cc8dec85,c63f3aeb-ea28-4dc1-b55c-f1fe0df05238 +6a508faa-80a8-3246-9941-90d8cc8dec85,aacba905-e9f9-491b-879b-c4897efbe305 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdec5341-8293-4484-9395-d46a9686a227 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e7a2333-46a2-470b-b7cc-84aa126d5c78 +6a508faa-80a8-3246-9941-90d8cc8dec85,935a6057-2291-4b12-9704-8516e3bd513e +6a508faa-80a8-3246-9941-90d8cc8dec85,0550c9aa-9236-4761-87f1-1818aea0171c +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae68328-c6ce-482b-8b50-cb6d1fb2c113 +6a508faa-80a8-3246-9941-90d8cc8dec85,10c79d6f-1db3-4d27-996b-950fe69591f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,816e0a72-8cfa-48c7-93f0-ca9a1ede5198 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a9ef590-8b6b-468b-bc6b-13a8a621daa8 +6a508faa-80a8-3246-9941-90d8cc8dec85,de352574-15ef-427d-9390-73a318f0962d +6a508faa-80a8-3246-9941-90d8cc8dec85,be029f2f-fe97-4a9f-8720-e3cb2a2158da +6a508faa-80a8-3246-9941-90d8cc8dec85,e98bd00b-265b-42f7-b33f-1e592eceba1d +6a508faa-80a8-3246-9941-90d8cc8dec85,0a339fac-5e40-4b3a-b041-14b8ea46f0a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f418392-c8c5-49c5-bc14-8a73267d1664 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca73de73-b80a-4084-bf4e-920d00d0232b +6a508faa-80a8-3246-9941-90d8cc8dec85,52f27cd0-a3df-496e-ae9c-7c77990d5e27 +6a508faa-80a8-3246-9941-90d8cc8dec85,82f853a1-9323-44c5-9cde-94362e538a98 +6a508faa-80a8-3246-9941-90d8cc8dec85,869e0017-6cfa-46b0-b4f7-ce5e04d5bc65 +6a508faa-80a8-3246-9941-90d8cc8dec85,568fc4d9-b057-44ca-97e7-eec9d9e48749 +6a508faa-80a8-3246-9941-90d8cc8dec85,aed6833d-15f0-4baf-8131-70e051f1ebe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,44872ac2-45a9-4c93-8efc-e40a041f7750 +6a508faa-80a8-3246-9941-90d8cc8dec85,f39f93c8-ad28-41b7-886b-e377258232a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a22ce04-374e-4332-976c-b272d1fe2c42 +6a508faa-80a8-3246-9941-90d8cc8dec85,399592d3-6f17-40fe-8628-101eea9e8f63 +6a508faa-80a8-3246-9941-90d8cc8dec85,14201e14-79e9-4a65-aa4b-1b6039274b43 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd89ebdd-804e-49f7-9417-91fbaa28aef6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9819e822-6dc9-4613-840b-2caa3e0a1b00 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bb2dbd3-7344-48e9-b14a-4fd46bac26dc +6a508faa-80a8-3246-9941-90d8cc8dec85,724933b3-0523-4f72-a8e5-2a77c3613f88 +6a508faa-80a8-3246-9941-90d8cc8dec85,468417a0-03fa-4cb8-b86e-dc60b3737e59 +6a508faa-80a8-3246-9941-90d8cc8dec85,2363487e-3558-41b3-8244-2ab0f8488e88 +6a508faa-80a8-3246-9941-90d8cc8dec85,c49f0730-835b-4a23-bcbe-f25efaa5948b +6a508faa-80a8-3246-9941-90d8cc8dec85,7ba96715-a9f6-4025-be3c-3f10ce2044a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bf36ca6-05d3-40e7-b233-c18c98eba2e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,97932007-1ba5-4009-98c6-ed2f561db6dd +6a508faa-80a8-3246-9941-90d8cc8dec85,75de8438-6641-411f-a940-ecb1c018a5bf +6a508faa-80a8-3246-9941-90d8cc8dec85,cedbbe47-92f4-4282-a39e-bb5a0c4f0d8f +6a508faa-80a8-3246-9941-90d8cc8dec85,6fb272d8-efec-4b92-b58d-e9043f66badd +6a508faa-80a8-3246-9941-90d8cc8dec85,7e074470-6be6-4f81-b316-678331126a3e +6a508faa-80a8-3246-9941-90d8cc8dec85,2ad8c731-ed63-4da6-8a3f-7c60dc158409 +6a508faa-80a8-3246-9941-90d8cc8dec85,587132dd-4483-4a4d-8e66-9851059e7fe9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb9e6b12-f20f-4e71-8700-a5b2f021eda0 +6a508faa-80a8-3246-9941-90d8cc8dec85,114f9a96-ff9e-4cc6-bcee-c77bcd02a4a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd8fddc3-7876-4bf3-a634-276c2cb0b160 +6a508faa-80a8-3246-9941-90d8cc8dec85,eef00b46-a46b-4e44-9028-50295ce6c079 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebc81053-e0d9-403b-baa1-f869e83cccbb +6a508faa-80a8-3246-9941-90d8cc8dec85,5f93207c-7cbf-4b98-ab90-3189a52859f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4807a464-b220-4823-aec7-84c5099cb686 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bd78ecf-e524-4686-9d5b-a110fb44bf2b +6a508faa-80a8-3246-9941-90d8cc8dec85,2968ac88-86a1-46b4-9dea-6e01693445a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe8216ee-246a-4565-8cb5-44e08fb1e8b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,402fe99e-02b1-4ae1-b61a-0ef6c484c3e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a5e101c-d4c3-43a3-b361-e84c36057d40 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cbf6f29-6908-4388-888d-1624708347ba +6a508faa-80a8-3246-9941-90d8cc8dec85,801cfe0a-a639-49d7-8f49-d86d6e998888 +6a508faa-80a8-3246-9941-90d8cc8dec85,db4cfa72-1d93-456a-bcc5-f282587c2ce5 +6a508faa-80a8-3246-9941-90d8cc8dec85,053531fe-c419-4cef-8401-4dc070e6db06 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fc0ed1a-94a4-4182-b374-c07f24688b9f +6a508faa-80a8-3246-9941-90d8cc8dec85,09fb49da-8825-4c8c-871e-ae830d7ac506 +6a508faa-80a8-3246-9941-90d8cc8dec85,8da3117f-e6ef-46df-bcab-34ff6a99af56 +6a508faa-80a8-3246-9941-90d8cc8dec85,17122c61-3807-4e28-a46e-77ce9b652e80 +6a508faa-80a8-3246-9941-90d8cc8dec85,9adebf6e-f313-4cff-94c1-2c9ae9eac9a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e484d0f7-3b4f-48de-b00c-3bd36dead8aa +6a508faa-80a8-3246-9941-90d8cc8dec85,83b98c56-09fa-4a22-916c-68640c3f9aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,32b35249-b5ea-4e83-9178-c49971a7664a +6a508faa-80a8-3246-9941-90d8cc8dec85,b3640f75-eaf1-48b8-84f0-bf60f16371e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,df46be67-2b02-493d-89f0-d4ef14589f14 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1106dee-5aa3-4fd8-89ae-1490f99a7ceb +6a508faa-80a8-3246-9941-90d8cc8dec85,98616175-1694-4052-9d87-543ce433f1cd +6a508faa-80a8-3246-9941-90d8cc8dec85,64b812ca-f444-47a6-b953-23cca2baf777 +6a508faa-80a8-3246-9941-90d8cc8dec85,a989d1b3-3595-48e0-99d3-0420a61eff97 +6a508faa-80a8-3246-9941-90d8cc8dec85,5186cadb-3c4a-40a6-9e97-f85685e204d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4e59026-a16c-4c30-b68d-43a712c514f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e075bcff-120a-485c-bf19-2c5db0abe5d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef6ff6e5-8f79-4d85-8d8c-29d075b4fa0f +6a508faa-80a8-3246-9941-90d8cc8dec85,48764bc9-4f3e-44d1-a4a0-991f29b402f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8a9a9c9-ae77-4f73-b432-4c39b3ef8211 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc1e58ac-292b-4fe4-89ab-c7588e6657c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5aaf1b5a-7083-4bd4-98b4-77b5b4dae2b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,e02e1809-2c7f-4f3a-b6cc-52b59b8cc8ce +6a508faa-80a8-3246-9941-90d8cc8dec85,c66aa7bd-d011-4f36-b335-9fa03f7b1d47 +6a508faa-80a8-3246-9941-90d8cc8dec85,6948f535-4079-4d0e-96d7-0ba9520370ee +6a508faa-80a8-3246-9941-90d8cc8dec85,bb7a6e78-f693-4c5b-967a-884ca109c44e +6a508faa-80a8-3246-9941-90d8cc8dec85,8e5ae084-ca0a-431a-9b0f-412e73e30b90 +6a508faa-80a8-3246-9941-90d8cc8dec85,47caa4a8-612d-4215-a99f-f1dc6d12040f +6a508faa-80a8-3246-9941-90d8cc8dec85,faedbac6-237d-4a51-857c-75873f4fc88b +6a508faa-80a8-3246-9941-90d8cc8dec85,e7006803-d1a9-4194-ad13-b34971018845 +6a508faa-80a8-3246-9941-90d8cc8dec85,d985e9e6-1869-4f26-a06e-304f9248b385 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bdef68d-37f5-4827-b038-d6f3ee9602c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,04607053-fce5-4d4e-a8e2-618c9f6077c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f23a8bb-2649-4c9c-95c8-4fc85a94613d +6a508faa-80a8-3246-9941-90d8cc8dec85,9d0a202d-dc7a-46f4-a611-a0c3046dd0cc +6a508faa-80a8-3246-9941-90d8cc8dec85,9f3b14cc-0181-4567-b661-38fde22b1402 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2734cbb-53aa-440f-88de-e45009d2d33a +6a508faa-80a8-3246-9941-90d8cc8dec85,a8bdb916-8a59-4335-9de2-a3f1817e0117 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6052360-aae6-45fa-a962-1f4f746b6352 +6a508faa-80a8-3246-9941-90d8cc8dec85,697d1e58-b333-4d60-96e7-833438baf007 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bed7cdf-d694-435a-b627-e46a6cacb5a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6334ccd3-500e-4775-b1d7-8801824e12ed +6a508faa-80a8-3246-9941-90d8cc8dec85,1ed5133e-8937-4dc2-8691-01faa0f1c103 +6a508faa-80a8-3246-9941-90d8cc8dec85,472056e8-5553-4fff-8573-b109a1dd4733 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2a77465-a0f6-4273-8cac-0f8fbc04c63f +6a508faa-80a8-3246-9941-90d8cc8dec85,fbe63a33-ff05-4e9b-945c-30fa716fb9ab +6a508faa-80a8-3246-9941-90d8cc8dec85,da0ba1c9-8460-4cc1-8c89-d200e73dcb9c +6a508faa-80a8-3246-9941-90d8cc8dec85,0d765e81-09ad-4851-a06f-dda297ddc31e +6a508faa-80a8-3246-9941-90d8cc8dec85,78255256-9e3b-4813-978d-b21847569342 +6a508faa-80a8-3246-9941-90d8cc8dec85,33404aab-ca33-430e-bd55-12c0c461fca5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f87545f-6c6d-4ba3-9edb-4b5089e22ba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1cfb473-24c6-433b-aac4-0324c5776e79 +6a508faa-80a8-3246-9941-90d8cc8dec85,23cd7a33-af60-43cb-9b61-40ef13f9ad7f +6a508faa-80a8-3246-9941-90d8cc8dec85,b16a0379-9fc2-451c-9412-00cfae3deaa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,094aac84-2ff9-4c42-8097-81248af439c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,20d1f1d3-d06b-4284-ae2a-e87f8573ccf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,cab97dd7-e618-4bd2-ae0b-77905da5cd1e +6a508faa-80a8-3246-9941-90d8cc8dec85,e3baa05f-435b-4030-93f0-5238ac1ec0c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f014e10-c266-45af-aca7-74946e6432ae +6a508faa-80a8-3246-9941-90d8cc8dec85,e890123f-d260-4eac-83ea-74f721c7d399 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1668631-6246-455e-8c2f-3c3411b4b3c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bc41dee-9f71-4e2f-80b8-66c9cfb95f3a +6a508faa-80a8-3246-9941-90d8cc8dec85,23236a65-484f-4fba-a2c6-f54f6186df0c +6a508faa-80a8-3246-9941-90d8cc8dec85,daf15825-8b77-45b5-9bc0-a36505159774 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbbcbb9a-6761-42ba-8ed1-fb7bdb24eb15 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ed11bd0-3afe-43bc-b8f6-6e1122572b4f +6a508faa-80a8-3246-9941-90d8cc8dec85,c1638939-4ffb-44d0-a951-f5f638d41b42 +6a508faa-80a8-3246-9941-90d8cc8dec85,a772a69d-e9f6-49c9-8913-2593134d483f +6a508faa-80a8-3246-9941-90d8cc8dec85,8cd8bdba-5140-4868-805a-1f9e66ae8829 +6a508faa-80a8-3246-9941-90d8cc8dec85,29801ff2-7f11-4b5d-9825-f5fe14ac104e +6a508faa-80a8-3246-9941-90d8cc8dec85,d346b8b2-abb5-4a19-aaa7-c9e42d725740 +6a508faa-80a8-3246-9941-90d8cc8dec85,63b6d21e-a842-4238-a4ba-112c6267388a +6a508faa-80a8-3246-9941-90d8cc8dec85,95574384-b65a-4cd9-8b3f-5b22615dc17c +6a508faa-80a8-3246-9941-90d8cc8dec85,99ab3795-46f1-479c-9339-4d75aff56c1d +6a508faa-80a8-3246-9941-90d8cc8dec85,4cfeff57-4cf8-4ee2-94a6-65069f3081a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,de4059e8-4606-430d-8ec6-af3d4f6e2251 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ae50ae7-e40e-4bec-8690-96aaa91ba476 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4f134d8-3e77-4a0f-b5f7-aecfde59bd51 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c358075-faea-43d4-ad01-7e2967835f31 +6a508faa-80a8-3246-9941-90d8cc8dec85,a133c2f8-2b66-4270-954f-e6cf4f7ad06a +6a508faa-80a8-3246-9941-90d8cc8dec85,eb0ac66e-a395-4121-a56a-a7ae1a7179e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a2c2fd3-60a0-4149-9c25-14f54fc4f572 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6b4e7f3-88de-44ae-944a-ac1e71e549da +6a508faa-80a8-3246-9941-90d8cc8dec85,896951da-16b0-4840-a14d-aaea66acc0b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c0e6553-6c9d-4758-b0c8-f15ad28eefb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb67cdd5-ffd1-4e9a-96ee-9d6ea6d817c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cfa0d76-3a9c-4acd-9a2b-420d9b6a9f96 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bcabb31-746b-4027-a689-531c3ca019a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a9f0478-32de-4bd6-bb32-4092a8ebf548 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee14e48e-931b-4dfd-84e3-a1d06a5f929b +6a508faa-80a8-3246-9941-90d8cc8dec85,2681a8f0-e63a-4877-be69-dcaf5c7bf42b +6a508faa-80a8-3246-9941-90d8cc8dec85,69b91344-eafb-484a-ab2a-17ec149f0cb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2889855-5a46-4c8f-9c6d-cd37e2b3dee9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c58f960d-911c-479c-a34f-97bc4e6d9206 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f15e3cb-fcfe-457c-ab95-bafd3a14cbf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffc28a83-491f-4f53-8dee-52c2edb85ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,aed86a3c-9af5-46c5-817e-df0f942aacab +6a508faa-80a8-3246-9941-90d8cc8dec85,d030aa99-6ae0-496e-8251-ef7bcbb81fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,075a1a74-5637-4868-aac5-f7eb3c6bcd7a +6a508faa-80a8-3246-9941-90d8cc8dec85,21d0903a-53e2-4921-85d2-4609062a6fea +6a508faa-80a8-3246-9941-90d8cc8dec85,6f48465d-d515-4bb1-8eaa-931106e0586a +6a508faa-80a8-3246-9941-90d8cc8dec85,5a108695-e331-4f16-8b77-1b02f2ebedbb +6a508faa-80a8-3246-9941-90d8cc8dec85,2b5acbdf-de6c-4418-a0a7-d061c0937062 +6a508faa-80a8-3246-9941-90d8cc8dec85,95d1bd22-ba73-4561-815d-2031d8ddd7ae +6a508faa-80a8-3246-9941-90d8cc8dec85,48e5854e-551e-4b5a-a7fb-3e41bbd9cbd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8dcfec19-0da9-461a-9218-06fe8b8501f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,62c2a0ff-14f2-4b5a-b0d8-ac08d9de5d51 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d331420-982f-4dee-bb64-5009ff870497 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ab53285-40f1-4d00-a54f-ec1367da9f49 +6a508faa-80a8-3246-9941-90d8cc8dec85,538be49b-e105-4b16-a2d7-66bbbe0edd3c +6a508faa-80a8-3246-9941-90d8cc8dec85,81efa617-1105-4616-8bc2-58a528e76670 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb2b005d-1766-48d6-b63c-59afc41ad91a +6a508faa-80a8-3246-9941-90d8cc8dec85,e690979c-4413-4642-b2b1-e781fb4dfa1d +6a508faa-80a8-3246-9941-90d8cc8dec85,8814b9ba-b95b-4e98-bff6-636ac2e4aa8d +6a508faa-80a8-3246-9941-90d8cc8dec85,72736164-4c58-4691-8c87-d202730de8a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,938375a0-7530-48d3-a2c9-e18bb5706321 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcfd4942-2af4-4b37-b459-352cb671c0e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b17d11c-b6d5-47e0-b7a2-998827628f7f +6a508faa-80a8-3246-9941-90d8cc8dec85,4ed38f7b-fba2-44fa-8edf-59ed9d9e2d9f +6a508faa-80a8-3246-9941-90d8cc8dec85,e46ec2ca-0f15-4110-a42a-b35628321c21 +6a508faa-80a8-3246-9941-90d8cc8dec85,18db2ffd-8ec5-437f-b97b-a441185c2274 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc1eea76-b826-4c3a-a67c-d5cd95f80b6c +6a508faa-80a8-3246-9941-90d8cc8dec85,1497f257-c044-4bae-b0bb-38709940e6ff +6a508faa-80a8-3246-9941-90d8cc8dec85,897c318d-d1eb-40dc-ba62-1e797a881d79 +6a508faa-80a8-3246-9941-90d8cc8dec85,13c46afb-98eb-4ee4-b1fd-2f70e7520cb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad250df7-2b70-4f0b-a401-ee81d8edef67 +6a508faa-80a8-3246-9941-90d8cc8dec85,33cc8347-9f2b-484e-bc10-f0c87e61ac2c +6a508faa-80a8-3246-9941-90d8cc8dec85,57f848a6-69ef-4c81-8d45-95719c0b80a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1625a06f-ff73-4326-a444-1e9af46960e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a65266ac-5207-4b83-a7dd-ff8a6a90bb50 +6a508faa-80a8-3246-9941-90d8cc8dec85,3fb72f15-8aa6-48d4-8adb-64ac97c846b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5481f38-efca-43ec-91b5-609d7bdd6b57 +6a508faa-80a8-3246-9941-90d8cc8dec85,26710281-516f-498e-949c-06ebfef2c8f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f599f8d-bbc4-4c9e-9c63-9bcea904bd40 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a8c3775-4d72-4296-8b1c-7ad2e3d00d3f +6a508faa-80a8-3246-9941-90d8cc8dec85,d5f73802-b4de-48f7-b7f5-7e4c0c4352e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5724450a-d1ea-421d-9a98-6e7bca77d7bb +6a508faa-80a8-3246-9941-90d8cc8dec85,cfef4dfe-4020-4855-927d-6eae18a501b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,bec964d6-e81b-405d-8dfc-ece1ec565b17 +6a508faa-80a8-3246-9941-90d8cc8dec85,8123acc6-f03b-4539-8a2c-40e4287c63be +6a508faa-80a8-3246-9941-90d8cc8dec85,b2011029-9913-427e-96cc-60ef2ea9f7aa +6a508faa-80a8-3246-9941-90d8cc8dec85,88348513-b822-4a7a-8875-42fbca0da3cb +6a508faa-80a8-3246-9941-90d8cc8dec85,24365ea8-e0b7-4338-a913-805d4b41787c +6a508faa-80a8-3246-9941-90d8cc8dec85,bb24bb53-ccfe-458a-b9c3-d17cfae88da5 +6a508faa-80a8-3246-9941-90d8cc8dec85,89853d85-7304-4812-b4b3-a01e5fc9be6c +6a508faa-80a8-3246-9941-90d8cc8dec85,fd91f558-1675-45c7-8f5c-cb2d64e12b90 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd8dec2b-b531-457c-8553-72fa272f2399 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3a18687-b711-4d40-9b54-a442b6b2d173 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a44503e-fd51-4197-848e-4d59978e9df1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5b828da-879d-417e-ba23-4220fe06270b +6a508faa-80a8-3246-9941-90d8cc8dec85,a22e45da-3190-47c9-9857-e1a85ac6d466 +6a508faa-80a8-3246-9941-90d8cc8dec85,3117a195-0e4d-4151-a2e4-803aa4285e58 +6a508faa-80a8-3246-9941-90d8cc8dec85,840728b7-37d1-404d-99d9-5707326613aa +6a508faa-80a8-3246-9941-90d8cc8dec85,5c6fce99-bbfd-4133-be6a-eec75485726e +6a508faa-80a8-3246-9941-90d8cc8dec85,a4f5e502-ad8c-4be6-b9d8-9d274c6d66ed +6a508faa-80a8-3246-9941-90d8cc8dec85,6888e109-5aac-4990-a2b6-beb503e743c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f376c76a-20e5-40cb-9bc8-51be9eb5f348 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d2ca1fb-e489-4d36-b5bb-f8d137116694 +6a508faa-80a8-3246-9941-90d8cc8dec85,eca81e49-ae83-4233-a4ed-e053b21220b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,616200a7-65e7-40ab-ba68-b0048e2fd9e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,31a0fca5-b338-4c34-a8a9-484375d02c0e +6a508faa-80a8-3246-9941-90d8cc8dec85,fe01b947-9ce0-4124-9000-705bf256818b +6a508faa-80a8-3246-9941-90d8cc8dec85,79cfe084-920d-41b5-8fe3-bfa6cd7ee7b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c0737e6-c8bf-491b-872c-07587ea2137c +6a508faa-80a8-3246-9941-90d8cc8dec85,789cd519-aab8-4114-83c1-1e5ea9331eb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,857af3e7-ef56-43ef-b0cd-4db10b7c5d5f +6a508faa-80a8-3246-9941-90d8cc8dec85,29f3475c-5f61-43f4-9145-32f73ae4670a +6a508faa-80a8-3246-9941-90d8cc8dec85,854e27aa-a6d6-452f-bb1a-e3aaed1370b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7ffeb439-304c-4e76-ad0b-9ed650bc5f8a +6a508faa-80a8-3246-9941-90d8cc8dec85,ebe5da98-2bd5-482c-a5d0-a5b05a4a9cdc +6a508faa-80a8-3246-9941-90d8cc8dec85,6576545a-e711-41a6-b876-694046f4135a +6a508faa-80a8-3246-9941-90d8cc8dec85,02e3d6bc-ebe1-4906-90ae-9b59f34dbebb +6a508faa-80a8-3246-9941-90d8cc8dec85,3bd3c8b9-6ce9-408b-a0ca-2e4244291d3e +6a508faa-80a8-3246-9941-90d8cc8dec85,9e097460-a8b5-474f-9799-e2c81e66d373 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb2c1e8f-f91c-453d-adbf-07357f102336 +6a508faa-80a8-3246-9941-90d8cc8dec85,1402e84c-aacf-4d4d-ba50-5f719adce47e +6a508faa-80a8-3246-9941-90d8cc8dec85,f5aa3f8b-f291-4c60-98ce-1af85e0313c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,05157101-35bd-4b55-b886-955c6f9a087c +6a508faa-80a8-3246-9941-90d8cc8dec85,3bce9619-23c9-4502-a798-40875d499503 +6a508faa-80a8-3246-9941-90d8cc8dec85,0058a87a-655b-4cf7-a18d-e78cd5876c80 +6a508faa-80a8-3246-9941-90d8cc8dec85,177212f2-2624-4161-9ae9-8894488688ce +6a508faa-80a8-3246-9941-90d8cc8dec85,e20be723-9a98-417f-964f-b0722589cd4d +6a508faa-80a8-3246-9941-90d8cc8dec85,223ac45f-7063-4ae6-8176-640f2f3f1ef8 +6a508faa-80a8-3246-9941-90d8cc8dec85,958fe025-5d52-4384-885d-c875bf9e847f +6a508faa-80a8-3246-9941-90d8cc8dec85,304f6fe7-b0b3-4e0a-a238-3eb3f7dfadbb +6a508faa-80a8-3246-9941-90d8cc8dec85,d5c9bacd-8fd5-4e32-9c6d-59d79e7ee552 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e96fd1f-125c-40e5-a414-4f99ad6df40c +6a508faa-80a8-3246-9941-90d8cc8dec85,356875b4-c433-4000-b928-ba5ae047db7c +6a508faa-80a8-3246-9941-90d8cc8dec85,010b7d82-9430-4f03-80ed-64de64fcc85c +6a508faa-80a8-3246-9941-90d8cc8dec85,aef0d4df-238b-49cf-95a5-a6f2d081f378 +6a508faa-80a8-3246-9941-90d8cc8dec85,487f9190-1692-46c1-ba29-ec900c1022b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9dcc9aea-3dd9-47a1-894c-9d93ac3da0e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,82df507c-460f-452f-939a-7014f67304de +6a508faa-80a8-3246-9941-90d8cc8dec85,220aa038-ddd1-4722-8e11-28bb057ec6cf +6a508faa-80a8-3246-9941-90d8cc8dec85,aaa91dfc-1658-49ea-991e-74325419387c +6a508faa-80a8-3246-9941-90d8cc8dec85,bffec590-9926-4eee-aebc-356b7899d6f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,45d43c83-4b53-4301-8f1c-844f05720a4b +6a508faa-80a8-3246-9941-90d8cc8dec85,cc85ee7f-57e6-46df-8ec1-4bb1a115776a +6a508faa-80a8-3246-9941-90d8cc8dec85,79b49263-3fa1-473a-bfed-d8c78870c755 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7027689-31b6-4058-9cec-51bb1d1f6834 +6a508faa-80a8-3246-9941-90d8cc8dec85,04ea065c-a441-48a5-9f5e-3dc501aee835 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e8c25ab-7c86-4220-b8f2-06c2ea230145 +6a508faa-80a8-3246-9941-90d8cc8dec85,864e35bc-83fb-44ee-b44b-07e4996076b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac43460d-cc06-42ee-8e1e-ff635f6727a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5a122e4-90fc-4dbf-a80c-d5404ed62e1f +6a508faa-80a8-3246-9941-90d8cc8dec85,d0107da1-caa8-4bf8-940f-16c87a038970 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8e6127c-8209-4c20-b5bf-f9aa9232229e +6a508faa-80a8-3246-9941-90d8cc8dec85,46def265-486b-4b4b-bc11-a92cab1aacf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1109b266-f5d1-49c4-a204-b7c385112f1c +6a508faa-80a8-3246-9941-90d8cc8dec85,9437e774-1bf7-4553-bd89-c2ad2a3019d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce890d48-2782-47c0-8914-bb57c70e8d17 +6a508faa-80a8-3246-9941-90d8cc8dec85,f352af15-05ce-487f-9074-2257a2588f7d +6a508faa-80a8-3246-9941-90d8cc8dec85,ee39eb89-73d2-4c23-bdb5-b47c10fadde6 +6a508faa-80a8-3246-9941-90d8cc8dec85,82ebe7f8-2db2-458a-9781-fce140197d28 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1e464f8-ad82-4938-9ad0-b8f214c8cf5a +6a508faa-80a8-3246-9941-90d8cc8dec85,047b1ce3-92be-4101-8a8c-b32ae899f808 +6a508faa-80a8-3246-9941-90d8cc8dec85,932396d8-447b-4ed5-af37-2d3877a8692b +6a508faa-80a8-3246-9941-90d8cc8dec85,c6ab430b-b382-412b-99ee-4eb8028c7079 +6a508faa-80a8-3246-9941-90d8cc8dec85,b657cb6a-2421-47d9-954d-3ddbaa3b90e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba3739b7-4e89-4e59-93a9-1f2112917a39 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae4f72a-8fee-4ce6-9275-6a987417ee31 +6a508faa-80a8-3246-9941-90d8cc8dec85,684332eb-6aff-44b3-a5b2-b9deabbcd81e +6a508faa-80a8-3246-9941-90d8cc8dec85,14fe26b3-eaee-49bb-91cd-9b1785b81af4 +6a508faa-80a8-3246-9941-90d8cc8dec85,150bb3b8-3967-41d0-8a07-8a778921cac5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb6cdfc5-3da6-429f-9850-08920f1a6c27 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c648259-21d5-48b3-82f0-fcd5244410be +6a508faa-80a8-3246-9941-90d8cc8dec85,6813ac2a-a62b-4253-918d-de893ebde6c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e1ed4f3-a2e4-494e-b1aa-f81cb376aa48 +6a508faa-80a8-3246-9941-90d8cc8dec85,68fbcdfa-e563-4d3d-9d25-1dd0e615be08 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d586087-4eeb-40c8-a12e-95a31fb704c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,345749a2-fdcc-42a5-9469-7edf1f941455 +6a508faa-80a8-3246-9941-90d8cc8dec85,3368d042-d41a-4e7e-b639-9bfb11d08a21 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a6cde7d-4a37-4e6e-9011-4b4d52717f7e +6a508faa-80a8-3246-9941-90d8cc8dec85,d2e7900b-f87e-4c45-807e-2e92c1e989e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc71bd97-4cb6-4d9c-be03-7e8de99996a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ae8b564-66d8-4906-a5c0-f89411bac9c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,88ab1e0d-3b56-41ef-9c92-07670e385352 +6a508faa-80a8-3246-9941-90d8cc8dec85,169cf6d0-effd-4334-ad7e-8f477251ab0d +6a508faa-80a8-3246-9941-90d8cc8dec85,ea0727ff-f6b1-4deb-b0f4-d9a148c1ba57 +6a508faa-80a8-3246-9941-90d8cc8dec85,5eb04074-1aae-43ba-8708-80ca65434557 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f3a65b3-c781-48c7-a66b-aeb5720bd054 +6a508faa-80a8-3246-9941-90d8cc8dec85,2360c7b3-7e47-42e3-90bd-c277afc854e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,2415dd56-aea3-407a-94f3-ba4e1b81fbaf +6a508faa-80a8-3246-9941-90d8cc8dec85,ddcc6727-52b1-4a37-aa41-4875d137ca0e +6a508faa-80a8-3246-9941-90d8cc8dec85,867835fb-2d57-4e5d-a2cc-ea4f00f163ca +6a508faa-80a8-3246-9941-90d8cc8dec85,90117f86-0563-43dd-b163-b60ac10cacd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2e1edc5-5b94-4d2e-a53a-3cdf26bc2eee +6a508faa-80a8-3246-9941-90d8cc8dec85,37529118-a27e-424c-b962-c147fee05ff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fd77a70-fecd-4f91-8715-899d2c4940c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbc73ad0-00f9-4ac2-acfd-f2bee5513698 +6a508faa-80a8-3246-9941-90d8cc8dec85,2bf8108a-97f9-46c3-91d3-8c8a13f7c3ce +6a508faa-80a8-3246-9941-90d8cc8dec85,7d910e6c-27bc-48c0-b8df-14887fc2d450 +6a508faa-80a8-3246-9941-90d8cc8dec85,31768918-1ffa-4dd4-baef-cf69e2bd05c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd074017-8654-4320-8c4e-b6ad966f1424 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4603628-564d-48d5-aaf1-0b61f6ddff9b +6a508faa-80a8-3246-9941-90d8cc8dec85,599ef434-f33f-4d66-ace6-a1477281ad62 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c737782-64dd-4979-8b2b-c48506750380 +6a508faa-80a8-3246-9941-90d8cc8dec85,92bbaec0-5741-4bb7-822a-db1b550ace7f +6a508faa-80a8-3246-9941-90d8cc8dec85,33853dcf-0881-48ec-947f-c456af842272 +6a508faa-80a8-3246-9941-90d8cc8dec85,aea28001-11c9-49f6-b46d-69b5d73343c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a971b8e-f34c-47b5-a53e-22eea491ce96 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a37e56e-aabc-4616-ae14-84bd880ce87c +6a508faa-80a8-3246-9941-90d8cc8dec85,b5a93e0a-c915-434e-973a-222f2d99907b +6a508faa-80a8-3246-9941-90d8cc8dec85,61a50588-f7fe-490c-9c3a-325742bc1a4b +6a508faa-80a8-3246-9941-90d8cc8dec85,16cb7f75-0f84-4227-9a1c-7c487791fc25 +6a508faa-80a8-3246-9941-90d8cc8dec85,c556712c-d3f7-43ec-9c91-22b658b417e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0723195b-b6f6-40bb-be8f-bdaf8f781332 +6a508faa-80a8-3246-9941-90d8cc8dec85,45bf6563-126c-45b3-b94d-8a7d0d129846 +6a508faa-80a8-3246-9941-90d8cc8dec85,23a7912b-32a3-413c-870e-9aec3f0fb55f +6a508faa-80a8-3246-9941-90d8cc8dec85,10217f1d-e3e3-4da9-aca6-da1938b196b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fce03a67-f7e3-4d0f-9d40-87fcb0bda836 +6a508faa-80a8-3246-9941-90d8cc8dec85,13966d75-d2b5-408c-a67f-14c83105e792 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c4fcc08-7e08-4401-a794-3c0ee2ee31af +6a508faa-80a8-3246-9941-90d8cc8dec85,93f56d5b-763c-4033-bb91-040cda465a54 +6a508faa-80a8-3246-9941-90d8cc8dec85,85246c3b-af09-46c4-bd22-ce43515fe539 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfef6797-32f6-43ea-a69e-9b5c7b608b37 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3add856-10b8-4731-97a2-91f421740610 +6a508faa-80a8-3246-9941-90d8cc8dec85,cad27c9b-cc45-407a-b88e-a9ae613514e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,41987ed1-55f4-4abf-bd8a-41715c221015 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e1099f9-7b34-4028-8ee2-0b6b9ccb752f +6a508faa-80a8-3246-9941-90d8cc8dec85,cc53e55b-15b3-4413-9b6a-ddf5cea8531b +6a508faa-80a8-3246-9941-90d8cc8dec85,3569a02f-7b1c-484f-b4c4-72a5c4409416 +6a508faa-80a8-3246-9941-90d8cc8dec85,08787064-c90a-4c91-89cb-947654fbffb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,b53558e7-6df1-47fe-9008-8026da90c217 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ddf7849-1cc2-4a7e-a534-bf0e337f76e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,f61b7fc3-9f44-4b89-8a0d-e4aee0eeecdc +6a508faa-80a8-3246-9941-90d8cc8dec85,195ac736-9ca0-45cc-9c37-2401df08f8ee +6a508faa-80a8-3246-9941-90d8cc8dec85,480896b5-c324-4082-8cd6-576c49083ab6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b5483be-a8d8-4329-863a-a15c9ad12d6e +6a508faa-80a8-3246-9941-90d8cc8dec85,2dfe2d81-bb21-498a-9fbc-2bfb8b607b33 +6a508faa-80a8-3246-9941-90d8cc8dec85,2fda8744-1643-4900-ad0f-317c5fff3038 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1e79b8c-e1c2-48cd-bb61-4a89245248c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce885078-da0a-45fd-86e4-6bfa9e2c2208 +6a508faa-80a8-3246-9941-90d8cc8dec85,33355e9c-5d48-407e-8361-968c6d3d471d +6a508faa-80a8-3246-9941-90d8cc8dec85,60c5ccc6-64eb-46ff-9126-356f86506a8a +6a508faa-80a8-3246-9941-90d8cc8dec85,95ba5220-3e4d-452a-ad53-e248db343eef +6a508faa-80a8-3246-9941-90d8cc8dec85,bf2d7bb9-e50d-4dc6-93e3-8f749ee42456 +6a508faa-80a8-3246-9941-90d8cc8dec85,6edc2dbf-2545-4923-9b74-5143f1301290 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d88d662-d4ca-48cb-b2bb-4916868216b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c138141-f744-4286-bdee-affa2aa13b5c +6a508faa-80a8-3246-9941-90d8cc8dec85,3bb1dc4e-e53d-4fe9-b47f-a52d856934ef +6a508faa-80a8-3246-9941-90d8cc8dec85,28cac243-d210-4db6-8cbe-6fc32ebb6ce6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7a5a84e-f57a-4c31-b85a-71c2a42b6b0f +6a508faa-80a8-3246-9941-90d8cc8dec85,415efdd7-e942-47da-a09a-7fe69d4a9301 +6a508faa-80a8-3246-9941-90d8cc8dec85,44b0763f-5c96-4c37-89a4-3f1b786406f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed709572-103c-4e50-a327-64e75ca63125 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3bf84f5-3e56-415c-80b5-030e6ad498e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ab8671e-45e5-49e5-93a7-e63522e3ecc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,42293ac8-0b65-4a8a-8a42-a1233a37d8ca +6a508faa-80a8-3246-9941-90d8cc8dec85,c534c789-551c-490a-97a0-9c6d0c7fe723 +6a508faa-80a8-3246-9941-90d8cc8dec85,2965f021-248d-44e3-9d83-ccd76a9682f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0ca7ec2-ee4e-41f6-9865-500273067210 +6a508faa-80a8-3246-9941-90d8cc8dec85,507422e1-9efa-45f6-95a4-a97098841bb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b21b29ec-ff66-4756-8284-97e5da235fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,44f62856-be20-4ade-9341-e7f71b6669fc +6a508faa-80a8-3246-9941-90d8cc8dec85,6400fe78-4dd3-43e5-be03-306c5383622f +6a508faa-80a8-3246-9941-90d8cc8dec85,a05dd4aa-356b-4fd5-a996-7e5587a6197a +6a508faa-80a8-3246-9941-90d8cc8dec85,30729594-b9de-41ff-9686-458064edf13e +6a508faa-80a8-3246-9941-90d8cc8dec85,4d77bb2a-920f-4ddb-8aff-691d790a5ad5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f4f7781-0443-49c3-a362-9c0027c8219a +6a508faa-80a8-3246-9941-90d8cc8dec85,bc9a546e-140b-45b5-84c4-bc9f23365e0a +6a508faa-80a8-3246-9941-90d8cc8dec85,f9b847b2-3b7d-444d-b1d9-152d1b12b44a +6a508faa-80a8-3246-9941-90d8cc8dec85,1417ec90-f63d-4366-9bf1-97b2994a8113 +6a508faa-80a8-3246-9941-90d8cc8dec85,7fe83d23-f5b7-4f8b-8aec-2039a52e71b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cc1cd0b-260c-4ca5-8343-598aafcae55f +6a508faa-80a8-3246-9941-90d8cc8dec85,ae357eed-917d-45ed-85c2-34814c62021c +6a508faa-80a8-3246-9941-90d8cc8dec85,efa4b38d-3cce-462c-b786-1948f818a1d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa819f20-05bf-4b7b-ad66-1fd169666485 +6a508faa-80a8-3246-9941-90d8cc8dec85,311d57a6-43d6-4b03-8bcf-0f4a5e01f0a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2b06290-87b4-4ece-acbf-f3d4bb29b936 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cbe4a2c-cf6a-435e-8d7b-8a96341f680b +6a508faa-80a8-3246-9941-90d8cc8dec85,e66fca5f-8501-4edd-9093-675deaa44f59 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfd281bd-2d92-4638-ad38-d032631b9498 +6a508faa-80a8-3246-9941-90d8cc8dec85,57a5ec2d-723e-4510-8022-7c8a4a56ae77 +6a508faa-80a8-3246-9941-90d8cc8dec85,64c43fd5-2670-460f-9838-8ad47440ce6d +6a508faa-80a8-3246-9941-90d8cc8dec85,1bdcd514-959f-46e6-bb46-e6ca368018cd +6a508faa-80a8-3246-9941-90d8cc8dec85,739262cb-8eff-4e9c-a32c-2a5af5f5e339 +6a508faa-80a8-3246-9941-90d8cc8dec85,489d8533-e453-4d82-b9c3-e8a3ef5a9f00 +6a508faa-80a8-3246-9941-90d8cc8dec85,36a2d6eb-577d-4fcb-98e0-664fa734adb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8749d90e-fd46-4e08-bb0f-6e784d9768d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,5846c944-9eb7-4efd-bf49-1bc3b6966a96 +6a508faa-80a8-3246-9941-90d8cc8dec85,22a8936f-5574-407c-a573-3b312abedfc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d8a64b8-190b-4493-b9b9-61c60ebd0e85 +6a508faa-80a8-3246-9941-90d8cc8dec85,54162d80-6b12-4b1a-9f18-a4a4248f5c27 +6a508faa-80a8-3246-9941-90d8cc8dec85,09a5be1f-6927-401e-977f-9953850e0361 +6a508faa-80a8-3246-9941-90d8cc8dec85,354d0922-97d1-42a7-bc0b-d28214a438f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b357c70-d19f-47d7-ac6e-71e29fdcfe6e +6a508faa-80a8-3246-9941-90d8cc8dec85,68a997d7-ce3a-45b0-99f0-db47332cdc5d +6a508faa-80a8-3246-9941-90d8cc8dec85,ed17390e-0ee7-4da0-aecb-8d102edf9456 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fe844dc-c55b-4a51-9838-e593c3b38af0 +6a508faa-80a8-3246-9941-90d8cc8dec85,09956c1a-8024-4c73-8663-458a42fc6fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,50c5a911-004e-4d5a-9c3c-9010fc4b3856 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff25fa71-6db8-4212-97ee-8fa1265a2607 +6a508faa-80a8-3246-9941-90d8cc8dec85,14202930-1a87-4cb5-95b8-84b10516d3c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fec3c3dd-adf2-4fba-bfd3-976ff4282143 +6a508faa-80a8-3246-9941-90d8cc8dec85,c116b557-b083-42c4-828e-9e00a9e56481 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc44334b-6c30-4e33-a9ee-65ffc68fb0ab +6a508faa-80a8-3246-9941-90d8cc8dec85,85e4a3cd-116a-46b5-b3e4-fc9fd26e701f +6a508faa-80a8-3246-9941-90d8cc8dec85,9d44c1a9-3934-45eb-b1de-060489fb3b20 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed442c1e-8194-4f45-bb80-7eb8fdd627d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,05667b03-2e28-4b85-b791-99e74cfe5b9e +6a508faa-80a8-3246-9941-90d8cc8dec85,d3731559-7114-438d-b60b-d3f0bb43ca87 +6a508faa-80a8-3246-9941-90d8cc8dec85,c73b080a-5492-4868-8042-a49eb069bb16 +6a508faa-80a8-3246-9941-90d8cc8dec85,14faa724-a11c-4534-9142-2f38bb9deed0 +6a508faa-80a8-3246-9941-90d8cc8dec85,072a8b27-681d-45a5-b331-3a089a500e20 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d67800f-2e09-49f5-ac4f-7b17ea4af34f +6a508faa-80a8-3246-9941-90d8cc8dec85,e46d7f31-f40a-4c33-a7d0-2fe0a3db6433 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b62adac-80d3-46a5-8df1-0b3a5d6e0200 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e4c085c-2920-4432-abdd-e0704c81e4f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d87d227b-4566-41cd-8bc0-ce4b8b4e1a0a +6a508faa-80a8-3246-9941-90d8cc8dec85,fa5bb924-32db-4fdc-b83b-fbadd88fefc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,286f56f4-ea6c-404e-bf19-8c8e400fc3a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,be13ceb3-653d-433f-971c-ca735e35be5b +6a508faa-80a8-3246-9941-90d8cc8dec85,b34320a3-89b8-4fc3-bec7-7e52ff936f75 +6a508faa-80a8-3246-9941-90d8cc8dec85,06ea2a6a-851b-4338-807f-a1f6c185014d +6a508faa-80a8-3246-9941-90d8cc8dec85,627e846d-f2a0-43c2-a1a2-2e4409de61b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3f40f02-3dfe-4e6d-8eb4-04f958ccd1e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,27b8c22d-4c55-40e0-a6ef-4f0a5c5e0329 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef5ebcd9-997e-4f45-8f3d-3d9403148f2c +6a508faa-80a8-3246-9941-90d8cc8dec85,fd86dd6b-b5d9-4657-870c-08ae242d59be +6a508faa-80a8-3246-9941-90d8cc8dec85,588b9d98-b321-4d1e-99b3-e7f15f28fec2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e656a4e4-054c-4a81-b99f-02a27c8ee544 +6a508faa-80a8-3246-9941-90d8cc8dec85,18b90ab3-57d5-4202-9449-70452c46f315 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee65c7c3-5916-4a9b-a27e-39f23bae4df9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2530320-2275-47ff-a1b7-f90b6a4d6a5e +6a508faa-80a8-3246-9941-90d8cc8dec85,fd40183d-5287-4ee8-a6f0-923aecc2307d +6a508faa-80a8-3246-9941-90d8cc8dec85,9957e47a-c3f9-4410-a5ba-586ff1b82037 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e694e52-c99b-4860-b37e-e8aecac5a04a +6a508faa-80a8-3246-9941-90d8cc8dec85,9626c4d7-e010-4a33-9e7f-fbfa0e999f3b +6a508faa-80a8-3246-9941-90d8cc8dec85,ed8061e2-7b7d-464f-bff6-924504acf451 +6a508faa-80a8-3246-9941-90d8cc8dec85,66d93095-b5d7-4334-b054-b3dbb83d6602 +6a508faa-80a8-3246-9941-90d8cc8dec85,c026ed43-a578-429c-8338-c305d8d9b31e +6a508faa-80a8-3246-9941-90d8cc8dec85,5b468250-945a-4126-a7ca-096ec3480d61 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2d6a4d9-f72e-42d6-b64b-d41479a087bc +6a508faa-80a8-3246-9941-90d8cc8dec85,a8c1f4ce-a8c6-4b53-b3d5-f4c915b4ec70 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d55b70b-8e49-4274-8321-b15d704c5ce0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4aaf51b-69ce-4998-b3dd-18fd91cbde9e +6a508faa-80a8-3246-9941-90d8cc8dec85,d11d6e4c-9903-4329-8f62-18b1cd23d875 +6a508faa-80a8-3246-9941-90d8cc8dec85,34cccff8-1359-44b3-a9c3-2e3894e4a46d +6a508faa-80a8-3246-9941-90d8cc8dec85,909abd59-d2e6-4b00-8092-d431ee3f315c +6a508faa-80a8-3246-9941-90d8cc8dec85,c9198f25-8d33-48bb-bdae-2178be7bf882 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a75adeb-22cf-4984-8fb8-04f2b020712d +6a508faa-80a8-3246-9941-90d8cc8dec85,9e230b78-4510-48cb-a7f6-c6c290329704 +6a508faa-80a8-3246-9941-90d8cc8dec85,62f8cd0a-e498-4db4-8a66-0880c6a7b456 +6a508faa-80a8-3246-9941-90d8cc8dec85,8edb9ff8-b7f9-4581-84bb-92c8e7c3d1ae +6a508faa-80a8-3246-9941-90d8cc8dec85,2fac3eae-acf9-426c-a403-d22e40af3a09 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4089afc-5713-46d8-aba2-e5316e91f48f +6a508faa-80a8-3246-9941-90d8cc8dec85,d081219b-545d-43ec-8b3c-3aabf9e3c2f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b1f3100-b1cf-42b1-9359-040ad2871fd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,84deceed-ec73-428f-9b00-6eef9f1492c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5af500a-b116-43e5-97f2-f8cb3b72b7e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8cac484-b97f-4292-b2fd-38edf04fdc37 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ca5a6ff-b0ca-4cef-a83b-f804c06da116 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd55e291-c365-457d-ac7c-3d9a35faae3b +6a508faa-80a8-3246-9941-90d8cc8dec85,bdf38c24-b06f-4fb8-8119-86cf537b545c +6a508faa-80a8-3246-9941-90d8cc8dec85,bd457de7-0a08-4ca7-b84c-973ed5818cc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d39724bb-05dd-406d-9249-9f81c922f2c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0bb04e75-c030-422e-9aef-79e1fb2a641c +6a508faa-80a8-3246-9941-90d8cc8dec85,8d04883f-e3af-48de-9161-b69ccd36b68f +6a508faa-80a8-3246-9941-90d8cc8dec85,604d7884-b154-4668-8626-2735f55c2a7c +6a508faa-80a8-3246-9941-90d8cc8dec85,0b237bde-ce64-4d20-b920-271181a0eaee +6a508faa-80a8-3246-9941-90d8cc8dec85,aacfc218-e905-4cd0-be52-37fe97921820 +6a508faa-80a8-3246-9941-90d8cc8dec85,b827ba84-d187-46f7-9189-01167fa987e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d7eca4a-1e2b-4aa6-adb3-df809d801faa +6a508faa-80a8-3246-9941-90d8cc8dec85,408f0f3d-1063-4b0d-a835-f756838d04f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9bb31b2-8b5b-4dd3-a64d-8101283afc11 +6a508faa-80a8-3246-9941-90d8cc8dec85,58ccbbb4-9950-455f-9ed5-77d3ce719671 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5f7a354-d93e-4135-a82e-2e78a344f350 +6a508faa-80a8-3246-9941-90d8cc8dec85,67a5971d-7539-45a5-9abd-043258bbd753 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f52373b-7b15-47e8-ad1c-6ae9fae64479 +6a508faa-80a8-3246-9941-90d8cc8dec85,afe3dcaa-f310-4fc7-8bc0-2d172f21bf27 +6a508faa-80a8-3246-9941-90d8cc8dec85,bee0af59-d11b-49e9-8c18-765acff4f7a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b6d665e-1db5-4681-b306-8aad6bd673d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b45ad68-6ac1-42d1-b1b4-040a647a3ccc +6a508faa-80a8-3246-9941-90d8cc8dec85,0ef4001a-f294-48b4-b06a-1dc765ec4c03 +6a508faa-80a8-3246-9941-90d8cc8dec85,894d4efe-8069-4f6a-9640-cff1a1aa3e98 +6a508faa-80a8-3246-9941-90d8cc8dec85,fffe10bd-1446-4dfc-a86a-a90ddac5cec2 +6a508faa-80a8-3246-9941-90d8cc8dec85,48201ce8-cf9f-46ee-a228-bf51a7695fc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f529d49-1da9-4aef-90a0-f11ad744165f +6a508faa-80a8-3246-9941-90d8cc8dec85,2bc7f87e-14d4-4eb4-8ef8-87c1546c3b5e +6a508faa-80a8-3246-9941-90d8cc8dec85,7b7cc8e8-095d-4c12-a394-931cc10b8f87 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdeac3e8-a940-40cf-bcf9-6a70ca0ffcfa +6a508faa-80a8-3246-9941-90d8cc8dec85,420325a3-e7c2-4364-be71-c0eeee624898 +6a508faa-80a8-3246-9941-90d8cc8dec85,934c920c-af1e-4673-9284-ade32f5d44ba +6a508faa-80a8-3246-9941-90d8cc8dec85,f353d47c-9bbb-4953-8f07-3dc11e28725b +6a508faa-80a8-3246-9941-90d8cc8dec85,b225ce99-0624-4e28-8ff8-2ae8a73923e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,91b1398f-832c-45d9-8b75-354c06ae24cc +6a508faa-80a8-3246-9941-90d8cc8dec85,e0a7ff00-cd30-439c-b62c-ab9da7e0305e +6a508faa-80a8-3246-9941-90d8cc8dec85,d1176616-b899-4348-991f-04b390970f46 +6a508faa-80a8-3246-9941-90d8cc8dec85,18dfffec-254f-45f3-ab70-c9336ec8184d +6a508faa-80a8-3246-9941-90d8cc8dec85,40fb20fb-7376-4243-aaf0-630313119c51 +6a508faa-80a8-3246-9941-90d8cc8dec85,efc8f67f-17cd-412a-aef6-6bc361c349c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff64e75b-3b9f-4000-a9e6-f09d76d4d5af +6a508faa-80a8-3246-9941-90d8cc8dec85,a2e79d0e-2153-4e28-82a7-62b2060a6bc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d16a2a2-c9e1-48f3-95e8-3aaf4f0c033f +6a508faa-80a8-3246-9941-90d8cc8dec85,7639058e-4976-4cf4-a03b-2f494e2ba28b +6a508faa-80a8-3246-9941-90d8cc8dec85,1abe3217-f795-4002-87be-91cc26433d1c +6a508faa-80a8-3246-9941-90d8cc8dec85,4e231ba6-ec4d-4b41-b3ea-ba5d3a521ff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8863fff9-3373-47f0-afab-1baa92ad8c14 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7f7acb7-3e99-40df-a7dc-0374618c69f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,0119fa1e-0073-47a8-8892-5af6d26589f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,90378fcd-a608-4b5b-b6b0-453c706cc523 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e052f55-810a-40c3-aa60-44eefd9ec851 +6a508faa-80a8-3246-9941-90d8cc8dec85,418ee344-a872-4f3a-8269-7f81bc6be9e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e09a3907-cc48-4641-af16-a09ebe46c7a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc2f0eec-a41b-49ea-8262-f13cf315fcd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ed840ef-9752-4b32-9c1f-f8740a8937df +6a508faa-80a8-3246-9941-90d8cc8dec85,fab45148-6766-45c0-a435-bf963d8c5599 +6a508faa-80a8-3246-9941-90d8cc8dec85,647dbdf3-d2c5-4879-8125-c0e911117a5a +6a508faa-80a8-3246-9941-90d8cc8dec85,ac5d03c9-6c60-40fb-9eaa-72f00650d93c +6a508faa-80a8-3246-9941-90d8cc8dec85,7943f475-a06b-48e2-b830-448325b5afbb +6a508faa-80a8-3246-9941-90d8cc8dec85,702b686e-7acf-4257-a6b5-3b4fccab6b55 +6a508faa-80a8-3246-9941-90d8cc8dec85,8be0e272-b074-4db5-b9f3-3597d513b271 +6a508faa-80a8-3246-9941-90d8cc8dec85,075a7c8b-93a3-4d3b-902f-079c34157b0f +6a508faa-80a8-3246-9941-90d8cc8dec85,4ed09a42-c36b-40f1-9e26-004e7fed40b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab3e0747-d475-46ca-a848-228e6f4cff7b +6a508faa-80a8-3246-9941-90d8cc8dec85,ad6f4c53-700d-4479-b58c-eac5b180f0c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed872545-d5d0-458c-b903-2479e50d2d3e +6a508faa-80a8-3246-9941-90d8cc8dec85,5f5f6a25-74cc-415b-bd8e-938f1c544b11 +6a508faa-80a8-3246-9941-90d8cc8dec85,9afe7063-f868-4af2-980a-c12ef18710d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2da2b3b2-e9e7-49f8-ac44-dd2eaac43e70 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a69c6ea-6e8d-460d-a9b1-c12072ef5211 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1f24eb6-2ad5-4912-864c-0a904326a24f +6a508faa-80a8-3246-9941-90d8cc8dec85,76357c1f-8d0b-414c-af97-35ad24d64b17 +6a508faa-80a8-3246-9941-90d8cc8dec85,06ada361-49d4-40a5-a09d-0a6f066fdf74 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a709fda-547d-44bc-8c81-149ab3a32b81 +6a508faa-80a8-3246-9941-90d8cc8dec85,83c807ac-ba52-4573-8e01-cbefb3a40cea +6a508faa-80a8-3246-9941-90d8cc8dec85,0c01c1b2-2d5d-44e7-b300-f004e69236f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,30b8d6b4-46b9-4a2b-87da-cabe322c9420 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5771c71-76bc-48c8-bbca-cb5896fd9512 +6a508faa-80a8-3246-9941-90d8cc8dec85,2922f98f-5a16-4b4e-86af-cac3e5fe53f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d56bdd8a-06d5-466a-83f3-e56db2b8a0f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,edb5a4f5-e847-406b-8f53-ffbc56f2fad5 +6a508faa-80a8-3246-9941-90d8cc8dec85,79d63751-bc9d-4eef-acb2-f40ad8c0b7c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,65af1f36-6893-49a5-b426-580a84159325 +6a508faa-80a8-3246-9941-90d8cc8dec85,007cb44a-a466-4ba3-8da6-5a008fdb5a59 +6a508faa-80a8-3246-9941-90d8cc8dec85,aeeda7c8-11d4-4959-81be-760f47402be7 +6a508faa-80a8-3246-9941-90d8cc8dec85,528cc186-e9b4-45b1-8ac7-3e24ecbc30a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,09bc9aed-1c5c-45a1-a959-95e18c0f9999 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0127ef8-c83c-4f67-9529-57f8bf9de1a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b82cd57-6f66-4bf4-8542-2c0f443fba42 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bc1245a-36e1-4b68-be1f-a753da88ae62 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2ea855f-e01f-4540-bdd0-d044227138b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a059897-2575-4a49-a1d4-8bf85774e558 +6a508faa-80a8-3246-9941-90d8cc8dec85,c37e16fb-a06b-4b9f-b572-4389c7996421 +6a508faa-80a8-3246-9941-90d8cc8dec85,5362841d-002d-4f02-9178-603a521e0afd +6a508faa-80a8-3246-9941-90d8cc8dec85,2d2a9434-0d52-4070-94ac-5e7f3a02a6af +6a508faa-80a8-3246-9941-90d8cc8dec85,9f4825e8-d4b3-4379-a644-04a2d204ae38 +6a508faa-80a8-3246-9941-90d8cc8dec85,33c6ace9-4ec1-45a8-a5b9-514038ef3fe8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0047820-87ed-462c-84cc-4297167fda54 +6a508faa-80a8-3246-9941-90d8cc8dec85,784f40da-27ba-4e66-b773-4843d188bef4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fcc2276-0e79-4470-883b-8ef7fcfab233 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cd520fb-935d-4e7a-a6ac-b5141af8ba72 +6a508faa-80a8-3246-9941-90d8cc8dec85,4060d852-9d59-4fb4-8a5e-5a8eedaa1fb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,122a5caf-948d-4271-9a94-3aa4c7444bc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7496854-c098-47a0-ad04-12b4897f0633 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd2949c8-349a-45c1-8273-436b26fb04b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3e6ae0e-3a96-4036-97f3-7dac92f6629f +6a508faa-80a8-3246-9941-90d8cc8dec85,0daaecce-4619-47a4-9a75-16abbf481485 +6a508faa-80a8-3246-9941-90d8cc8dec85,42eb3a57-5303-44d0-b3f2-0604b2432752 +6a508faa-80a8-3246-9941-90d8cc8dec85,37fcd465-200f-425b-a42e-437c195f1e67 +6a508faa-80a8-3246-9941-90d8cc8dec85,f94b4967-44ce-4239-a78e-2502a03fe71f +6a508faa-80a8-3246-9941-90d8cc8dec85,5ae25da8-d0d6-430e-9005-057c97103f23 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb90cb37-6953-4cfe-a508-5de5a5ac5bbb +6a508faa-80a8-3246-9941-90d8cc8dec85,131072f6-9364-4452-973f-8f2285804b78 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe5b8744-a9d5-48e2-a1d3-e9f67293be99 +6a508faa-80a8-3246-9941-90d8cc8dec85,e66a3e5d-33ac-4b6c-ba5a-79094e6fdcd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5e6cc6d-f287-4133-8542-31828c9cf80c +6a508faa-80a8-3246-9941-90d8cc8dec85,aa6e01a6-2950-4622-b2c8-f4272d341b75 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8de99ab-f508-4278-aa04-01f60fff256c +6a508faa-80a8-3246-9941-90d8cc8dec85,49eb0d5f-db06-4f3d-92cb-01dea40f4f69 +6a508faa-80a8-3246-9941-90d8cc8dec85,44e917f2-09a6-4c2f-b2f6-c6ea817e3d8e +6a508faa-80a8-3246-9941-90d8cc8dec85,f5fd330b-4a3e-4e71-81f1-e2ebcc1f5d31 +6a508faa-80a8-3246-9941-90d8cc8dec85,2512d7c4-af7e-4cbf-9fad-ae628bd09f03 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f7fcac1-565e-4cfd-aca1-6bdd97cb8c26 +6a508faa-80a8-3246-9941-90d8cc8dec85,9eb6ead5-f964-422e-b39d-f0167d1bf65c +6a508faa-80a8-3246-9941-90d8cc8dec85,c26860a8-4465-4e98-a71a-750c59467cf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e772835-5ea8-48c1-b3a0-4349feb793f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b2dcd44-8885-4816-96b5-b37101d81451 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf5e119a-e3b6-488a-9781-dda8e9e2408d +6a508faa-80a8-3246-9941-90d8cc8dec85,b20253c0-f83c-400e-ae73-26a306b59ed6 +6a508faa-80a8-3246-9941-90d8cc8dec85,01693d5f-4b1c-4afb-a30d-07776221d3ca +6a508faa-80a8-3246-9941-90d8cc8dec85,a21d0870-103a-459f-b2f8-feea104b9e21 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd4e2246-0841-46e3-b7f3-97d1181aa011 +6a508faa-80a8-3246-9941-90d8cc8dec85,c00e8e95-f5ef-4ae6-abb7-cccfee0bdd7d +6a508faa-80a8-3246-9941-90d8cc8dec85,19e03393-0112-471f-95b6-abe9c1202c95 +6a508faa-80a8-3246-9941-90d8cc8dec85,862d14dc-c5d6-4941-805a-bf58d424038d +6a508faa-80a8-3246-9941-90d8cc8dec85,be72f1dc-885c-4abc-8f7f-763ce063c255 +6a508faa-80a8-3246-9941-90d8cc8dec85,d335e24e-85df-46ee-b8fb-22b0f7abe535 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d3d9b76-817d-48f1-ba6f-662ffd2aa328 +6a508faa-80a8-3246-9941-90d8cc8dec85,5dd04ca4-cd66-4dcb-af81-4f50be6f11a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b2a725a-c86a-45e8-91d6-d687c9b3dae5 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d7ea5b6-e987-466c-8afe-2c79369f3b02 +6a508faa-80a8-3246-9941-90d8cc8dec85,a37ce3b3-d721-447e-8a5a-28076202e65d +6a508faa-80a8-3246-9941-90d8cc8dec85,5969e820-ec2d-4ac2-be29-d124353146b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d82aae4-6d06-42bc-98a1-5f02692207fc +6a508faa-80a8-3246-9941-90d8cc8dec85,2d24e7d6-67ec-4976-8dd5-e36fad206233 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d319e08-aed7-4839-97c4-50876b935135 +6a508faa-80a8-3246-9941-90d8cc8dec85,39efa16e-c566-498b-9cb5-89b31c9c48e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e66a28b0-2793-43db-ac80-25e799e20d4d +6a508faa-80a8-3246-9941-90d8cc8dec85,d19b2979-0d83-42d1-8059-37b46bc7cc46 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b3c87e0-8b26-4a46-9549-7efe4b1f054c +6a508faa-80a8-3246-9941-90d8cc8dec85,9c687033-e0ac-43d8-9e39-340932a8962b +6a508faa-80a8-3246-9941-90d8cc8dec85,e517be8e-f20e-45e0-9fa7-6e398fa6a0c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,22cbd7ea-6ebb-4afe-b811-8af9c4ddb16a +6a508faa-80a8-3246-9941-90d8cc8dec85,7160d30f-bef0-4980-9316-72d47e7a4a67 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a81b06d-99cc-4feb-b1cc-64749645a027 +6a508faa-80a8-3246-9941-90d8cc8dec85,28f52ef6-c17a-4305-acb6-3b8329de2c08 +6a508faa-80a8-3246-9941-90d8cc8dec85,76b48183-045c-40b0-a726-4640abde478b +6a508faa-80a8-3246-9941-90d8cc8dec85,92ff80a7-817e-4e73-95de-f408252c42bf +6a508faa-80a8-3246-9941-90d8cc8dec85,5497dae0-57aa-4d45-8c09-4fb8f7d2aee9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d7e5f33-dfe5-4b07-9c92-7e24071ecd59 +6a508faa-80a8-3246-9941-90d8cc8dec85,d08921c2-324f-4cba-9295-ca6703c96d07 +6a508faa-80a8-3246-9941-90d8cc8dec85,332aadc0-3058-41d1-92c2-b5c660da90ec +6a508faa-80a8-3246-9941-90d8cc8dec85,37be55ed-ba94-4524-a87b-e49e5552a566 +6a508faa-80a8-3246-9941-90d8cc8dec85,33d043f5-1a66-49ff-bb33-bdf9594cd572 +6a508faa-80a8-3246-9941-90d8cc8dec85,212d7f99-4032-46a3-b51f-a64b6b7468c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e416efdd-7b49-4bdd-8589-843227c55733 +6a508faa-80a8-3246-9941-90d8cc8dec85,8baa14e8-37d9-41c5-9757-af5d0547e20a +6a508faa-80a8-3246-9941-90d8cc8dec85,17e9142b-466d-4c08-9fef-221fb9ca1930 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0efdda5-c687-4b34-ae62-b2b1cc7cedd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,483deecd-5f7a-4102-8bfd-b1ff36d8b2db +6a508faa-80a8-3246-9941-90d8cc8dec85,addfc9bc-b876-41cc-883d-91dd517fa127 +6a508faa-80a8-3246-9941-90d8cc8dec85,61f38be0-1429-4399-a3c7-b84b5b06baee +6a508faa-80a8-3246-9941-90d8cc8dec85,f872f60d-3a23-4de6-a8ee-0655f639a152 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d26c66d-34b9-48ed-a9f1-a3dc9cb06ba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b657e99c-b144-41ad-9e67-6cab848f6467 +6a508faa-80a8-3246-9941-90d8cc8dec85,de475651-660c-4bdf-a9ef-d9d9c5da73b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ede2fe8-4364-4313-9fc2-25090bd48a94 +6a508faa-80a8-3246-9941-90d8cc8dec85,aba534eb-32c4-4810-82eb-b57d3170eb38 +6a508faa-80a8-3246-9941-90d8cc8dec85,657d523b-bf96-4c3f-a7b7-7d8c96a204c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6880e68a-92ea-42b2-b75c-47051e3cef43 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b301fa8-1383-4eb9-b2e4-25f8b95dceed +6a508faa-80a8-3246-9941-90d8cc8dec85,b964f24a-7d42-4012-a19d-b86b27426237 +6a508faa-80a8-3246-9941-90d8cc8dec85,c762d6d4-0f51-4272-85d0-5cd4c98c4bdb +6a508faa-80a8-3246-9941-90d8cc8dec85,82730182-1a80-4ce1-a2cd-e704e8b4eb0e +6a508faa-80a8-3246-9941-90d8cc8dec85,b81c6a00-038d-4875-8794-f2a98bda1e4b +6a508faa-80a8-3246-9941-90d8cc8dec85,c11f57cc-0a33-4105-b6e3-63362dc13021 +6a508faa-80a8-3246-9941-90d8cc8dec85,14719490-762f-4796-91e5-5946774bb15f +6a508faa-80a8-3246-9941-90d8cc8dec85,3532c5f3-d761-4ec9-b52a-7701cb4729ed +6a508faa-80a8-3246-9941-90d8cc8dec85,424bafb7-54fa-4d36-9bb4-35c96a6dc2ff +6a508faa-80a8-3246-9941-90d8cc8dec85,5d31b5ab-4220-4b16-ae78-06da1d0c906a +6a508faa-80a8-3246-9941-90d8cc8dec85,5c309192-16c5-4322-bdf0-fe2ec3bf84aa +6a508faa-80a8-3246-9941-90d8cc8dec85,0ef21480-3e49-4458-9df5-c6687429dccf +6a508faa-80a8-3246-9941-90d8cc8dec85,553544e4-f1aa-4a8a-92dc-366248da26e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f3a97ef-688c-448d-bf6d-7b5b688dfbd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,386af47b-b776-418f-8b86-65c9f16805f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,35a7856d-dc2f-4b5d-ba1b-2b7186b8bde8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2191a41-7c45-4e09-b5d1-897ca3396b07 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7263723-d95f-46ec-9e34-80f741f6463f +6a508faa-80a8-3246-9941-90d8cc8dec85,c0031671-b436-4752-a9ab-9659eb897ad9 +6a508faa-80a8-3246-9941-90d8cc8dec85,71baba9c-1de0-404b-8134-5690f27ae51a +6a508faa-80a8-3246-9941-90d8cc8dec85,48902aad-16fe-432e-9618-f6014411c5b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,831d67c0-3669-49db-b819-876b8a7e4d5f +6a508faa-80a8-3246-9941-90d8cc8dec85,3da8c8aa-4492-46d0-93dd-d3ed8891cf72 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b7d5657-8663-43e1-a80c-392da339bbd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,32cffa98-4e47-4ede-910f-48a64b270ce7 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc251299-291a-42b9-9f9b-037b582711e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f75079aa-ed9c-4a6b-9703-854f0926735e +6a508faa-80a8-3246-9941-90d8cc8dec85,1832fc39-39d9-4c45-a2f3-a5150fdc0e74 +6a508faa-80a8-3246-9941-90d8cc8dec85,50a584f6-cb55-4887-bc6e-001149d252c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,60b47f63-84a0-4e0a-91b0-010389a9a745 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1eda430-f89d-47d5-843d-9c898fffee97 +6a508faa-80a8-3246-9941-90d8cc8dec85,c396795c-3b7f-43e9-996e-a0c6559a9aec +6a508faa-80a8-3246-9941-90d8cc8dec85,c263ccf9-5ed2-4809-8f8d-c39555b308db +6a508faa-80a8-3246-9941-90d8cc8dec85,de344fdb-1f72-4f54-8f1e-37515fa7064d +6a508faa-80a8-3246-9941-90d8cc8dec85,c94830b0-5f62-4adb-82ef-32eb37221d79 +6a508faa-80a8-3246-9941-90d8cc8dec85,73bdabe2-fa1b-4271-98c9-94a6b8bc262d +6a508faa-80a8-3246-9941-90d8cc8dec85,c39be696-bdc6-4bd8-a9c7-ce5be8819615 +6a508faa-80a8-3246-9941-90d8cc8dec85,777e6a24-0b34-498a-a2df-8dfe67670310 +6a508faa-80a8-3246-9941-90d8cc8dec85,3efce5d9-c38a-4dda-9a2d-1b996430fa59 +6a508faa-80a8-3246-9941-90d8cc8dec85,80c6a5c1-9d93-49a2-8154-6ab64af7083a +6a508faa-80a8-3246-9941-90d8cc8dec85,af783bfd-f168-4596-8589-8bf0ba2352a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2df472bd-2dfa-4ff7-a9ee-28a8cb003890 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fbcbae7-c5c8-409a-9805-5d3a26ddc391 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d17ef6e-d878-4e72-96cd-93f44ce3bb26 +6a508faa-80a8-3246-9941-90d8cc8dec85,da76b2cb-d5ee-4c47-b591-e43e47a062d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,360d1f64-aee5-401f-9c8a-72e01a16c643 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a534734-48b1-4642-93c6-ff774016130d +6a508faa-80a8-3246-9941-90d8cc8dec85,43ea4a62-8736-4206-ad02-741680ebc185 +6a508faa-80a8-3246-9941-90d8cc8dec85,fae78cd8-4e6a-44aa-b5d7-968e75892cfc +6a508faa-80a8-3246-9941-90d8cc8dec85,b6a584aa-ac29-4638-95fa-03480145262b +6a508faa-80a8-3246-9941-90d8cc8dec85,e69ffa83-c318-4684-8853-c3e45e927bf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b519fe58-4e8c-4f3a-a15b-f33b62e414e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f034b033-845d-491a-94d4-c6a288b8f428 +6a508faa-80a8-3246-9941-90d8cc8dec85,22fa2f56-467b-4d1e-b7cc-600391ef14d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,83c073f2-d9e5-4058-989a-81ebe491fc1e +6a508faa-80a8-3246-9941-90d8cc8dec85,6d78292f-24d9-4773-b036-0cb100450fb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7ef1933-af4c-4cb5-a117-eff05e478377 +6a508faa-80a8-3246-9941-90d8cc8dec85,2860b0ef-7d58-43a0-8142-dfa4cdd9c16d +6a508faa-80a8-3246-9941-90d8cc8dec85,709a9089-fdb1-4058-bfa3-892abad911b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6adc2e06-9461-4d7e-9bb6-2296768924f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f47890ed-35e4-43d7-af61-a60fb98ac2e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b410ef98-dce4-45a5-8e60-01e0065879d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,76ef66d7-d19b-4f2c-9970-110e0708fd57 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ae39d62-3142-4eeb-9f94-ee058b8a374d +6a508faa-80a8-3246-9941-90d8cc8dec85,9e3b838a-2bbb-4f03-ba63-dcdf11cbc01f +6a508faa-80a8-3246-9941-90d8cc8dec85,6febc90f-84db-47c6-97ae-828b5824e447 +6a508faa-80a8-3246-9941-90d8cc8dec85,49830a6e-4fc7-46a4-98dc-dacab1ae1ab7 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb9c0401-49ca-432e-9bfd-09af3b842a7c +6a508faa-80a8-3246-9941-90d8cc8dec85,568ce787-8c53-4b73-ba62-109990fbc701 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf7fb3f8-0c9a-4ee4-8a96-0381c2eef415 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1fb8180-1bdf-41a0-bc2b-f47f31bbc50d +6a508faa-80a8-3246-9941-90d8cc8dec85,c3bcb5c9-1e1d-4532-a105-c730fc65ff21 +6a508faa-80a8-3246-9941-90d8cc8dec85,55dce99b-c87f-4b5e-90f4-622e440b542b +6a508faa-80a8-3246-9941-90d8cc8dec85,bc6d1992-918c-41bd-ae49-e1e8e49efdfd +6a508faa-80a8-3246-9941-90d8cc8dec85,d9d084c0-82b3-4162-8f8d-35d544ef8407 +6a508faa-80a8-3246-9941-90d8cc8dec85,858242cb-7453-47ae-905b-7c3e49afa12d +6a508faa-80a8-3246-9941-90d8cc8dec85,2368da44-7da9-43ff-9565-3e7cdfbacfe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f04b583-24da-451a-b9a7-2940cc26058b +6a508faa-80a8-3246-9941-90d8cc8dec85,a2389ba7-5983-4435-8173-73349d49b87f +6a508faa-80a8-3246-9941-90d8cc8dec85,bc018f13-5df0-4ab6-a418-f9f823e75310 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f13ef32-5483-4069-b17a-7eddc5570309 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce438958-d466-48c0-a545-8adef568f197 +6a508faa-80a8-3246-9941-90d8cc8dec85,876270e7-677b-469c-9a4e-15fd15736913 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3fdb964-5686-4de9-8eb1-16a8dad3520e +6a508faa-80a8-3246-9941-90d8cc8dec85,93e41285-0e1d-44b6-84d7-ff63ee23aeda +6a508faa-80a8-3246-9941-90d8cc8dec85,61d55ca0-808d-4626-a745-cfcf6794c596 +6a508faa-80a8-3246-9941-90d8cc8dec85,649a0c6f-2a5b-4c50-880f-b27c87303c14 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7db4639-dc79-4d7c-89e4-885e76c0aba5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fd02354-d442-4b30-900a-bcf8d3e5b31b +6a508faa-80a8-3246-9941-90d8cc8dec85,2de558f1-0007-41c0-abfa-f481afa47bde +6a508faa-80a8-3246-9941-90d8cc8dec85,060e1467-7d7f-4063-b1ed-c6f0f959a986 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac2a2714-8f0c-48ab-86c7-56fbeeb22d15 +6a508faa-80a8-3246-9941-90d8cc8dec85,d805d8f4-2782-437a-b9fc-5133d6b2ee32 +6a508faa-80a8-3246-9941-90d8cc8dec85,21b8b912-1361-4466-93b3-fe11b292b8f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e29ba77-5e87-43c1-8b30-b07560a4b39f +6a508faa-80a8-3246-9941-90d8cc8dec85,48b8677b-d7b8-4cec-bd0d-a19137269579 +6a508faa-80a8-3246-9941-90d8cc8dec85,58846935-e037-47c7-a95b-776f8f6e40fa +6a508faa-80a8-3246-9941-90d8cc8dec85,9fed5908-ba7b-41fd-a5e0-8e4dcbcad9ad +6a508faa-80a8-3246-9941-90d8cc8dec85,5e39b8ec-83b4-4822-af2f-13779d8ba08b +6a508faa-80a8-3246-9941-90d8cc8dec85,0435618b-57ce-470e-9bba-39b4734a4098 +6a508faa-80a8-3246-9941-90d8cc8dec85,80cb456a-02e8-4941-8050-97f823a2a84a +6a508faa-80a8-3246-9941-90d8cc8dec85,48a3f13d-c1f5-45ff-80f0-1e75d7e46e7a +6a508faa-80a8-3246-9941-90d8cc8dec85,67503ae6-e3ca-4012-a8d8-f14b1f524131 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8cf78f1-cef8-4131-8e04-9355d6abdf41 +6a508faa-80a8-3246-9941-90d8cc8dec85,0774502b-13ee-448a-a92a-eec1707b6d5e +6a508faa-80a8-3246-9941-90d8cc8dec85,62010a6a-79d7-469f-8244-3bf6b0664538 +6a508faa-80a8-3246-9941-90d8cc8dec85,64f5d6e8-b0c6-4889-8480-a89a3824815c +6a508faa-80a8-3246-9941-90d8cc8dec85,1634e762-b7a5-4307-bfc3-0a429b8eee0c +6a508faa-80a8-3246-9941-90d8cc8dec85,4a900ac5-0fc1-4a25-b271-a3c2057839a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e53d833-e73b-428c-87af-f3c2209c85f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,289cd632-382e-43c1-b217-111fcb0a4115 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fd030b2-574b-49f0-9ea1-051c784ab6a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,95af3275-43ba-491e-a615-5d059427673b +6a508faa-80a8-3246-9941-90d8cc8dec85,0f6062df-6bd2-4329-8426-6ef11018afa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a80d344a-c139-4618-ab8a-80942031bce9 +6a508faa-80a8-3246-9941-90d8cc8dec85,326fa7dd-08a9-4ecd-a740-899d0e84f89a +6a508faa-80a8-3246-9941-90d8cc8dec85,36835e40-5e7c-4f53-bf01-48e02aadfd7a +6a508faa-80a8-3246-9941-90d8cc8dec85,74eebc81-c8f5-4378-909e-029b49eab6a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c42eae44-58d2-4715-8aca-588ab937f2e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5547487-4c20-46ef-a808-ddbf71e50277 +6a508faa-80a8-3246-9941-90d8cc8dec85,b123ccc4-69b9-4372-a43a-c7fa8f95e3c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc088a2d-0882-4786-8679-dcb52c437b25 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e5794da-3534-483b-9229-87da0aa36707 +6a508faa-80a8-3246-9941-90d8cc8dec85,a32d3f84-f7e9-40a8-92f1-61360b6835cd +6a508faa-80a8-3246-9941-90d8cc8dec85,019c285d-7186-4dc8-abbf-472b9fa1c3e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b02770ee-81f4-4e47-a09c-688ede7a0000 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a062efc-164b-4a61-a425-58bb13e3c5df +6a508faa-80a8-3246-9941-90d8cc8dec85,463e24d9-ffb8-4135-9812-052291563fc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7815f8d9-3c67-4193-83c4-eeece400194f +6a508faa-80a8-3246-9941-90d8cc8dec85,4ae9793b-f89c-45e9-a285-c2b71064b00b +6a508faa-80a8-3246-9941-90d8cc8dec85,82d59b76-442c-45a4-96d3-75ef4a7b386e +6a508faa-80a8-3246-9941-90d8cc8dec85,3fd7d70d-f75d-488f-8de2-afdb15b8ffc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,230ba833-852c-403e-bb93-100436e5cf5c +6a508faa-80a8-3246-9941-90d8cc8dec85,067a1bd2-4c2c-42d0-a0bd-3aac19672003 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b09fa20-2743-4879-a353-c42675c59085 +6a508faa-80a8-3246-9941-90d8cc8dec85,953c951c-e289-45f4-93a9-4009ca37d82c +6a508faa-80a8-3246-9941-90d8cc8dec85,8773b624-94e2-4292-8077-1583a1182f59 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfba62f3-4966-42aa-a3e4-ca933469afeb +6a508faa-80a8-3246-9941-90d8cc8dec85,1cf562a2-3bd9-4df6-9181-f170b26da51d +6a508faa-80a8-3246-9941-90d8cc8dec85,1ceb8ac3-0517-42f3-94ab-245b31f57680 +6a508faa-80a8-3246-9941-90d8cc8dec85,1934d9b7-9e90-401f-a17e-ea800102648b +6a508faa-80a8-3246-9941-90d8cc8dec85,c3d369ea-17fc-49a6-88e0-f64ec43f51f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,558a96d2-ecc8-4466-bc80-7eb517e3d3eb +6a508faa-80a8-3246-9941-90d8cc8dec85,372b3173-3fd5-435d-ad23-9f87a241431d +6a508faa-80a8-3246-9941-90d8cc8dec85,80255454-b369-425a-8b32-bded7af05d06 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d20108a-bf8c-45a2-b662-25d61643f1a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b21cecf-5745-42b5-beb2-ddc5a22fbed4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fb9fe39-536a-4df0-bb3f-367aaed235e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,a20700d3-ed22-4257-bddc-fc28297b7aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b447522-2527-4c2e-998e-86d8388108f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ca19d7f-ba33-4db4-8e5b-159fb8560df1 +6a508faa-80a8-3246-9941-90d8cc8dec85,12693513-54aa-4c37-a3ac-10a564071ae9 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f789f04-249f-48d4-905a-74716bd75452 +6a508faa-80a8-3246-9941-90d8cc8dec85,635ababe-f183-49bc-94fa-f5ad14701e4f +6a508faa-80a8-3246-9941-90d8cc8dec85,9596e7ea-4140-4211-b5cb-d235ff24c7c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,35a08dff-a23b-4139-b5c6-1bf31a78ca82 +6a508faa-80a8-3246-9941-90d8cc8dec85,87f8ed6f-17ac-4cdf-90b1-a7bd444d9fe0 +6a508faa-80a8-3246-9941-90d8cc8dec85,de0c3cdc-a680-4378-9d93-79bedcbf79c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0ffbbc2-fc3c-4bd5-be3c-8b5e81a58db9 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfe9ce0f-273b-4aba-b9a8-ebeaa9e1731e +6a508faa-80a8-3246-9941-90d8cc8dec85,ed1a76a7-1d1f-430f-8551-1a107bffb68d +6a508faa-80a8-3246-9941-90d8cc8dec85,85409f77-0d03-41b3-ab57-2b20f22f938e +6a508faa-80a8-3246-9941-90d8cc8dec85,ea00754b-8b28-49e6-855f-01f3176e08aa +6a508faa-80a8-3246-9941-90d8cc8dec85,a48314fd-8024-430a-98d7-7e0ce8d7866a +6a508faa-80a8-3246-9941-90d8cc8dec85,5359dab7-f235-4df9-8952-a0beb5184066 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba659d67-b241-4c42-88be-fbb5f846deed +6a508faa-80a8-3246-9941-90d8cc8dec85,1b0fc4b6-dd89-4b43-9faa-5668e5bc2a26 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e9b817b-e2ff-477d-afff-16199bc0aea0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3df214ff-017a-438c-8f99-a9fd6e7df048 +6a508faa-80a8-3246-9941-90d8cc8dec85,06c6fe02-4015-4a02-b897-d1028683c760 +6a508faa-80a8-3246-9941-90d8cc8dec85,54992b29-2e60-4aa6-ba9f-45d33b753ab1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4283795-0cea-4d38-876e-696fa66254d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb1927ff-3702-4e25-a428-dc28921f9387 +6a508faa-80a8-3246-9941-90d8cc8dec85,51f5e936-b8e2-4a2d-9298-95be327f5c82 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb1636e1-eee4-4032-8909-f3e8cdbdf70a +6a508faa-80a8-3246-9941-90d8cc8dec85,2b3e0751-10b0-41d3-aa5e-24efec65670f +6a508faa-80a8-3246-9941-90d8cc8dec85,c29f622a-25a1-4df7-aa7c-65396d55fceb +6a508faa-80a8-3246-9941-90d8cc8dec85,e5e33f2f-fd7b-48d8-a2b5-ebd15c0d4401 +6a508faa-80a8-3246-9941-90d8cc8dec85,82d53c1c-b243-4f16-a2e1-8ead537493b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,91a740a0-0c5c-4155-b7a1-75e2426efbdc +6a508faa-80a8-3246-9941-90d8cc8dec85,73d5d6c8-34a2-49b2-9f86-b89d825a0767 +6a508faa-80a8-3246-9941-90d8cc8dec85,19bbb9f2-e62d-4030-8f53-768bfddfd5bd +6a508faa-80a8-3246-9941-90d8cc8dec85,766f9abd-b84d-4802-8b0b-357e3ed48e9b +6a508faa-80a8-3246-9941-90d8cc8dec85,1e9de46d-39b0-4a4b-9ed3-3d9e53defbd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b32409d-b629-4573-8a5c-b5e531ef5858 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa29342c-7816-4afe-b3da-c82496da6595 +6a508faa-80a8-3246-9941-90d8cc8dec85,1264092c-b667-4cfd-aab4-c91ad0c87167 +6a508faa-80a8-3246-9941-90d8cc8dec85,7219f07c-7c37-491b-a95c-2de32476ea01 +6a508faa-80a8-3246-9941-90d8cc8dec85,5618e3f8-65db-42b7-aca3-e4ee335945ce +6a508faa-80a8-3246-9941-90d8cc8dec85,14522756-e2d9-44a5-a880-7a58ff7ec3bd +6a508faa-80a8-3246-9941-90d8cc8dec85,d54e696f-2aa6-4914-a0f8-2aed2ad94854 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7403c2b-b479-4e73-a326-9792e12218f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d01bd7b-2845-4d7a-8055-821ef32d57f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ec370e2-b6a7-4825-b90b-8d8bc5a88e10 +6a508faa-80a8-3246-9941-90d8cc8dec85,55f51078-e0b7-4983-a0a2-570ef62bf0a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,702ff121-3102-4727-a0e3-cddbe951caf5 +6a508faa-80a8-3246-9941-90d8cc8dec85,551bb5ec-d90f-4b6b-b517-4e5c4f31c374 +6a508faa-80a8-3246-9941-90d8cc8dec85,d322b8a5-c77b-478d-b95a-5ea08af23083 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b7d0d43-3db8-45bd-8c10-b7a9bbac2bc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8442ca89-a2e3-4fdd-94ff-475dc097b353 +6a508faa-80a8-3246-9941-90d8cc8dec85,44a5d639-fb6a-4081-b8bd-6319fb02cf6b +6a508faa-80a8-3246-9941-90d8cc8dec85,d2c08107-c04a-44fc-baf7-d1275f0017c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2310f6cd-d93c-4c14-9895-57d3f7ddecb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1fc022f-52ed-40b9-b00e-4a42097b6755 +6a508faa-80a8-3246-9941-90d8cc8dec85,070a2bcb-2772-457b-b464-7ee2681a8b8e +6a508faa-80a8-3246-9941-90d8cc8dec85,0407043f-512f-4858-b4df-c378577b3d53 +6a508faa-80a8-3246-9941-90d8cc8dec85,d72a0406-cdba-4c0f-94f3-ebfa0f23378b +6a508faa-80a8-3246-9941-90d8cc8dec85,302a6561-7150-4a0c-a0f4-d4404ec27406 +6a508faa-80a8-3246-9941-90d8cc8dec85,2991f595-958b-4a3d-b308-15d00e0cf28f +6a508faa-80a8-3246-9941-90d8cc8dec85,d34c819d-bbbd-49c1-be8f-fd598305cf17 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3abea7f-3a75-40bd-8461-8794e73ecbfa +6a508faa-80a8-3246-9941-90d8cc8dec85,7c8220cf-f33e-4b38-a4b8-e044e9f2052c +6a508faa-80a8-3246-9941-90d8cc8dec85,29cd594d-ab7a-4b64-a053-76d92ad08aac +6a508faa-80a8-3246-9941-90d8cc8dec85,38d89e5e-1487-490b-8ef8-dc381d006362 +6a508faa-80a8-3246-9941-90d8cc8dec85,2779b8ed-c81d-4386-89e0-af7368054273 +6a508faa-80a8-3246-9941-90d8cc8dec85,c068cbb6-2222-4824-a96f-c332e7ac7e8e +6a508faa-80a8-3246-9941-90d8cc8dec85,39888bb3-029b-436a-842d-f9e1895f54fc +6a508faa-80a8-3246-9941-90d8cc8dec85,c02b314c-ca80-4e46-b378-d4d8e1f2db4d +6a508faa-80a8-3246-9941-90d8cc8dec85,254a4734-1da4-4df8-b19b-bef92d3ca0da +6a508faa-80a8-3246-9941-90d8cc8dec85,2d936c4d-b530-4ca3-baea-654268972671 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b73075b-e137-4692-a050-80a12d07939b +6a508faa-80a8-3246-9941-90d8cc8dec85,ccbb28f5-42a6-4fbb-bae4-00b5ab2d9391 +6a508faa-80a8-3246-9941-90d8cc8dec85,62531cd3-22f0-438c-a61f-4ebf15c78fd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8582a19-74b2-4baa-bc5e-bbd16e5a99bc +6a508faa-80a8-3246-9941-90d8cc8dec85,5fc3b7f0-2ae4-4c76-93aa-4b9275c3f29f +6a508faa-80a8-3246-9941-90d8cc8dec85,23bc725e-ca29-4b93-aafd-d70c695bd9df +6a508faa-80a8-3246-9941-90d8cc8dec85,fbec33c2-4673-4019-a43f-65635b254914 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b78700e-9026-4115-ba4b-73b67c33f780 +6a508faa-80a8-3246-9941-90d8cc8dec85,56032124-7352-4474-acd0-349f00505f69 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a3a1444-9390-4390-a516-c88657720143 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c8b6f64-f300-45d1-b2fd-2c84f21b3305 +6a508faa-80a8-3246-9941-90d8cc8dec85,df5a3705-2227-45b8-a28c-cfbc69b667d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee2932bc-69cf-4b22-95cc-76cf846816f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,de05171c-6c75-4831-b757-965ccca86a11 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f357d16-e158-4a9c-b5a8-bbcf130bdb43 +6a508faa-80a8-3246-9941-90d8cc8dec85,cedf8197-6c36-4624-9c66-9fb3433f166c +6a508faa-80a8-3246-9941-90d8cc8dec85,a6f5796a-b474-4166-a522-bca74d7b879c +6a508faa-80a8-3246-9941-90d8cc8dec85,c93a8a2a-e8f9-482e-af2f-a5fd57faffcc +6a508faa-80a8-3246-9941-90d8cc8dec85,ca592d65-bdcf-45b0-a052-de8e862ae1ab +6a508faa-80a8-3246-9941-90d8cc8dec85,cc2b4205-7ed7-4a9e-b42b-1a76845ac528 +6a508faa-80a8-3246-9941-90d8cc8dec85,184b00c8-7ff5-4f40-af35-657bba4ff612 +6a508faa-80a8-3246-9941-90d8cc8dec85,e97c0090-ea72-46ae-9ff1-a80e6d148ff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,379d36f8-1b6b-43d1-a7ca-3feaa7bfc58b +6a508faa-80a8-3246-9941-90d8cc8dec85,62d440d8-bf7a-464c-8b39-661bceaa7987 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d59badc-11c9-4ad8-9b8c-37e5f18f6b2a +6a508faa-80a8-3246-9941-90d8cc8dec85,6dce58f9-36c2-420a-8c48-5873252e593b +6a508faa-80a8-3246-9941-90d8cc8dec85,8e2c6675-927b-4067-b5d1-e3f96b2c9f36 +6a508faa-80a8-3246-9941-90d8cc8dec85,2eb4235a-fd0b-45b8-b0b5-af6d19dc02c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c47e70f-65c2-47f8-b346-b671bcc3f6cd +6a508faa-80a8-3246-9941-90d8cc8dec85,49a59548-6cf8-44bb-b8b0-84981b8ca99f +6a508faa-80a8-3246-9941-90d8cc8dec85,fb2e93b9-834f-4776-827c-9f236f9fed32 +6a508faa-80a8-3246-9941-90d8cc8dec85,876688a8-b93b-41e8-84ae-b9cd847295d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,30a409b7-9ae5-4450-baeb-bab80c5ff961 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdbfb6e4-0e93-40b7-9567-9a491fd26a37 +6a508faa-80a8-3246-9941-90d8cc8dec85,0adb3938-23cb-4ee7-b56d-ebe6bf72de74 +6a508faa-80a8-3246-9941-90d8cc8dec85,310922ac-1e99-44b0-b275-7f393b9c3c2e +6a508faa-80a8-3246-9941-90d8cc8dec85,2282940a-1f24-4fb5-8df1-0c2479c67ee5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b08fc351-a0c6-4ea2-a4f0-6d263240938b +6a508faa-80a8-3246-9941-90d8cc8dec85,66c5f009-e7bb-4409-8caa-56fd34231725 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f495330-aa9f-4d4f-899e-85f25e1dc652 +6a508faa-80a8-3246-9941-90d8cc8dec85,2034101c-ed23-4863-9cb6-6f572f433f14 +6a508faa-80a8-3246-9941-90d8cc8dec85,615e0230-51e5-4acc-a8dc-372cf38aee23 +6a508faa-80a8-3246-9941-90d8cc8dec85,35a891d7-4862-458c-85f0-b333a8c1f422 +6a508faa-80a8-3246-9941-90d8cc8dec85,36d69e34-9e61-4ee3-853b-20d8a7ee2964 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcda00d9-dc78-4a05-95bf-829dadab6d38 +6a508faa-80a8-3246-9941-90d8cc8dec85,007583e0-1763-4c3a-b54b-aa65f6e828b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,909c8f08-9525-4b4d-9a50-afdff07a3ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,723d8e46-0a9d-4558-8812-b2b5cb9bc579 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f879baa-9490-44c4-bf65-c8d6020d86e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,5911b154-423c-42f2-b634-b5998bee27ca +6a508faa-80a8-3246-9941-90d8cc8dec85,90296d25-a5cc-467f-b656-0f14c44d5b67 +6a508faa-80a8-3246-9941-90d8cc8dec85,91e6ccb4-cca5-4639-a995-991e0b79deb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,92f0c0f1-091e-4d52-b090-cca726f73344 +6a508faa-80a8-3246-9941-90d8cc8dec85,862df064-ed23-42c4-99d8-7c588a40196d +6a508faa-80a8-3246-9941-90d8cc8dec85,468d34b1-0fc7-4cd0-9871-a22aba83f7ba +6a508faa-80a8-3246-9941-90d8cc8dec85,386cdb5d-1719-4c80-83fd-495d408a9423 +6a508faa-80a8-3246-9941-90d8cc8dec85,35ab00ea-c21c-43a1-9974-0b750d780adc +6a508faa-80a8-3246-9941-90d8cc8dec85,c58d732e-c699-4a3f-a718-61033799f64f +6a508faa-80a8-3246-9941-90d8cc8dec85,ae26df66-d6f4-4748-bb59-e6ff53dcaf53 +6a508faa-80a8-3246-9941-90d8cc8dec85,8735a4ee-2503-4229-a46a-6003f80f837e +6a508faa-80a8-3246-9941-90d8cc8dec85,350b9ce2-0d47-4a8a-ace9-ed28692a716e +6a508faa-80a8-3246-9941-90d8cc8dec85,864b6b48-31bc-4e95-bf58-c28403dc679b +6a508faa-80a8-3246-9941-90d8cc8dec85,76210adb-aabd-4229-b8d2-94148b14f666 +6a508faa-80a8-3246-9941-90d8cc8dec85,31fd105d-bf36-4ddf-9556-6a342cf73742 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b91de59-8be8-430d-bb78-414e2819e825 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf6e5b75-cc45-4235-ba6f-ca5cd97a3c37 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2c57666-f91a-41ad-bbd7-0a16ebbb47c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,93427415-7271-45ef-920d-ee77d9c670db +6a508faa-80a8-3246-9941-90d8cc8dec85,60887d25-d853-4aff-af03-b64266ff59d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,24ca3eba-719f-4977-a185-751dd0faee03 +6a508faa-80a8-3246-9941-90d8cc8dec85,c215c75d-dcc3-415c-b6d3-4345a7af85d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c7196b9-8c48-4869-91d4-f8dd700c1017 +6a508faa-80a8-3246-9941-90d8cc8dec85,abdca644-62f2-4d60-8197-161938a049cd +6a508faa-80a8-3246-9941-90d8cc8dec85,d600afb8-89af-4172-b98c-f3e8a637089e +6a508faa-80a8-3246-9941-90d8cc8dec85,49ef7264-07a2-4bca-a992-ecbdb5db25c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8523e7d3-eea2-4ee7-a01e-abd6720ce3a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,202a883d-6ff7-498f-82d3-0282c6de872d +6a508faa-80a8-3246-9941-90d8cc8dec85,e20963ff-9975-4988-9daa-a8f25ba7faad +6a508faa-80a8-3246-9941-90d8cc8dec85,8aac3a49-cbba-40b0-b701-6b58cf84f999 +6a508faa-80a8-3246-9941-90d8cc8dec85,06b606dd-0a39-4ec4-bf24-f9dfc89ad799 +6a508faa-80a8-3246-9941-90d8cc8dec85,704a9d82-c854-405f-8153-e3cf2f1a78c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,84535ac2-2926-47eb-9e25-a4439c7603bc +6a508faa-80a8-3246-9941-90d8cc8dec85,65828636-3935-4804-84ee-017a162ef2d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2434c58-b230-4f10-812c-a0a72476bbc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,baa6617e-87e6-4cee-af65-886cea3e8da0 +6a508faa-80a8-3246-9941-90d8cc8dec85,201ecf89-720e-46ed-b02f-64b9434ddeee +6a508faa-80a8-3246-9941-90d8cc8dec85,59b3cc04-868a-4e68-8e7d-6986840508f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a76a3386-e1ad-48d4-9395-5a8ea0767f4f +6a508faa-80a8-3246-9941-90d8cc8dec85,81a6763f-7013-4ad1-96b0-1e33ce42aa85 +6a508faa-80a8-3246-9941-90d8cc8dec85,85ece4f7-aa36-436e-af0e-4b8d76dd1875 +6a508faa-80a8-3246-9941-90d8cc8dec85,72798e38-f3ad-45e7-b20b-6ef198f6c207 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7fcdc8f-824e-4e96-a19e-ba20607ec563 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a7bf9ff-23e3-441e-87d7-f6306221f6a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,808c1dd0-20db-44f3-8c6a-b20a61d694c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8988cd7c-72e2-423d-b83b-4b396ae2388a +6a508faa-80a8-3246-9941-90d8cc8dec85,3104152d-7826-460b-92ab-e5f762e982e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cef8d3d-8ae1-41a3-aeb0-9e60da3d65b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b83c537f-c178-4bd5-bf6e-a149342f6582 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3c2cc44-82bb-48a5-80c5-bf5b01c29c39 +6a508faa-80a8-3246-9941-90d8cc8dec85,feef94fd-29d1-482e-89a7-09f55682eafa +6a508faa-80a8-3246-9941-90d8cc8dec85,c5053a6d-eccf-428b-8a5e-e656824268f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,16b9bc0c-a7b5-4a7d-9914-97b7982ea1b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,22b45832-6cc0-41fe-a0a5-ff9ba0e11207 +6a508faa-80a8-3246-9941-90d8cc8dec85,88f27588-c654-4c94-a02f-d4273fcbac83 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b5b8e9c-8f26-4c01-b6ec-6f2d4ba07394 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8c27d7e-6632-46de-b8e9-1b1935cd742f +6a508faa-80a8-3246-9941-90d8cc8dec85,4b60e203-7b06-4716-84e6-d31223739d3b +6a508faa-80a8-3246-9941-90d8cc8dec85,afd66c18-c0c5-4cd8-b07b-049319d9d8e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd4d98e4-4c74-4b0c-a585-74c381f18116 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f28360c-e3ff-479e-9bea-cea57cf0fb33 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8ee40aa-a427-43f4-ad0b-9fcb62830f92 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e6509c7-22e5-4ee4-b2f2-6ca2f0d88b3c +6a508faa-80a8-3246-9941-90d8cc8dec85,1626e50a-9992-4b24-9284-1a68543fd7b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a45ae8c8-dd8f-4c08-8060-e97dda1bbf10 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a9f6029-c5cd-452a-a751-220e245da798 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5110ec8-a245-4e5a-a135-de50404c91f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e90642c-4167-486d-8609-896ff6999348 +6a508faa-80a8-3246-9941-90d8cc8dec85,94409e22-c741-4abe-b3a8-d865a085395c +6a508faa-80a8-3246-9941-90d8cc8dec85,8e00c930-7202-4900-b6a6-101b39f7d0b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,77c8a35c-65b0-4a13-92b3-42b06f79146b +6a508faa-80a8-3246-9941-90d8cc8dec85,63bcf21d-91ea-4330-98a3-494f5b839bf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d91b6bc5-07fe-4991-af2f-0481fa5137ed +6a508faa-80a8-3246-9941-90d8cc8dec85,6daa8783-6673-4aa8-9048-a1cdc660f944 +6a508faa-80a8-3246-9941-90d8cc8dec85,6474bf3b-c98f-4249-80cc-1953e2446aa8 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbb21032-2d33-4d36-bf06-c312a99746f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,19f645b1-04fe-40d0-94ee-8650285783ab +6a508faa-80a8-3246-9941-90d8cc8dec85,f01d792b-cff2-476a-9861-6f96e90a9fde +6a508faa-80a8-3246-9941-90d8cc8dec85,32ddd8fc-8846-44bd-b1c6-5aeb42b65531 +6a508faa-80a8-3246-9941-90d8cc8dec85,448580b0-c487-4559-b62a-0d84c5861c0c +6a508faa-80a8-3246-9941-90d8cc8dec85,d7476f9e-36fe-496c-bb87-0db28c9abcfe +6a508faa-80a8-3246-9941-90d8cc8dec85,63fc3518-89e3-4b82-bd92-2063c09946f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c07f53f-f295-47e6-a6e8-d7eb71aca5ca +6a508faa-80a8-3246-9941-90d8cc8dec85,107a965b-88e9-493d-9118-dad41486be75 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cb67475-4300-4f81-848e-c4b806931669 +6a508faa-80a8-3246-9941-90d8cc8dec85,862277cb-1782-4853-a670-6aa9a0a3fca6 +6a508faa-80a8-3246-9941-90d8cc8dec85,98c3f39a-7213-45ea-b64a-2d3eec39196e +6a508faa-80a8-3246-9941-90d8cc8dec85,7b1598cd-d7d0-450c-9be5-d41767bae1aa +6a508faa-80a8-3246-9941-90d8cc8dec85,303e4445-4df8-40bc-bdb8-46d37179a9c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d533a4d-cbf9-466c-8eee-17f4cf9db01f +6a508faa-80a8-3246-9941-90d8cc8dec85,1f7c488c-60e7-4d0e-b394-f564bdf6e915 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f2031e1-ab5c-4b5b-a66a-059553f53465 +6a508faa-80a8-3246-9941-90d8cc8dec85,3893bfb1-1c60-47d0-ad87-bcbf8c7e9304 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b81514b-44a5-4a08-a971-7fc273026fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,df495906-f164-4a44-9db9-82c18db7c743 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d8f001d-ae23-4725-8f9f-113797c0c6db +6a508faa-80a8-3246-9941-90d8cc8dec85,66789d4f-a6fe-4187-93b4-802f91ac3740 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d8188f2-54ac-44ad-a706-3732ce2fa983 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cad5b12-4644-4049-adef-ec4ca6bab2a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6f1e901-9dd0-4f52-aa3f-50d7ef0c37a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,f11dd502-e7a0-43f4-94dd-620dc7773d12 +6a508faa-80a8-3246-9941-90d8cc8dec85,1aa2ab21-6f4c-4279-b1dd-6832ac775101 +6a508faa-80a8-3246-9941-90d8cc8dec85,8629dd08-ed28-45cb-9ccd-6da999b102e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,02604e77-91cc-4bb7-a675-0c305bf73355 +6a508faa-80a8-3246-9941-90d8cc8dec85,6021b542-763b-4eab-a6ea-bd52987fe650 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f99c1cc-274a-4a11-b503-5a8a1e6e7d86 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ddf20c0-601c-462e-ad4a-e26e5d8114bf +6a508faa-80a8-3246-9941-90d8cc8dec85,8e25368e-6520-4444-a402-bcbc32886624 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ec1b514-e729-4e82-8dfd-4c876c27c1ce +6a508faa-80a8-3246-9941-90d8cc8dec85,38b3a8cf-3f41-4591-9ffb-adf6d28f42cd +6a508faa-80a8-3246-9941-90d8cc8dec85,f7f930b8-4bc1-49a8-a4cf-04775d53b305 +6a508faa-80a8-3246-9941-90d8cc8dec85,36021831-0524-43b4-bbe0-fc17a9fb78a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0fff5544-182c-4210-8624-2e8dd3ccd47c +6a508faa-80a8-3246-9941-90d8cc8dec85,51e954db-08bd-4ef4-9b1d-dd5e67f26ea0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9616b7d-baf8-4b0d-9b98-60bfd45828af +6a508faa-80a8-3246-9941-90d8cc8dec85,153a7ee2-22f1-494a-8661-3c682c717c84 +6a508faa-80a8-3246-9941-90d8cc8dec85,4888e465-7537-4e56-bfa1-5143f4d668b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdbf7b02-2c29-4c26-b949-81fb76c05132 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee1b1af4-1538-463f-8fb2-0bc918b759a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,062d836e-a0a1-4e24-bb8e-ac56cc3107cc +6a508faa-80a8-3246-9941-90d8cc8dec85,8893d17b-2309-4d4f-a53e-51d040a58b64 +6a508faa-80a8-3246-9941-90d8cc8dec85,942a0014-3bbc-429c-be6b-d51440b5bb5a +6a508faa-80a8-3246-9941-90d8cc8dec85,2a29718e-e8c7-44e6-9a44-841c382f9c4d +6a508faa-80a8-3246-9941-90d8cc8dec85,929af3d1-5189-4b0c-85ae-b014e86df731 +6a508faa-80a8-3246-9941-90d8cc8dec85,49a79e0d-e739-423d-81b0-901921e6bf46 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ab076bf-9c0a-4f09-8d74-c59250459753 +6a508faa-80a8-3246-9941-90d8cc8dec85,26c4ea04-2f4b-4d6c-bbb9-d13b053eea43 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0830f22-7219-45c5-aaf0-2994814eec94 +6a508faa-80a8-3246-9941-90d8cc8dec85,47aa22e8-d669-43cf-bf15-0a166a9a13f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,75b6d9e7-ed82-4eac-b1b3-e64799d1c37b +6a508faa-80a8-3246-9941-90d8cc8dec85,1c945bb1-ef54-4703-ba9f-c8937fe1250d +6a508faa-80a8-3246-9941-90d8cc8dec85,629c4008-bc1d-402d-adb6-b9db204b5871 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7ccaff3-5bbd-4174-a63b-89e020bf6445 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d16780f-0a1a-4b7c-b8d8-b4ac161d60ea +6a508faa-80a8-3246-9941-90d8cc8dec85,6648edb0-4dbf-4ab1-aba9-e781c313f0ea +6a508faa-80a8-3246-9941-90d8cc8dec85,95f0d7e6-c494-45a8-8882-8681d260d21b +6a508faa-80a8-3246-9941-90d8cc8dec85,b8c85fc0-7df8-4076-93f8-6e04996d560f +6a508faa-80a8-3246-9941-90d8cc8dec85,fffed7c0-b6a1-4897-a467-9211a531fd88 +6a508faa-80a8-3246-9941-90d8cc8dec85,777444c7-ae6e-4bcd-a6a5-d600211642b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee9de6d2-f8b7-4215-9b48-51ec7fe2d661 +6a508faa-80a8-3246-9941-90d8cc8dec85,20aa0f33-67f8-4af7-93e3-cfff050d5c59 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d45d6fb-cbbf-48b9-9448-34193abad062 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf7f04f5-8ed5-4b01-a89b-539e466ba27d +6a508faa-80a8-3246-9941-90d8cc8dec85,f07b3a5e-1958-4529-9829-bb134ab4d1ad +6a508faa-80a8-3246-9941-90d8cc8dec85,2ffb1a37-af33-43b4-bee8-3d82785e3f3d +6a508faa-80a8-3246-9941-90d8cc8dec85,cf8e0db1-40c5-45ee-b351-6d6c911812d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8ee5731-4b02-4661-8489-0b0dd9a43cac +6a508faa-80a8-3246-9941-90d8cc8dec85,62a04110-4b78-45c5-9729-4ce1f08e1056 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d604cca-9fcb-4461-9799-de7095cdbe78 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e87a47f-8cdf-44f5-90cc-8a315e06e0b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7be6268-5dfd-4c1d-9b44-68c4ed867efd +6a508faa-80a8-3246-9941-90d8cc8dec85,1de58f15-ec52-42be-8781-28f9702ddb94 +6a508faa-80a8-3246-9941-90d8cc8dec85,11e3cf81-3f27-4d40-a6e7-742cafcf9778 +6a508faa-80a8-3246-9941-90d8cc8dec85,c437150a-834d-4855-88c0-b143d87963f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,145bb0a1-3897-4893-b99f-f9de178b5709 +6a508faa-80a8-3246-9941-90d8cc8dec85,596774e0-d49c-47fb-9693-e1c57c3c427f +6a508faa-80a8-3246-9941-90d8cc8dec85,6746bd24-345d-4e22-8844-3300659df77c +6a508faa-80a8-3246-9941-90d8cc8dec85,d97f4e7c-0942-4642-8e4d-1f0930c18f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,c96c97ed-03ca-485d-a41a-6e24f5f4390c +6a508faa-80a8-3246-9941-90d8cc8dec85,7cf07a2a-0e78-4c7a-9700-318b0cdd092c +6a508faa-80a8-3246-9941-90d8cc8dec85,4b5fafdc-2f27-4411-99ce-84718ac21b8a +6a508faa-80a8-3246-9941-90d8cc8dec85,820ced97-2e23-40cb-b3d5-6d498c208d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6d88361-8449-4d52-ad2a-08e33a005052 +6a508faa-80a8-3246-9941-90d8cc8dec85,79c91429-b4b8-4c59-b843-882a9af28114 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5450e0d-c875-4235-90e5-ddf0822a755d +6a508faa-80a8-3246-9941-90d8cc8dec85,4f3fc65f-7d0b-4251-a1f1-fe47a6e45f5c +6a508faa-80a8-3246-9941-90d8cc8dec85,eec2363a-a6c6-404a-8f52-c4617ddf38fa +6a508faa-80a8-3246-9941-90d8cc8dec85,b29bc180-a57b-4181-b4b4-fe5808503d90 +6a508faa-80a8-3246-9941-90d8cc8dec85,d316b6db-9356-45c0-ad29-e103a33ac008 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cc916d8-e624-4512-9b29-87128fef49ef +6a508faa-80a8-3246-9941-90d8cc8dec85,62ab098b-9f55-41e5-84f2-c86ea7ab70ca +6a508faa-80a8-3246-9941-90d8cc8dec85,26c19615-5bbc-48d4-b1ee-59ba6b95c23d +6a508faa-80a8-3246-9941-90d8cc8dec85,454f668e-15f9-464c-997d-5b72d418261c +6a508faa-80a8-3246-9941-90d8cc8dec85,4cc35467-099d-4c8b-8bef-bb9cdf3d169c +6a508faa-80a8-3246-9941-90d8cc8dec85,e301feb8-d430-4d0a-86c0-4bac10485bc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a74b74a-5a81-41d8-a7c3-443481e99e1e +6a508faa-80a8-3246-9941-90d8cc8dec85,9ccc4622-79f8-475f-bbea-e67e66ccbdf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6234cbc-7702-443a-b24e-4e612be9c95d +6a508faa-80a8-3246-9941-90d8cc8dec85,4e46fb65-0484-42e4-ad69-9b1dbb1c4f54 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a35f6a7-3981-4ffd-b603-34b9100220b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8763ea71-8523-426a-8d55-64bee0a54a1a +6a508faa-80a8-3246-9941-90d8cc8dec85,5221809f-6195-41ce-9b95-7dcedae5f1e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec8dafe2-0bf5-4163-b835-9028e8fff958 +6a508faa-80a8-3246-9941-90d8cc8dec85,02b1fe00-ceb3-488b-a3fb-b6b0d48a9325 +6a508faa-80a8-3246-9941-90d8cc8dec85,2af1af9e-c988-4d9e-88b4-a9c494b305c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5241ce80-9c8e-40d0-ae49-89689d2e609d +6a508faa-80a8-3246-9941-90d8cc8dec85,2e72bce2-9f61-4cea-825b-ceb67b5cba77 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b47b9eb-802d-4857-ada9-9350bf7da9af +6a508faa-80a8-3246-9941-90d8cc8dec85,59155481-ebc5-4f7c-907c-9d64c26bde00 +6a508faa-80a8-3246-9941-90d8cc8dec85,00f309be-c675-48ff-b380-4556bfdc8ff9 +6a508faa-80a8-3246-9941-90d8cc8dec85,626a3faa-bf9f-4ac9-94a8-455738c81097 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca76cb09-af7b-489e-9c1c-20dbab898e5a +6a508faa-80a8-3246-9941-90d8cc8dec85,ab59b27a-99a9-43fe-90d7-31469e7b2be6 +6a508faa-80a8-3246-9941-90d8cc8dec85,66416734-f23c-4d00-985f-9e7ae35f2628 +6a508faa-80a8-3246-9941-90d8cc8dec85,0917b432-72c4-4ca0-983a-4eaebcef13c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ffc2007-ea7a-4d2f-8cc2-554c85056bae +6a508faa-80a8-3246-9941-90d8cc8dec85,bf15d90b-da62-482b-aff9-96be381e409e +6a508faa-80a8-3246-9941-90d8cc8dec85,e33ad5bc-5bcf-4139-9f8a-8424c4b5ba9a +6a508faa-80a8-3246-9941-90d8cc8dec85,53df8c4f-a085-4d33-bc84-be7cfbe9b25b +6a508faa-80a8-3246-9941-90d8cc8dec85,bed8a7ac-df77-424e-be50-bd9ac87e0c4c +6a508faa-80a8-3246-9941-90d8cc8dec85,eb7cd325-fac4-4f81-9ea6-63f4d6276151 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe03d1b9-a9df-4cf8-9bc1-888a22af3081 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f68040d-c090-4e89-9293-e0b3973e2cd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfb47ad5-1fe7-4f39-a316-d1299e5fe317 +6a508faa-80a8-3246-9941-90d8cc8dec85,35013d66-7437-4344-838e-7afd7adff11c +6a508faa-80a8-3246-9941-90d8cc8dec85,3b2e0796-9c04-41c9-966c-1acd0c917787 +6a508faa-80a8-3246-9941-90d8cc8dec85,59fa9a5a-931b-433b-b9cc-29558da065a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ef7ea3d-bca8-4572-b493-c3d33b6cd7a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,db7fefc2-edeb-4747-b403-ac2b6cc0fb19 +6a508faa-80a8-3246-9941-90d8cc8dec85,f528c55c-04c4-4747-bb8b-fdc5496e25de +6a508faa-80a8-3246-9941-90d8cc8dec85,07463e84-32e3-4e65-b0f2-2f3379fb9f52 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5c585af-8a89-4af9-908e-5d71b784fe93 +6a508faa-80a8-3246-9941-90d8cc8dec85,e67291fd-9040-4bc7-b6fc-59035eb7299d +6a508faa-80a8-3246-9941-90d8cc8dec85,51fc898c-6d3d-465e-8fae-ccbca0d740f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cf35631-0aba-4572-a422-cb2ed8d38fa8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bcc472f-4018-46e2-8971-0ff25eba96dd +6a508faa-80a8-3246-9941-90d8cc8dec85,594fe870-7182-475c-b3a2-c1b52085a8cc +6a508faa-80a8-3246-9941-90d8cc8dec85,b7bb4d98-4a03-47ca-8c34-e9a2decb4fb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,680c5cc4-bc79-4aa5-b15c-d17a3de69603 +6a508faa-80a8-3246-9941-90d8cc8dec85,0220066b-8413-4352-858d-96ca23dde933 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b4fa583-1221-4bbc-bd85-4b6307c74770 +6a508faa-80a8-3246-9941-90d8cc8dec85,d15c8e49-4fe9-4c61-a2b7-9ee97da4fa84 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6c0fcca-9a19-4499-8cc6-80cedbd1dbc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,48900d17-7fa8-4fa4-94da-3dd700c2f7fa +6a508faa-80a8-3246-9941-90d8cc8dec85,615a0eb2-c3dd-4cc8-b498-89ce0a39a27c +6a508faa-80a8-3246-9941-90d8cc8dec85,5f74b753-1d10-4c02-a278-d6020c8cab33 +6a508faa-80a8-3246-9941-90d8cc8dec85,29dcf19f-57e1-478c-9326-d16401e537af +6a508faa-80a8-3246-9941-90d8cc8dec85,543ce062-d53b-4d96-96ff-45e39d68287b +6a508faa-80a8-3246-9941-90d8cc8dec85,13b893d3-d121-40a5-9f98-bc6a7f2c4866 +6a508faa-80a8-3246-9941-90d8cc8dec85,681b3e09-938f-4043-a4da-b3d7c68baee9 +6a508faa-80a8-3246-9941-90d8cc8dec85,34e33429-9f07-4f4c-abba-b497978be035 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e82d1d2-27ba-4c30-816d-1fe0470af43e +6a508faa-80a8-3246-9941-90d8cc8dec85,15434395-6e2e-4aba-80a0-532ef74c4162 +6a508faa-80a8-3246-9941-90d8cc8dec85,92887582-d4db-4fb1-9afc-d055bd26f7c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a4c10f6-9325-4318-ab80-914c3e4142af +6a508faa-80a8-3246-9941-90d8cc8dec85,6cd90469-5d00-433c-bc5b-caef57bdbc2f +6a508faa-80a8-3246-9941-90d8cc8dec85,06dddcac-30ca-49b6-9fa5-ad94768b34bb +6a508faa-80a8-3246-9941-90d8cc8dec85,26a60f29-12f6-4027-89ab-747c9c4f2ebb +6a508faa-80a8-3246-9941-90d8cc8dec85,388c10a7-0342-4b11-b08d-d0e99f50dade +6a508faa-80a8-3246-9941-90d8cc8dec85,e86a46bb-f809-42a1-9a7d-d40b95f7e891 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdbc0105-b076-4f1d-9c19-63c1ab608a9b +6a508faa-80a8-3246-9941-90d8cc8dec85,af3ae528-49bf-49e5-8310-08683781fad3 +6a508faa-80a8-3246-9941-90d8cc8dec85,67ad0520-6be0-42bd-bddb-20fb92dd971b +6a508faa-80a8-3246-9941-90d8cc8dec85,521bd8b0-57d0-418e-b195-fb2b75e01baf +6a508faa-80a8-3246-9941-90d8cc8dec85,a12eae64-e215-4653-9cb1-0e112fdd2f1a +6a508faa-80a8-3246-9941-90d8cc8dec85,15080b31-5c20-4300-824d-d3d7eddaa1ea +6a508faa-80a8-3246-9941-90d8cc8dec85,db0e9c2a-9d94-48c7-97cb-93cb76cfadcc +6a508faa-80a8-3246-9941-90d8cc8dec85,374ad5a7-707d-4732-9810-82ec45d99b85 +6a508faa-80a8-3246-9941-90d8cc8dec85,de66466d-aaba-4eb0-a85b-0932cc9d4fdd +6a508faa-80a8-3246-9941-90d8cc8dec85,3f75eab5-cbe1-4941-83f9-d0ba9f02e5fc +6a508faa-80a8-3246-9941-90d8cc8dec85,586733b1-6255-4112-9abb-096fefc2088a +6a508faa-80a8-3246-9941-90d8cc8dec85,1514fbb6-a888-4923-95f9-af309cde1fb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a03c7edb-aa53-420d-aea3-1405ccdfcae3 +6a508faa-80a8-3246-9941-90d8cc8dec85,771bba36-0e83-4627-b1d2-56cd5c0b4cb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,847593cc-1e62-40b6-92d9-a7906e98363b +6a508faa-80a8-3246-9941-90d8cc8dec85,e226917d-0125-4aa6-af16-9b44a692ec9c +6a508faa-80a8-3246-9941-90d8cc8dec85,8d8bcfb4-747d-40e7-8e27-9b5d4efd93e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,49984dc0-e030-423b-96a7-5d85c541e66f +6a508faa-80a8-3246-9941-90d8cc8dec85,5075e7d6-f055-4ced-befe-0b795456f7eb +6a508faa-80a8-3246-9941-90d8cc8dec85,d8812347-e02b-4d6a-9cd2-1a323f17ed0d +6a508faa-80a8-3246-9941-90d8cc8dec85,40f03290-f551-4300-a8e4-776211f397e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d3c87c3-a7bd-405c-a7fd-63deea7046ae +6a508faa-80a8-3246-9941-90d8cc8dec85,9f8f75ec-68bb-4821-b120-45d4887e2cd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd33cfda-4726-43e7-b537-f07f6ac7df00 +6a508faa-80a8-3246-9941-90d8cc8dec85,535e5649-ae13-411f-a43c-a0f359d4de37 +6a508faa-80a8-3246-9941-90d8cc8dec85,757bccb3-d1ee-46d7-91c6-6865a55c7d78 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c2dfa42-719f-4352-813a-2f94936f005e +6a508faa-80a8-3246-9941-90d8cc8dec85,3aac7917-eae3-4375-ba4c-7870e8cca4c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b244a946-e859-4c1c-a244-4b4ec108dadb +6a508faa-80a8-3246-9941-90d8cc8dec85,2ad520ed-2029-4d32-abd7-c2c6e2fb20c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,37c76ba1-2ad0-47dc-b28a-c2e3a5f1240e +6a508faa-80a8-3246-9941-90d8cc8dec85,a9b61456-18c5-4bea-bbb7-344a58b3dbbb +6a508faa-80a8-3246-9941-90d8cc8dec85,f4104e61-b176-4a2b-b4d0-e3d4644c4661 +6a508faa-80a8-3246-9941-90d8cc8dec85,8bfc61b7-0586-417d-9087-2d8bed0c718a +6a508faa-80a8-3246-9941-90d8cc8dec85,7359fa85-e272-44d3-9e3c-92744876e5e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8bc770d-3213-4271-a920-fdf55d16be72 +6a508faa-80a8-3246-9941-90d8cc8dec85,83e2ce02-c913-4d81-b8a6-27f984725273 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c5a2658-7897-4a7a-99b1-03a144ec5cb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e9d508e-03c4-4324-a975-376dbf0324cb +6a508faa-80a8-3246-9941-90d8cc8dec85,aeccea26-1dff-4d37-b019-d5673e735455 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5eccde1-5c77-4255-91f5-2843e8a092fa +6a508faa-80a8-3246-9941-90d8cc8dec85,cb3f7b10-82d9-4dd2-931a-ec3c10ec173d +6a508faa-80a8-3246-9941-90d8cc8dec85,9b916691-cb94-4bb8-9578-00c7e624a8f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,01f27e36-d8c8-4792-81b7-7678cfc95a82 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ea5d343-5b29-4aa6-be22-913a50118a71 +6a508faa-80a8-3246-9941-90d8cc8dec85,be5430e4-d734-457c-ace6-697b55ab4333 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d66567f-2676-46d8-82d5-1ab762205c73 +6a508faa-80a8-3246-9941-90d8cc8dec85,b810b004-bc49-46dd-88ec-88ea322b3b61 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2d44ebb-d2d3-488f-a218-ca553999f06a +6a508faa-80a8-3246-9941-90d8cc8dec85,0b5e33ca-9685-4908-85e5-e8356c0dc481 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1bed798-5143-42a8-89d3-119c3f4a574d +6a508faa-80a8-3246-9941-90d8cc8dec85,2289d901-6df0-48d4-bd7e-eb889f49de6e +6a508faa-80a8-3246-9941-90d8cc8dec85,948d0211-40d9-4b10-8dce-708b335e1d9a +6a508faa-80a8-3246-9941-90d8cc8dec85,806331ca-0c52-4299-b470-d28ef63c0a76 +6a508faa-80a8-3246-9941-90d8cc8dec85,d63fe809-fc4a-419f-b4ab-3152017c2494 +6a508faa-80a8-3246-9941-90d8cc8dec85,deb8c506-b3e5-4187-9210-e8108ce364a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bab6d088-273c-47eb-acdd-e6502af08122 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ceaa173-e0cb-4544-b9e1-d09aab6d0659 +6a508faa-80a8-3246-9941-90d8cc8dec85,46b78381-c8da-4a8c-aa45-550873fbf48e +6a508faa-80a8-3246-9941-90d8cc8dec85,0f98886d-bf8f-4541-9639-49b475f1a03d +6a508faa-80a8-3246-9941-90d8cc8dec85,87b3ee83-d6d9-446d-ac68-6a150d7a3445 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7bc7218-fab0-4663-928d-78135635f86c +6a508faa-80a8-3246-9941-90d8cc8dec85,cc1fa802-0aa5-4adf-b719-b3de6e525c07 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0dac2c9-4c78-492b-9164-fcb6ac157169 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3a59686-9203-40f5-b1db-971b9e9b0305 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5f36dc7-dd6f-4789-8f2d-b4b418577ab0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f781a895-fd5b-423d-9175-d2d5dccb0875 +6a508faa-80a8-3246-9941-90d8cc8dec85,06fbe7ba-8dbe-4bf1-9229-fc117b6dc1d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b8a0c41-e173-4f13-b1a3-366d983d4fcb +6a508faa-80a8-3246-9941-90d8cc8dec85,183eec0a-b569-4d04-9931-865fbebf2d7b +6a508faa-80a8-3246-9941-90d8cc8dec85,560f9fef-6b64-4f7b-a7ba-1ffbcd81ee45 +6a508faa-80a8-3246-9941-90d8cc8dec85,493a04bb-cee5-493d-9aa6-d0a0dfafa3f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ee1269b-6a9f-4920-b806-58345620f9c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,62aff1ec-9169-4914-9487-eb19dee8d8ea +6a508faa-80a8-3246-9941-90d8cc8dec85,b9f1b806-0273-4061-b506-4ae1d6723ea1 +6a508faa-80a8-3246-9941-90d8cc8dec85,40b0a2f9-becf-4e3a-aaed-f9f80cb9c844 +6a508faa-80a8-3246-9941-90d8cc8dec85,21121508-fe4b-41f9-9636-ab01574a841c +6a508faa-80a8-3246-9941-90d8cc8dec85,fa1e595c-4b5e-46b8-918a-e7572b2bb24f +6a508faa-80a8-3246-9941-90d8cc8dec85,6a9f2fbb-4682-48ce-b693-423748c80187 +6a508faa-80a8-3246-9941-90d8cc8dec85,0127bad3-01a2-46c3-be15-d5b8a4726254 +6a508faa-80a8-3246-9941-90d8cc8dec85,6108277b-2296-409d-9d93-e01746574003 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf8d6003-29d2-436b-a370-480e7ba850cb +6a508faa-80a8-3246-9941-90d8cc8dec85,42eb9fb4-1c7f-45fe-b953-0cc55465a2de +6a508faa-80a8-3246-9941-90d8cc8dec85,7a9ac5b4-9204-4792-b1dd-9aedfcdaf95f +6a508faa-80a8-3246-9941-90d8cc8dec85,4a684809-95ca-4641-82cd-24b4d4fabeb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c2326a8-b150-41f6-a8aa-23e4ca5328ee +6a508faa-80a8-3246-9941-90d8cc8dec85,593dc351-8387-4f20-9028-db634650d98e +6a508faa-80a8-3246-9941-90d8cc8dec85,15f385e6-c5ac-41a9-8a70-fc290f5a5a7e +6a508faa-80a8-3246-9941-90d8cc8dec85,14196b54-c73b-4412-90c2-79bbaa95029d +6a508faa-80a8-3246-9941-90d8cc8dec85,5a562775-38b4-4b23-bc93-77243143928a +6a508faa-80a8-3246-9941-90d8cc8dec85,1ba13727-e748-45a6-9862-26ce37f81c5a +6a508faa-80a8-3246-9941-90d8cc8dec85,c7870f3e-87b1-47dd-aa1e-09740ee1a4e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f4819e7-cfd6-4a1f-9b5a-69bad9c171c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f01e0582-21fb-4057-864c-462b7e653bb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,afe63e6b-2161-4925-9bec-8206bd7cdb71 +6a508faa-80a8-3246-9941-90d8cc8dec85,effa20a7-9a6a-4e6f-a629-67d1d4e2d8d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,eff604c3-9bef-4afa-a9be-c9365c5cf80a +6a508faa-80a8-3246-9941-90d8cc8dec85,4d7a982b-b21e-429f-a340-2cc4a175d136 +6a508faa-80a8-3246-9941-90d8cc8dec85,b80f18f6-2479-4ae1-a37e-59f429330ce4 +6a508faa-80a8-3246-9941-90d8cc8dec85,29b61f26-16c2-4393-9d06-8a4f5c66cc27 +6a508faa-80a8-3246-9941-90d8cc8dec85,49f40f2a-907d-450d-9e0b-dcdc48789cf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6115344c-f2bb-414c-ae82-e8f5805a4b59 +6a508faa-80a8-3246-9941-90d8cc8dec85,98256883-641f-4500-abea-9b524a79a7cc +6a508faa-80a8-3246-9941-90d8cc8dec85,714f2d3c-b723-4bf3-8fe0-50da2ef0246a +6a508faa-80a8-3246-9941-90d8cc8dec85,c6814b62-a32c-43e0-8305-cfc12d334ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,774ac442-adc8-4874-9dbb-af645ab79d25 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f0d5049-3e78-4452-b3bb-7350662b28f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ef2603c-d29d-43d3-90f9-fe2f237f9090 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f169037-8fa1-4254-a386-59cacac1101e +6a508faa-80a8-3246-9941-90d8cc8dec85,69ecaebc-8019-442f-99b6-244c0acd6974 +6a508faa-80a8-3246-9941-90d8cc8dec85,721a51b3-b98a-4c02-b814-33c09bc7fd33 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fcdaa2a-fe60-46ab-895c-f60b61c8df7d +6a508faa-80a8-3246-9941-90d8cc8dec85,4672c750-bdec-427d-8d0a-eda5fcce6d07 +6a508faa-80a8-3246-9941-90d8cc8dec85,939bc674-c64a-40c7-bc1b-62476b5e029a +6a508faa-80a8-3246-9941-90d8cc8dec85,fb8d2833-9a0c-41df-8dfd-c000b9092807 +6a508faa-80a8-3246-9941-90d8cc8dec85,28d1fc50-cdb5-41cc-a20a-d378549bf771 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad705d9b-37f7-4b42-8b5e-a9a45f78a1c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc7db3b1-641c-4d34-a478-d70bf5e6b7cb +6a508faa-80a8-3246-9941-90d8cc8dec85,f2fdb96c-f36f-4f07-b864-c58999b6505f +6a508faa-80a8-3246-9941-90d8cc8dec85,68a8ff53-6c4c-4fc3-ad63-0a0707118a2a +6a508faa-80a8-3246-9941-90d8cc8dec85,14ab9318-5613-46e8-a3c1-25a1b1e31951 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad3990c4-13ad-4b6a-beae-8df348a2e36e +6a508faa-80a8-3246-9941-90d8cc8dec85,a84224e9-48a5-4d80-a747-f7bd141d0d22 +6a508faa-80a8-3246-9941-90d8cc8dec85,062d86d2-7ae7-4a45-858e-686dda7cf7e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,afbccde0-7674-471e-9943-a8d9554780d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d7c4d54-c0fe-465e-9cf3-eb81a810751b +6a508faa-80a8-3246-9941-90d8cc8dec85,6d3ff353-d595-40c3-853a-70775e99fff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4e5e377-34b0-48af-ac5e-265845bca21a +6a508faa-80a8-3246-9941-90d8cc8dec85,e877867f-d726-4a05-b99a-d6c9fbfdf7a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,20818bf7-ee51-448e-be17-f6cac7364593 +6a508faa-80a8-3246-9941-90d8cc8dec85,694cf85e-a0c2-49f8-852e-77a2ba6f9030 +6a508faa-80a8-3246-9941-90d8cc8dec85,caf230e0-41a7-4ab4-98e1-c9fec75a5468 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1f40030-dc6a-4757-8a26-a6d7cd93e3c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce369b35-e81a-4af1-a492-9d6a4fe00caa +6a508faa-80a8-3246-9941-90d8cc8dec85,2e2799de-c569-4422-9a89-e1993e90160e +6a508faa-80a8-3246-9941-90d8cc8dec85,ccbe0e2e-35ef-43d6-9e7e-da5ac255ec92 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a947c85-cbb3-4897-952a-2432b18744dd +6a508faa-80a8-3246-9941-90d8cc8dec85,ba7fdb20-96c1-4206-a924-b17ce5692c0b +6a508faa-80a8-3246-9941-90d8cc8dec85,23c4b453-4c93-48f9-8124-30d05d49a6f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,910ddb9a-c5fd-4d28-bafa-55f83c9c3986 +6a508faa-80a8-3246-9941-90d8cc8dec85,240507c7-c486-4841-841a-b483621e2920 +6a508faa-80a8-3246-9941-90d8cc8dec85,abdcdee6-2983-4134-9ea6-fdf01161b758 +6a508faa-80a8-3246-9941-90d8cc8dec85,07697359-e150-4149-b01a-68d70da01930 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6fd0e81-bf95-4c44-a7b4-8e40ad55a45b +6a508faa-80a8-3246-9941-90d8cc8dec85,252a9e17-4385-43ec-ba35-057971a7ce1a +6a508faa-80a8-3246-9941-90d8cc8dec85,12532d65-1152-4c88-bfe3-3d3d452519f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c96ff948-0326-4ca8-8c3b-964f43f03380 +6a508faa-80a8-3246-9941-90d8cc8dec85,29799f16-641c-4571-bdf7-092fd3b2df27 +6a508faa-80a8-3246-9941-90d8cc8dec85,04900a57-ab00-4374-b39d-fb47141f5ef7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f9d35d8-a01c-46a2-a678-f4f788642e80 +6a508faa-80a8-3246-9941-90d8cc8dec85,64b849e0-afbc-4951-9b65-5958ef97788b +6a508faa-80a8-3246-9941-90d8cc8dec85,c3312dec-1942-4ce4-9afc-88fc66c2ceb8 +6a508faa-80a8-3246-9941-90d8cc8dec85,095ed4d7-756d-4906-a896-5112ecc49d14 +6a508faa-80a8-3246-9941-90d8cc8dec85,84a7e647-d78a-4cd5-9448-0fde3bb6433f +6a508faa-80a8-3246-9941-90d8cc8dec85,26d445a2-0507-4476-943d-f6b7584cd4e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9ae8db4-9380-4405-afb8-a3c9bd459230 +6a508faa-80a8-3246-9941-90d8cc8dec85,9343e828-2eb5-4c1a-81ce-42997f732971 +6a508faa-80a8-3246-9941-90d8cc8dec85,a325f350-57a2-464c-9b40-e287c1b8f666 +6a508faa-80a8-3246-9941-90d8cc8dec85,807356ac-f536-4aa8-b2df-e97eb0cc11e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,43a06141-5848-464a-b234-137e45513adb +6a508faa-80a8-3246-9941-90d8cc8dec85,a7ded315-1fb6-491c-824e-5c43ada78195 +6a508faa-80a8-3246-9941-90d8cc8dec85,b125423e-4353-41ef-8614-80aa1985848a +6a508faa-80a8-3246-9941-90d8cc8dec85,0f89eb20-f5d8-4c9b-9158-780187e26eae +6a508faa-80a8-3246-9941-90d8cc8dec85,84573ba7-a798-4e5f-9df2-f52ff43cc58c +6a508faa-80a8-3246-9941-90d8cc8dec85,10f54a8d-d66c-43e1-9e1d-377c02c2d77a +6a508faa-80a8-3246-9941-90d8cc8dec85,f477c6ae-c803-4e0f-966f-0dbb58dc5b77 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d02c082-2b67-44ca-9958-877c7bd6363d +6a508faa-80a8-3246-9941-90d8cc8dec85,cbbfa943-0059-4bd3-bf69-c1330e83d2c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,776d8e37-ca61-4862-a3c7-89ce7a39d10d +6a508faa-80a8-3246-9941-90d8cc8dec85,1ea29922-31fc-4002-9e54-3990cf55ec2e +6a508faa-80a8-3246-9941-90d8cc8dec85,5bfc3e26-6e3a-417d-9c3d-a90459890e79 +6a508faa-80a8-3246-9941-90d8cc8dec85,1516e6f6-7a09-41a8-b342-a27249f68902 +6a508faa-80a8-3246-9941-90d8cc8dec85,5abd26ed-afdb-4e79-a62a-d49e5f8e0d73 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b00e48d-eedf-4b23-8eb8-4dcac509d26e +6a508faa-80a8-3246-9941-90d8cc8dec85,38226c17-5888-46e0-9e02-a7cf9afee349 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa740cbf-0c7b-40f7-a3fa-e192c5cea5e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f8d2453-83e1-4dd7-8beb-bc00c4c88749 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9b82d05-3ebb-4d93-9b04-00fd4ea266e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a7d796b-8ca8-452e-98b6-94226211f312 +6a508faa-80a8-3246-9941-90d8cc8dec85,bee49a62-2489-4f59-a3d7-67cb5bbdb7d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,45a08738-bf67-4c4f-99a7-d651ce8f6b53 +6a508faa-80a8-3246-9941-90d8cc8dec85,10911d70-500f-46f3-9c3a-8ddb353fb8cc +6a508faa-80a8-3246-9941-90d8cc8dec85,a2f193d0-5840-4cff-92a6-7812209087f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,97b932de-22d3-433f-925f-bc9739fba9bf +6a508faa-80a8-3246-9941-90d8cc8dec85,6c89b740-cc1d-432b-bd7b-4c111396b0cc +6a508faa-80a8-3246-9941-90d8cc8dec85,2c80a547-6a1b-47c8-b60e-04d33800e33f +6a508faa-80a8-3246-9941-90d8cc8dec85,8f7eeb36-0669-402c-8113-11ea56f88391 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d2201cf-3641-4c40-87c6-22143a892991 +6a508faa-80a8-3246-9941-90d8cc8dec85,4eb0236c-fa64-497e-aa7e-abb0c9145fba +6a508faa-80a8-3246-9941-90d8cc8dec85,63d1f451-a08d-4083-920c-d9c09b9776ee +6a508faa-80a8-3246-9941-90d8cc8dec85,7ce43fc8-f7f6-42ac-b74f-1f8a3dc08503 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1adb41b-76b4-4ca2-bd70-4d576d04dae4 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a4deca0-a716-4a70-804a-1554d69b908b +6a508faa-80a8-3246-9941-90d8cc8dec85,9e32d798-d87a-4319-918a-d4bf02d3fa6a +6a508faa-80a8-3246-9941-90d8cc8dec85,3cca4332-d3ae-4dc9-80b1-ae79e9985bcb +6a508faa-80a8-3246-9941-90d8cc8dec85,1f9a51ae-fb20-42a9-9de6-c980a60aadeb +6a508faa-80a8-3246-9941-90d8cc8dec85,25bea582-1bb7-4ff9-abd9-e94c2f4fcb0a +6a508faa-80a8-3246-9941-90d8cc8dec85,b6997e90-56fa-4f1e-aed1-5566cb59ffae +6a508faa-80a8-3246-9941-90d8cc8dec85,c952c0b4-408e-4c01-b74e-6769cfa17a74 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a6a5fee-454a-4c74-b734-d4005bdb2924 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba69b6cc-0978-46dc-acb5-32f3eb7bdeaa +6a508faa-80a8-3246-9941-90d8cc8dec85,79412856-fa81-4f4c-b933-5159fd09f85e +6a508faa-80a8-3246-9941-90d8cc8dec85,ed0ddb0a-0fa6-4c42-8c65-986e20cb9776 +6a508faa-80a8-3246-9941-90d8cc8dec85,69d2daf0-ecda-4a6c-a359-91906e4bc7fb +6a508faa-80a8-3246-9941-90d8cc8dec85,8653f525-86dd-4131-b524-16aba0a75bd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4536345b-bfaa-4957-97c7-6f18d45c6711 +6a508faa-80a8-3246-9941-90d8cc8dec85,26a30e51-db02-418d-9b39-8f1747293d57 +6a508faa-80a8-3246-9941-90d8cc8dec85,87fc8f11-97a4-4536-ac64-b8730098e545 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7fec866-663b-4bb7-9a75-e83ae4b7e292 +6a508faa-80a8-3246-9941-90d8cc8dec85,07f79bc3-e593-438d-ba6a-c60879779b6a +6a508faa-80a8-3246-9941-90d8cc8dec85,a9902e5b-cf7b-4bf3-b314-e3f4d20c613a +6a508faa-80a8-3246-9941-90d8cc8dec85,74fd5558-7817-460f-a192-066c5a3a867c +6a508faa-80a8-3246-9941-90d8cc8dec85,da2063ad-9c56-4a98-aeb2-8012e32adad7 +6a508faa-80a8-3246-9941-90d8cc8dec85,bbf300cc-068e-4c3f-b90f-12cf72eb4ce8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8799679c-44df-4ab8-9f96-c9d5155c128c +6a508faa-80a8-3246-9941-90d8cc8dec85,7c384bcc-8f62-4524-a81b-c832bb0aacdf +6a508faa-80a8-3246-9941-90d8cc8dec85,1a38d78b-3e9a-4078-b4e7-0c0543496e66 +6a508faa-80a8-3246-9941-90d8cc8dec85,62cf2818-66e0-4628-9202-429f0726cf41 +6a508faa-80a8-3246-9941-90d8cc8dec85,f66413b0-f391-4e51-aec9-0e7b8329b7a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,23916af6-c4ae-481f-a654-f56b80b129cc +6a508faa-80a8-3246-9941-90d8cc8dec85,9252444c-54f6-4978-8c8b-bea8893bb1a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7dfd6915-036f-4fbf-b527-8fdae9694197 +6a508faa-80a8-3246-9941-90d8cc8dec85,59d46532-df15-4ec5-b4cb-8a01e2d5f3d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4be2daf-aa51-4a1d-a27f-0f43c28da44d +6a508faa-80a8-3246-9941-90d8cc8dec85,464cbf33-2507-4a35-9921-1fea20236aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8be6e06-65d1-4eda-bd0f-1d5f35b485d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce341110-4299-4753-bf0e-b9ef138bf9e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,72ccc1a8-e3c4-4612-a5dc-da8f39513e52 +6a508faa-80a8-3246-9941-90d8cc8dec85,15cc3c4b-a5a3-49c3-b6af-ca82ec5b7ea7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e03866b5-9d09-4263-9504-87e90748c293 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e47aa1b-f203-4839-84cc-69d04904e2bc +6a508faa-80a8-3246-9941-90d8cc8dec85,43b2bd18-cc7f-4d2a-89c8-ef7d841c0029 +6a508faa-80a8-3246-9941-90d8cc8dec85,b24992a2-eae1-4675-8f0b-e297f17a8374 +6a508faa-80a8-3246-9941-90d8cc8dec85,747cf984-527e-4402-a8af-b4f3ed14542c +6a508faa-80a8-3246-9941-90d8cc8dec85,98bab81c-a272-4479-83ae-a2a87b2436b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d7b4f29-b738-47f7-9191-c1f5b29b56f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6596e36-6676-4f9a-84db-e2186f6d1ed5 +6a508faa-80a8-3246-9941-90d8cc8dec85,86dbcb5f-37d9-4f1f-a1c6-27e15a73f24d +6a508faa-80a8-3246-9941-90d8cc8dec85,1755d171-070f-4e90-b51f-f3ce34a8d7be +6a508faa-80a8-3246-9941-90d8cc8dec85,3045afd3-52dd-439b-88a9-38c5aa1cb1f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c712e88-25f3-47c5-94ea-3be8ea60395b +6a508faa-80a8-3246-9941-90d8cc8dec85,995eabe5-8d22-43fa-9748-b6e65bd520dd +6a508faa-80a8-3246-9941-90d8cc8dec85,dd6830e8-326b-4df2-abe5-2d5eaa302c28 +6a508faa-80a8-3246-9941-90d8cc8dec85,58527c72-425b-4cb2-9960-52461b344579 +6a508faa-80a8-3246-9941-90d8cc8dec85,67f45aa6-3cef-4f5c-96f6-d6ca1f554235 +6a508faa-80a8-3246-9941-90d8cc8dec85,e252094d-0623-41b8-8e57-a7755d3adf28 +6a508faa-80a8-3246-9941-90d8cc8dec85,f203e412-5d68-42d8-820e-cb19fec0ff18 +6a508faa-80a8-3246-9941-90d8cc8dec85,3189039c-f05f-4300-80ad-0d6b51a45b09 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7b12295-a789-4a81-803a-b83d3e4e2b2e +6a508faa-80a8-3246-9941-90d8cc8dec85,ac837720-e47e-4be7-89d6-98dd1b485448 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbf589ef-6835-4450-bdf7-878486e64313 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f9c5409-8b3e-426a-8924-c2510be33f40 +6a508faa-80a8-3246-9941-90d8cc8dec85,e408a8e7-13a6-40be-82ca-3fda87020f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,76e7aedc-862b-40d4-af99-1cb716eb3443 +6a508faa-80a8-3246-9941-90d8cc8dec85,8665481a-3f33-4ac0-9714-6e1315ae0bec +6a508faa-80a8-3246-9941-90d8cc8dec85,096a97b5-09ce-4fbf-9b17-f93666b9b15a +6a508faa-80a8-3246-9941-90d8cc8dec85,370a7898-6850-4942-8ca7-774fb459b9bd +6a508faa-80a8-3246-9941-90d8cc8dec85,50c6884d-07f1-4fee-85df-fb84d1c6f40c +6a508faa-80a8-3246-9941-90d8cc8dec85,2e5323f2-f431-4ccf-9e65-f1b6ed5e6c96 +6a508faa-80a8-3246-9941-90d8cc8dec85,926b0241-e77b-48e0-b94c-836cd1523b7b +6a508faa-80a8-3246-9941-90d8cc8dec85,bc6ef924-c9f8-4f1b-8e26-4786027ec310 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c027c32-70e7-4509-8af7-ef714f8409cf +6a508faa-80a8-3246-9941-90d8cc8dec85,71f2184f-544f-4c09-be1a-909408fdb289 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a814714-1972-4065-9149-1da52afcbf67 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3aa0b76-673c-4f11-87e6-a9b17bf0088a +6a508faa-80a8-3246-9941-90d8cc8dec85,f4c9f02d-6cd6-4446-81a0-8d4cc5a10bd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c581669e-097d-43bb-bdde-3cae44dc6b4e +6a508faa-80a8-3246-9941-90d8cc8dec85,9f5f4676-c6e5-4c63-a392-fdd9e1186510 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1813652-0c45-4110-8892-ed2d9c5ba2e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae911c3-25b6-4cc8-87e6-899ecb3d5f91 +6a508faa-80a8-3246-9941-90d8cc8dec85,916b2223-679e-4df6-a5a5-9a5b779ca514 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f8befb1-2d57-4a54-a31d-e2584c55c458 +6a508faa-80a8-3246-9941-90d8cc8dec85,03fbc2da-c266-4bb1-b8f3-db1629dd0473 +6a508faa-80a8-3246-9941-90d8cc8dec85,5029ed1b-9bca-4d69-b35f-1099b56bbb65 +6a508faa-80a8-3246-9941-90d8cc8dec85,fef214a1-cc62-40d3-b3ea-978464a9a3b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5d8c242-8b8b-477e-8083-e4fd8fadf34d +6a508faa-80a8-3246-9941-90d8cc8dec85,db9b8c29-6928-4fc1-983e-b78d7a3de5d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2774df42-b89c-43ba-81a5-aee51778fd78 +6a508faa-80a8-3246-9941-90d8cc8dec85,df0815d2-6172-450a-ac88-269b09376ee8 +6a508faa-80a8-3246-9941-90d8cc8dec85,f578f7fa-8869-43f8-bee3-79c6f3400bad +6a508faa-80a8-3246-9941-90d8cc8dec85,006428fd-d396-47eb-9b21-abc00854dacd +6a508faa-80a8-3246-9941-90d8cc8dec85,b5509188-5b2f-42e7-98c8-3e3669c7c0cd +6a508faa-80a8-3246-9941-90d8cc8dec85,6ef71708-4909-4e2c-90e5-f58d92899f2b +6a508faa-80a8-3246-9941-90d8cc8dec85,925f50b3-d8a0-495b-b4b1-c8d82c651f1b +6a508faa-80a8-3246-9941-90d8cc8dec85,9b154cdb-521d-4f2d-bdc4-27742b5d41f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,91bd30bb-bfc9-42e1-accd-289552476edf +6a508faa-80a8-3246-9941-90d8cc8dec85,114cabf1-5abf-4852-bae8-a37ff723a454 +6a508faa-80a8-3246-9941-90d8cc8dec85,e34cf8eb-1a24-4a64-b1e8-95a425601a91 +6a508faa-80a8-3246-9941-90d8cc8dec85,abc4cef2-f4c4-42ea-b7fb-7aadca3eb82f +6a508faa-80a8-3246-9941-90d8cc8dec85,462e1ab7-ccc4-455d-8e29-dafcf4a39fda +6a508faa-80a8-3246-9941-90d8cc8dec85,62f22a4a-1005-4938-a741-5ab86410ddc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3ffdbf0-d277-446f-b126-4eba520a8163 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7cdc215-a2bc-4481-8007-7bc53880b70d +6a508faa-80a8-3246-9941-90d8cc8dec85,9ec672b2-792c-4bbd-9573-2d005c76ece9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5cef4f7-61fc-410e-8db8-846035783ec2 +6a508faa-80a8-3246-9941-90d8cc8dec85,24fac35b-025a-4ad7-9f01-be31c1b1b2c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,266f4691-7e3c-4aae-bcbb-a1fbdc2d1e66 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab94d0a8-76bb-4672-ac2a-1050c21f7739 +6a508faa-80a8-3246-9941-90d8cc8dec85,8df9a3dd-fc05-4e7b-ab32-b6f98bf197e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,029443a1-8b59-457b-9e89-ef5a8e3e1ebe +6a508faa-80a8-3246-9941-90d8cc8dec85,96363db9-1fe5-4638-a707-186ab045a0f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3507d45-4f7b-483d-846e-b55b9f3191d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d5c2393-dc9c-42fe-8b22-44885a65fdd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,b305b259-a500-4e3f-8bae-e99bb9a6a713 +6a508faa-80a8-3246-9941-90d8cc8dec85,f95a18e7-5e97-4122-82f8-1e73c8fc79e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2529e39-e128-47ec-852b-897261b35be2 +6a508faa-80a8-3246-9941-90d8cc8dec85,aca8b74d-ed21-4be6-8d7a-f030d05e693f +6a508faa-80a8-3246-9941-90d8cc8dec85,62b85f44-75f0-45b7-91b4-4f2390641e48 +6a508faa-80a8-3246-9941-90d8cc8dec85,74376138-0ab3-4a02-b98d-59a86ba89aa9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b4ebf5b-1ca2-4cfa-8f84-2eedbc4ac155 +6a508faa-80a8-3246-9941-90d8cc8dec85,41a16d56-1d55-42b2-93ca-1fbeff147801 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa3ec524-27ea-4d1f-acda-c7086bbb04eb +6a508faa-80a8-3246-9941-90d8cc8dec85,03bdf740-66d2-436e-bbc1-dd274710d7c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fc691a5-3919-47d9-9bb7-482047620255 +6a508faa-80a8-3246-9941-90d8cc8dec85,279d8a21-4a5b-49b2-9edb-6316d4b79833 +6a508faa-80a8-3246-9941-90d8cc8dec85,d616d2d4-a6b3-415e-a59e-41c1cf8653be +6a508faa-80a8-3246-9941-90d8cc8dec85,54f40f07-2dd1-4d17-8ab1-bde35852540a +6a508faa-80a8-3246-9941-90d8cc8dec85,27a261ed-b0b3-40e8-8d95-b25dd5ca9d63 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0262977-fc84-48f2-8da5-a6a63b8b1d8c +6a508faa-80a8-3246-9941-90d8cc8dec85,905d8aaa-0fb0-434f-aa9f-1421920fee78 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd8c5fb5-484a-41b7-9a9f-ba6a8223bdc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0767ca4a-174f-4b56-99d6-bf6c3a5332cc +6a508faa-80a8-3246-9941-90d8cc8dec85,7b65d491-2817-4132-8534-38beecf37344 +6a508faa-80a8-3246-9941-90d8cc8dec85,41c13f6e-53c5-47d9-b84a-53543a70d271 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4a707e6-8ef0-42eb-8b2c-2ba528847a43 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5afecf8-6c02-4ef7-b91b-82700d340f4f +6a508faa-80a8-3246-9941-90d8cc8dec85,d60f6846-3231-4bd9-a9e2-db2d82824f02 +6a508faa-80a8-3246-9941-90d8cc8dec85,3124f24c-3234-47ed-8a47-74dcc54138fa +6a508faa-80a8-3246-9941-90d8cc8dec85,b6609b0a-e39d-4c15-adc4-443ef5202914 +6a508faa-80a8-3246-9941-90d8cc8dec85,83d9a9b2-61cd-4d78-babc-08cd14232b59 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb1d1f99-ad6a-43cd-8951-64672538a9ae +6a508faa-80a8-3246-9941-90d8cc8dec85,38b5b976-4e1f-4642-9548-1a640aac9463 +6a508faa-80a8-3246-9941-90d8cc8dec85,eafcab44-6bbd-4b4a-908f-83a13f3fdda6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d3f6ba2-3288-4251-8177-c4c1f3b98b72 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ac4f38a-0767-43bc-a0f9-87a13d982c64 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8a1912d-1aa9-4fde-82f5-175f1cbcc089 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f0b591b-5f8c-426f-b40f-a8aa4a84a8c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c691d8f0-5bb4-42ea-9a92-9d9bd02c0460 +6a508faa-80a8-3246-9941-90d8cc8dec85,126be9fa-d003-4c6a-af54-2b4e60f2d7ec +6a508faa-80a8-3246-9941-90d8cc8dec85,5781a6ff-4527-4a64-a492-804fc1603dec +6a508faa-80a8-3246-9941-90d8cc8dec85,4b3242b5-dfe6-4825-b8af-904ee7c50462 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee4a230b-ce26-4764-b94c-2f9770d281d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ea4bc25-8f98-4b06-84b8-19666b222d70 +6a508faa-80a8-3246-9941-90d8cc8dec85,de0a9a3d-e934-4f6c-bd93-bd7120352833 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ba2cdc4-ecb3-463d-b0c8-b7a5be269700 +6a508faa-80a8-3246-9941-90d8cc8dec85,4daa1d28-413f-4b5e-b498-8eade89f7b15 +6a508faa-80a8-3246-9941-90d8cc8dec85,f583d03e-83e7-42b4-ab26-7a04ad1a775c +6a508faa-80a8-3246-9941-90d8cc8dec85,ae61d0e6-0095-45a2-b999-57515ab95c03 +6a508faa-80a8-3246-9941-90d8cc8dec85,17b1a167-b828-4995-b879-e2761555d1cc +6a508faa-80a8-3246-9941-90d8cc8dec85,8583a302-3069-4af6-b250-fbf9cb5f143d +6a508faa-80a8-3246-9941-90d8cc8dec85,115298f5-c331-43cf-9296-e80bd614cfb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3015afca-679b-4b46-836e-47dab4d5e907 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7b7a63c-5931-4656-9fb1-f96e75a109c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,87e8a78a-4976-494c-a66c-d4a3882ad27f +6a508faa-80a8-3246-9941-90d8cc8dec85,bb75a5e1-5fbd-4cd2-a681-c1a430fce3f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,43a917a8-ed53-484d-b973-88354b2c7e11 +6a508faa-80a8-3246-9941-90d8cc8dec85,bff40597-04c7-4b9e-879d-fc8b31a43dfe +6a508faa-80a8-3246-9941-90d8cc8dec85,76f73503-4a40-456e-ad03-9e3e4619eae7 +6a508faa-80a8-3246-9941-90d8cc8dec85,197dee2b-6969-4ee6-87f5-5842cab4c3df +6a508faa-80a8-3246-9941-90d8cc8dec85,0b016e87-6d3c-4ac9-bfb2-e351c9e5d11a +6a508faa-80a8-3246-9941-90d8cc8dec85,dd148156-d82f-4bc2-bb0f-307fad4e9552 +6a508faa-80a8-3246-9941-90d8cc8dec85,249f0cee-300c-4db9-88f7-52a4b8a9b5d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dee5b5a9-7ca7-4a38-8b9f-7aee462ecc56 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f7740da-9092-43fd-a2a6-c5a899bf017d +6a508faa-80a8-3246-9941-90d8cc8dec85,e6ee16a3-f74c-4bfc-abd6-8a2b6cd586e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,f178b485-e02b-44a0-944f-55c061e1e233 +6a508faa-80a8-3246-9941-90d8cc8dec85,704afa66-3444-4e0f-8503-728dcc282dde +6a508faa-80a8-3246-9941-90d8cc8dec85,391c9145-490b-47c6-8e3b-57a55316f5c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca269d6f-89b0-4b5c-9452-a677e154c434 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d378ea4-c7c2-4d47-9802-af1458f552ac +6a508faa-80a8-3246-9941-90d8cc8dec85,b218309f-335e-493e-be9d-ca3f5855ee89 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd9a142a-2b7e-46b1-8877-6747946b9da0 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a4323ca-55bc-4eb5-9931-6cd193f77c8c +6a508faa-80a8-3246-9941-90d8cc8dec85,bb3e15eb-91e4-4b9f-9518-1da462e25471 +6a508faa-80a8-3246-9941-90d8cc8dec85,44e1fea6-b915-4c5d-8966-8287654e8786 +6a508faa-80a8-3246-9941-90d8cc8dec85,539cbba3-4bb2-4e1b-90db-17365d5f3c2e +6a508faa-80a8-3246-9941-90d8cc8dec85,42a46145-8ad8-4867-99f7-fcf55400b5c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,210288aa-bbbd-48c5-bb7e-cbc875c05c34 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad73459a-c8c4-41c1-a470-ce50d34f0a93 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1915d1c-a61d-4cc6-9ab0-28d65ab6c1b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d86ebd5-d06a-411d-bed3-1826aba0abff +6a508faa-80a8-3246-9941-90d8cc8dec85,839d46af-7f7a-4d45-8b59-69d6fd26a229 +6a508faa-80a8-3246-9941-90d8cc8dec85,faf41dd5-d898-47bb-b543-de1da835d42d +6a508faa-80a8-3246-9941-90d8cc8dec85,7f472daa-7690-4f65-87b9-210aad00c7e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,18ac0397-02c4-4e28-a735-ea3897272d19 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6bc66c0-b895-4e63-bdb6-3c0621c1d322 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b7fdb28-dfbf-4da7-9d58-9c4160a032fb +6a508faa-80a8-3246-9941-90d8cc8dec85,48f393e1-af5b-4172-ab5d-6d539549816f +6a508faa-80a8-3246-9941-90d8cc8dec85,febfa232-3cbf-4b6c-bf6c-0d38fef74828 +6a508faa-80a8-3246-9941-90d8cc8dec85,35b36687-b609-4fbd-a4a8-28c8b9467abf +6a508faa-80a8-3246-9941-90d8cc8dec85,3353a6be-ba13-40b9-bc22-7ec9f9c74e45 +6a508faa-80a8-3246-9941-90d8cc8dec85,67dcc81f-7521-42c1-9acd-4d8a6425081e +6a508faa-80a8-3246-9941-90d8cc8dec85,0fbe8aec-ddad-43be-a873-a1ab9bfe5c43 +6a508faa-80a8-3246-9941-90d8cc8dec85,497f6a7e-7cf4-40d0-b5f7-9c8c96cd3e9b +6a508faa-80a8-3246-9941-90d8cc8dec85,e70c3361-1c32-4d0a-b2c5-b3df37109cb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2a7a175-2f19-47c7-a3eb-2f4fe1fc611a +6a508faa-80a8-3246-9941-90d8cc8dec85,6cb860e0-2b84-4e34-9d78-4f6fdf8e5028 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d6c71a4-dfdc-489e-a50c-970ffdb160da +6a508faa-80a8-3246-9941-90d8cc8dec85,fd0a9169-6282-4f60-9404-1c11db48304c +6a508faa-80a8-3246-9941-90d8cc8dec85,14b7ffe3-5556-4a6a-b33e-db3d1dc2ddfe +6a508faa-80a8-3246-9941-90d8cc8dec85,77d70d86-03bc-483d-b682-01721105922f +6a508faa-80a8-3246-9941-90d8cc8dec85,44f7185b-85b0-4fa5-bd3e-a646f8736ffb +6a508faa-80a8-3246-9941-90d8cc8dec85,8145d6b2-756d-4bd0-81fb-592e905196d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5a4ad93-d738-42ef-af90-e6abbbed7ddf +6a508faa-80a8-3246-9941-90d8cc8dec85,8b95fbb1-fbaf-4669-998e-2fdc5e721672 +6a508faa-80a8-3246-9941-90d8cc8dec85,96c41a8e-ecf5-44ff-9ab3-e44f0f9f5f92 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7c4ec52-1c1f-4c6c-8d44-7fd3832d079a +6a508faa-80a8-3246-9941-90d8cc8dec85,0b4c1186-e862-4b87-8f3f-09de843099ae +6a508faa-80a8-3246-9941-90d8cc8dec85,e5ef3c22-f818-4c7b-9b0a-26c09e892f17 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee89181d-197d-457c-a7f9-9ccbd8f6f21e +6a508faa-80a8-3246-9941-90d8cc8dec85,54bf139b-7ca0-4d59-a156-18c28b819fb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,2cdf7031-ae96-46e7-9c6e-2689ff43a1a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,15e26991-ebf0-4393-8f99-299de2f10d66 +6a508faa-80a8-3246-9941-90d8cc8dec85,b791786c-4c38-4a5a-9c71-0e3a9dac3bbe +6a508faa-80a8-3246-9941-90d8cc8dec85,ea5970fa-b21d-498a-8618-ce596a507d3d +6a508faa-80a8-3246-9941-90d8cc8dec85,80943608-6b3b-405e-978e-490996bb8207 +6a508faa-80a8-3246-9941-90d8cc8dec85,7550728b-d5db-4fee-9e5c-dcaa30ff1e0c +6a508faa-80a8-3246-9941-90d8cc8dec85,718a7240-5fc9-4cf8-94da-60673d684349 +6a508faa-80a8-3246-9941-90d8cc8dec85,714cef62-08b2-493c-a3e5-994e288b9cfb +6a508faa-80a8-3246-9941-90d8cc8dec85,c09dd4c7-488a-43e8-b79a-7fab88549327 +6a508faa-80a8-3246-9941-90d8cc8dec85,d07a191c-6c1d-4ece-91f6-d00296f79498 +6a508faa-80a8-3246-9941-90d8cc8dec85,f816107b-4672-4882-997e-364076ba77ab +6a508faa-80a8-3246-9941-90d8cc8dec85,7964aeef-024a-4b7f-9b94-3bbd349bcd10 +6a508faa-80a8-3246-9941-90d8cc8dec85,37e75281-fcca-449f-90c7-480bbbf087a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb02f8c7-ba0d-4d51-9c39-9bca54d05edb +6a508faa-80a8-3246-9941-90d8cc8dec85,49e2c319-f24e-4489-beda-0514d1cd17aa +6a508faa-80a8-3246-9941-90d8cc8dec85,545e776d-0e1e-4512-9b1e-997121b43460 +6a508faa-80a8-3246-9941-90d8cc8dec85,968e1b1b-0633-477c-8a75-dfb4fed3d7ea +6a508faa-80a8-3246-9941-90d8cc8dec85,18bfb881-b641-4787-b1ef-5d818f6931dc +6a508faa-80a8-3246-9941-90d8cc8dec85,cae986bc-cd71-4ece-a087-12f6995de36d +6a508faa-80a8-3246-9941-90d8cc8dec85,db4ebc9c-8447-4fb2-baba-cd241a02265d +6a508faa-80a8-3246-9941-90d8cc8dec85,1726a6df-9f3a-48ca-a9ca-d2ed0eb2545c +6a508faa-80a8-3246-9941-90d8cc8dec85,be600fc1-1405-43ab-846e-9fe91b8bf8ea +6a508faa-80a8-3246-9941-90d8cc8dec85,057f2a40-3bd4-44df-8f1e-57d10c3e0fc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,19fa5ec0-c68a-4440-acd3-7e356d8351a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b90d747b-fc5b-48cb-a688-4a23ec4b87a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,76538994-d90f-4b00-a93f-3709a39d4d50 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2fff912-fdae-4df8-a76c-0fca89bc30ff +6a508faa-80a8-3246-9941-90d8cc8dec85,d3d0951c-b041-4142-b332-6ca9742ec3d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcfd3785-42d5-4586-9d96-ad817581b49e +6a508faa-80a8-3246-9941-90d8cc8dec85,39d7aa02-d30d-437e-ace4-5cad11d7cc9a +6a508faa-80a8-3246-9941-90d8cc8dec85,eecf492f-f1d8-43e9-9ec1-ee2936223e2e +6a508faa-80a8-3246-9941-90d8cc8dec85,a7a78fd7-ecd7-4a42-b0f2-130d61c904bb +6a508faa-80a8-3246-9941-90d8cc8dec85,a0cce15e-8672-413e-af09-3bf5b36c63ea +6a508faa-80a8-3246-9941-90d8cc8dec85,eeed749e-5479-4602-a847-6b9878649ef4 +6a508faa-80a8-3246-9941-90d8cc8dec85,3cd8ddf7-c4b8-4164-aa7b-e1a215985bf7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e426914-c237-4f9d-8b2d-ba28468f1cbc +6a508faa-80a8-3246-9941-90d8cc8dec85,d05610d4-ac4d-413e-86e4-137d8b4576a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ddda078-d8ee-46e9-9b83-23b7d26d9b40 +6a508faa-80a8-3246-9941-90d8cc8dec85,23446f37-a31d-4b85-aed9-cd515a4d340a +6a508faa-80a8-3246-9941-90d8cc8dec85,be0f826d-fb84-464b-9893-04785c4a94e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6af1ae2f-024d-430a-b43a-b7219adcf428 +6a508faa-80a8-3246-9941-90d8cc8dec85,26f37561-564a-4b4b-8980-c9f8f4a625ff +6a508faa-80a8-3246-9941-90d8cc8dec85,fff32a8d-6a59-4d3e-b67e-a1a47534d118 +6a508faa-80a8-3246-9941-90d8cc8dec85,34c17976-f54f-4274-95a2-263cb722f0de +6a508faa-80a8-3246-9941-90d8cc8dec85,b16cdcee-8959-4cff-aaa0-1ab79546f43d +6a508faa-80a8-3246-9941-90d8cc8dec85,97b06d8c-63b4-4670-8d33-c99aba5d0170 +6a508faa-80a8-3246-9941-90d8cc8dec85,cafc33f5-20dc-4185-89c3-7793358aa6d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbfb494c-a768-49de-8fca-2b976837a024 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6a50b21-c9d1-4fdb-b60f-083e400595a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5d52995-7932-44e7-b782-90426acfc9da +6a508faa-80a8-3246-9941-90d8cc8dec85,00223ae9-2c37-4e4f-b268-1a4b632a2c20 +6a508faa-80a8-3246-9941-90d8cc8dec85,6596c215-8fe3-4b34-b1a3-d734e7602645 +6a508faa-80a8-3246-9941-90d8cc8dec85,85033c4a-656f-4ac4-a2a5-57676852dff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9d8b569-afd8-4bf9-bfc0-b3b8b789ccd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4c27eb8-3345-4005-81bf-d37b8754a318 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfcf3ce2-0e91-464d-9e39-3ad7789fffb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cbaffd9-52ed-4853-9343-c0dab5c44679 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c768f08-c358-49c7-afb6-ea0b8f446b21 +6a508faa-80a8-3246-9941-90d8cc8dec85,a28f7230-fcae-43e8-b98c-534a316e654f +6a508faa-80a8-3246-9941-90d8cc8dec85,21c9bf7d-2199-48c4-989e-83e1c3b4b39b +6a508faa-80a8-3246-9941-90d8cc8dec85,07d0579b-cc69-4bd7-aea2-1e5c543cc703 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d33b87e-fda8-48da-ada3-7209deaddd26 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f6cbfff-fb02-445d-8229-a5709cb2508d +6a508faa-80a8-3246-9941-90d8cc8dec85,d4c58f1c-84c1-4b64-96cf-e9902241eee6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9938dc10-7265-45b6-871a-3a47a65926e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f583cdf-c1a1-442a-b291-f0b5fbc94ed0 +6a508faa-80a8-3246-9941-90d8cc8dec85,885df02e-e517-454e-a539-ea8596343c77 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5b08a6c-089e-497d-b2a6-8decb11d8128 +6a508faa-80a8-3246-9941-90d8cc8dec85,baeaa751-67c3-4b49-b907-f171a66a6be1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c9f8300-c355-450a-97df-f331428df4e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b6e6253-b801-420e-acf9-b7d771cc8e65 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ff922ef-b0c9-47b8-b1d4-4fcc2c8e146b +6a508faa-80a8-3246-9941-90d8cc8dec85,8d46d421-16e7-4981-8d99-b50ab6bc007f +6a508faa-80a8-3246-9941-90d8cc8dec85,c2ee81d5-c1ea-410b-880e-a74365436f57 +6a508faa-80a8-3246-9941-90d8cc8dec85,65466152-6270-4390-a0ef-d06943f152b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,fddbb186-972a-44e3-9423-a111ca63af96 +6a508faa-80a8-3246-9941-90d8cc8dec85,b11a7f8b-9df7-4716-84d9-0c37eb598347 +6a508faa-80a8-3246-9941-90d8cc8dec85,67dd8c78-308b-4e40-8bfd-4469e4c297a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,38ba53e1-47db-49d0-aab8-4af412587d2a +6a508faa-80a8-3246-9941-90d8cc8dec85,b80bbbda-ea79-45dc-a1fe-4227772ddbd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7fc01bd-a304-47f4-8076-f10c62d996c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,774c8dd8-c73c-4edb-9d1b-2e14e60fd896 +6a508faa-80a8-3246-9941-90d8cc8dec85,38dcda06-dcbb-47cd-831b-5b0fce813eb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b364284-1a78-4d83-abfa-39918c35c4d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a057976-2bf2-4212-a571-48d84f896ff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aba34fa-5c7f-4690-a416-fb91a97a7ec8 +6a508faa-80a8-3246-9941-90d8cc8dec85,46908097-485c-4e6c-aabf-66245f7b01a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd9eae31-3513-4257-b736-6e2222001874 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d6ac526-4cf2-4b54-89e2-6c96d0190234 +6a508faa-80a8-3246-9941-90d8cc8dec85,bff74309-e4a4-42d2-9dbd-8d053e220fb4 +6a508faa-80a8-3246-9941-90d8cc8dec85,af548a80-3965-4394-9670-1f482f4b635e +6a508faa-80a8-3246-9941-90d8cc8dec85,9177501d-0e79-4739-8fea-dbd67151ee4e +6a508faa-80a8-3246-9941-90d8cc8dec85,af6c44e6-5f0d-4578-b914-ba568ca64291 +6a508faa-80a8-3246-9941-90d8cc8dec85,373209e2-c6ce-47f7-9904-3a6378eacaca +6a508faa-80a8-3246-9941-90d8cc8dec85,d1afb320-b1fc-4ac1-89c3-58d4a38a1f43 +6a508faa-80a8-3246-9941-90d8cc8dec85,7dc3a756-2e6f-4a6d-8252-ffde025191a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4baab66a-5244-4958-bc5e-a3a41cac6eb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a899e47-3ca6-4612-bb89-21f692a86944 +6a508faa-80a8-3246-9941-90d8cc8dec85,e49e265c-85b4-47c1-b6d8-97eeb788e4e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3daeb0d-9366-4936-acb0-9c5a249aad56 +6a508faa-80a8-3246-9941-90d8cc8dec85,70f1905b-3f55-48b2-ac42-e1fb92a3dc88 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a73a08b-3dd4-4275-8af1-288246ca6b52 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7acb669-9bab-421c-bdf9-579cb85773fc +6a508faa-80a8-3246-9941-90d8cc8dec85,6fa528b1-407d-486f-834d-263f7d4e9baf +6a508faa-80a8-3246-9941-90d8cc8dec85,f4871289-0b38-4a9f-8608-9d8cea13acb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b40aba9e-bfc4-47f9-acd3-5576dc3fb8ec +6a508faa-80a8-3246-9941-90d8cc8dec85,953dff42-9d3a-410a-b3cf-e74cbbd2f213 +6a508faa-80a8-3246-9941-90d8cc8dec85,c273f808-06eb-4b1a-9177-ba9ec825909c +6a508faa-80a8-3246-9941-90d8cc8dec85,7337428f-a479-4164-b00e-23633e52fa08 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b84e779-0bf2-4c7a-82b0-19e4979317c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,be7f9738-cd2a-48f8-851f-479d548cc08b +6a508faa-80a8-3246-9941-90d8cc8dec85,d2231092-b0c5-44ca-b9a5-53fb20873393 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffd3c7c5-fdb4-4634-ac3a-206cf07366d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a951914-1f72-4558-93b4-7dd42392d59f +6a508faa-80a8-3246-9941-90d8cc8dec85,7ed47aa6-b5f0-4494-bd46-cddbb2870984 +6a508faa-80a8-3246-9941-90d8cc8dec85,bbc88810-bd9d-4fb8-b936-95733c5921ba +6a508faa-80a8-3246-9941-90d8cc8dec85,a9debd4a-e48d-4c8a-bdfd-006a04e6879b +6a508faa-80a8-3246-9941-90d8cc8dec85,376ed172-0baa-47e1-91c1-d5d0b8926697 +6a508faa-80a8-3246-9941-90d8cc8dec85,609a35ad-74b8-4bc7-b7ae-9961d65d4007 +6a508faa-80a8-3246-9941-90d8cc8dec85,41efcab8-2dcc-4051-a5ac-96fa6647c184 +6a508faa-80a8-3246-9941-90d8cc8dec85,d81979d3-e1b7-41ab-8a40-763694bdf5c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3a7e020-66dc-4756-b607-55868cfc38b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b118c1e-6e9e-4d12-9e37-805a8ac3f9ea +6a508faa-80a8-3246-9941-90d8cc8dec85,567c6377-b198-4df5-ac61-8aebc6af2d8f +6a508faa-80a8-3246-9941-90d8cc8dec85,2f58b9af-346c-44a7-8017-d4f6c5277ef8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee2b1c37-78a6-4c98-bd07-6ebbe49a315f +6a508faa-80a8-3246-9941-90d8cc8dec85,4373a093-7b41-45d3-8d9b-1e7d17693e9c +6a508faa-80a8-3246-9941-90d8cc8dec85,4a83a6b5-0e8b-43d7-b758-4c5651f93071 +6a508faa-80a8-3246-9941-90d8cc8dec85,e799a45e-b28e-4c4f-9381-be4a7eae1829 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cd5d81b-09b2-4f8b-9c8b-7816551e1791 +6a508faa-80a8-3246-9941-90d8cc8dec85,de58a13d-a4f3-4425-80f9-f0ec809a015a +6a508faa-80a8-3246-9941-90d8cc8dec85,dbf254ac-d426-4c31-a48a-22430da33e38 +6a508faa-80a8-3246-9941-90d8cc8dec85,13089690-48b8-4c39-bfab-37d854a45bf2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6480a440-0355-4ddf-aaff-bd7ce090d9dd +6a508faa-80a8-3246-9941-90d8cc8dec85,9bb93f01-6569-44a9-9845-25e51346cf7f +6a508faa-80a8-3246-9941-90d8cc8dec85,5afde8a4-33f1-4c86-847d-9b6734111dfe +6a508faa-80a8-3246-9941-90d8cc8dec85,4c1e5860-75e5-4855-9674-5812db09480f +6a508faa-80a8-3246-9941-90d8cc8dec85,1e632319-92d1-4cb7-8cef-ab245f8866e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b6d17fb-67e6-48eb-9a45-c733d6f37d1f +6a508faa-80a8-3246-9941-90d8cc8dec85,ac5f4c79-df28-4e2a-a1f6-29542312e53a +6a508faa-80a8-3246-9941-90d8cc8dec85,c2b62f98-61f2-49db-9ef6-eae026351131 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4cdabfe-bc32-409c-b10d-c3877454a980 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7a21d51-74e6-4e9b-bc34-143f0d244ab2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0b5b957-74ef-43dd-a522-3b9a5c2cce41 +6a508faa-80a8-3246-9941-90d8cc8dec85,94fac1bb-f40e-40b2-96d8-7db375f2aca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c475155b-2955-48d0-8b6a-125b015d6c50 +6a508faa-80a8-3246-9941-90d8cc8dec85,a132a823-a34f-4914-90d9-3da046988708 +6a508faa-80a8-3246-9941-90d8cc8dec85,f129fb8b-c031-47a1-ab1c-b1c65713cfb8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c6e1bd4-2d6e-46af-bd62-3d66c241f7db +6a508faa-80a8-3246-9941-90d8cc8dec85,23a24f62-2c06-48df-b420-7b7270a3046d +6a508faa-80a8-3246-9941-90d8cc8dec85,799f1b67-3d98-4c5e-b461-9174968dc030 +6a508faa-80a8-3246-9941-90d8cc8dec85,191be3a7-8217-41df-9021-87c3ef948ac9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa580b59-0370-4410-8124-89f9c1535e56 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9332973-45c1-431c-95e2-8986511bb074 +6a508faa-80a8-3246-9941-90d8cc8dec85,d73e56a2-56a8-4150-8b48-cab8f648ad5c +6a508faa-80a8-3246-9941-90d8cc8dec85,449c676d-a3eb-4c92-937f-2242fb01645a +6a508faa-80a8-3246-9941-90d8cc8dec85,c2a726e4-ad6e-48a3-8660-1f1fed73c063 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8a49eaa-28b2-487f-9679-0ac7e5d86a60 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cd0f000-ec0c-4e99-9248-55713782cacd +6a508faa-80a8-3246-9941-90d8cc8dec85,8b9b3d8e-da9b-4512-9203-66f98e3db40b +6a508faa-80a8-3246-9941-90d8cc8dec85,67b82a05-9161-401f-ae7e-1aa7a76819c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd5a6735-bc50-4293-97fc-89ab5a9e7f3e +6a508faa-80a8-3246-9941-90d8cc8dec85,b4132ecf-2f82-46a4-b252-219906320926 +6a508faa-80a8-3246-9941-90d8cc8dec85,09fc61ba-80b7-4ff8-8c7a-719b55ef9696 +6a508faa-80a8-3246-9941-90d8cc8dec85,c890766a-9daa-40c7-b3d1-b378e1ac6b87 +6a508faa-80a8-3246-9941-90d8cc8dec85,334d2ab0-24c8-4171-a657-1b4b1c184799 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c3c3f3c-3cd7-495b-841c-068e94d231b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f11185b-4998-4f1a-a08c-df27754cfc6c +6a508faa-80a8-3246-9941-90d8cc8dec85,64683fe8-2646-4e37-be3b-ebe37810f90b +6a508faa-80a8-3246-9941-90d8cc8dec85,d1c7f9ef-0bb1-4e1e-b369-b5a37b35cacd +6a508faa-80a8-3246-9941-90d8cc8dec85,a9463032-02c4-4bf0-a783-fbe915bcbcce +6a508faa-80a8-3246-9941-90d8cc8dec85,c1cfff70-68b8-47c9-ab52-c536c81ef2d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed84e009-6d31-4ef2-8a9f-50494db1f3cf +6a508faa-80a8-3246-9941-90d8cc8dec85,a8d719d2-7a5a-4f7c-9465-8d3299eefd13 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cf97380-74e4-4f5a-b6db-27bd41faa43c +6a508faa-80a8-3246-9941-90d8cc8dec85,752547ed-2c51-4731-b651-ececfba46e6f +6a508faa-80a8-3246-9941-90d8cc8dec85,bf55d572-a599-47ae-ad75-0bb48596ff7b +6a508faa-80a8-3246-9941-90d8cc8dec85,5518392d-503d-4fb6-8d72-6c06f636ff9b +6a508faa-80a8-3246-9941-90d8cc8dec85,31e842c1-5258-4559-b84c-2d67e6557e19 +6a508faa-80a8-3246-9941-90d8cc8dec85,02c33b00-8994-4029-8d9c-72eaa2d645a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b94be4f-a573-4be1-86b7-dbd93315c4b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,09eff203-3846-4321-b019-fbdbcad4cc2c +6a508faa-80a8-3246-9941-90d8cc8dec85,26b86905-7f52-4eb6-818d-df5bd5ad4bd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b6eabab-cd83-4bdb-801f-b92d7414cc25 +6a508faa-80a8-3246-9941-90d8cc8dec85,2996f050-6681-4168-8ead-3d876b003732 +6a508faa-80a8-3246-9941-90d8cc8dec85,0869a5d6-6a87-48e2-bf3d-49bd5ad6ead5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c54b04d-b517-4e25-8921-3da0e5f5f6c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c88c91e2-8166-486d-a765-79bbf38172a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c08c5a6-9820-4ce7-81ff-e1960dc46882 +6a508faa-80a8-3246-9941-90d8cc8dec85,97fd3a47-7ae2-4771-bb2e-a91b8baf0714 +6a508faa-80a8-3246-9941-90d8cc8dec85,11d62c94-dc6b-4613-aa49-073d9d7d2802 +6a508faa-80a8-3246-9941-90d8cc8dec85,c13043c3-1039-4da3-8873-892ef1062e4d +6a508faa-80a8-3246-9941-90d8cc8dec85,9779d83e-8de9-4a08-8053-e1710436a317 +6a508faa-80a8-3246-9941-90d8cc8dec85,4415204a-d71c-4dae-9046-c5d461f75fd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,96035158-bca0-41da-bc27-b62bdf4d8836 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6b66595-51b1-423b-8176-8d9a958140ec +6a508faa-80a8-3246-9941-90d8cc8dec85,44913073-2bf4-4653-809d-990279105bba +6a508faa-80a8-3246-9941-90d8cc8dec85,10e1e3c7-8578-4545-9e61-d5131238e01f +6a508faa-80a8-3246-9941-90d8cc8dec85,d9d581cc-35a0-4d5d-a626-f5cd83536084 +6a508faa-80a8-3246-9941-90d8cc8dec85,84a91c9f-110c-4a10-9a15-d63d98684982 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8bf4dc3-bf81-46c9-a059-39e4e9b8f83a +6a508faa-80a8-3246-9941-90d8cc8dec85,5fc9b7a1-baaf-4357-a06c-b2ed3d8ebf8d +6a508faa-80a8-3246-9941-90d8cc8dec85,ff395c34-a1d4-495f-adfa-b4eb27e41600 +6a508faa-80a8-3246-9941-90d8cc8dec85,c01160e8-cfb6-4592-9465-7095fc30cea1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d98660de-c0dc-43fb-80ba-70940abe6630 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c51f4ed-bbb4-4452-a992-2f4c79793231 +6a508faa-80a8-3246-9941-90d8cc8dec85,051aae5b-488e-45d0-93fd-850091af9870 +6a508faa-80a8-3246-9941-90d8cc8dec85,2034a2d7-4b75-432c-9855-e5020098c9ad +6a508faa-80a8-3246-9941-90d8cc8dec85,a4aafab2-c3c7-4e5c-bcc2-872cee18662a +6a508faa-80a8-3246-9941-90d8cc8dec85,a4270854-ee5c-435e-87ed-b4f0c8e6c5ad +6a508faa-80a8-3246-9941-90d8cc8dec85,67d33d33-72f2-4a47-b2fb-40f1228038d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,88f90d20-fb4d-4076-aac8-84fc0c422996 +6a508faa-80a8-3246-9941-90d8cc8dec85,88601416-7d81-4fd8-a508-761769b91b3f +6a508faa-80a8-3246-9941-90d8cc8dec85,95f007e0-2cbc-4961-977b-d3a7ccedd186 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b3dd5d9-0582-4923-b898-479d31bd65e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,3412f286-654d-4020-9827-d60b3541b299 +6a508faa-80a8-3246-9941-90d8cc8dec85,79ba0f38-4532-4cd3-b4ac-f3b94970e296 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c770514-53c5-4003-a11e-4e91c52df483 +6a508faa-80a8-3246-9941-90d8cc8dec85,6df82826-2ccf-4442-b7f9-8d3ebd23c028 +6a508faa-80a8-3246-9941-90d8cc8dec85,b9c47726-bddd-4da3-aad5-b7db43402645 +6a508faa-80a8-3246-9941-90d8cc8dec85,e88f0c17-6988-4441-b849-e9d900c2da7c +6a508faa-80a8-3246-9941-90d8cc8dec85,ac7c1bfd-c5b9-4dad-bb3a-43c27fb77a29 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad2f90bb-774f-4eec-93b9-ea687593b69f +6a508faa-80a8-3246-9941-90d8cc8dec85,29bdf6ad-88c4-4182-bdf9-d574a869f138 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a6f26b6-bea6-4803-9952-937dda2e8f5e +6a508faa-80a8-3246-9941-90d8cc8dec85,6e21564a-10dc-4716-812e-bd8bac15258b +6a508faa-80a8-3246-9941-90d8cc8dec85,d4ee0677-cf45-4542-b17d-e263411f570a +6a508faa-80a8-3246-9941-90d8cc8dec85,a37e8ae6-96ae-4900-9c7d-5452dbca642e +6a508faa-80a8-3246-9941-90d8cc8dec85,b1d15614-1e47-4a63-bc45-20eaeebf067b +6a508faa-80a8-3246-9941-90d8cc8dec85,315646d8-c48d-4e35-a748-f094e1305802 +6a508faa-80a8-3246-9941-90d8cc8dec85,16283ecf-ee29-41e5-b369-29b68aec5239 +6a508faa-80a8-3246-9941-90d8cc8dec85,6506d14f-c315-4e4a-be6e-686585e13876 +6a508faa-80a8-3246-9941-90d8cc8dec85,78309299-4011-4206-a642-754017b8df1f +6a508faa-80a8-3246-9941-90d8cc8dec85,7da259e9-d26d-4072-a904-6d3857eeabd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,77784857-1f21-41cd-b00b-f2286b72792b +6a508faa-80a8-3246-9941-90d8cc8dec85,8894940a-e8ee-4f25-9226-3a674f253991 +6a508faa-80a8-3246-9941-90d8cc8dec85,0728893a-0b77-4fcc-b201-2c16820345c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb8a2eb7-944a-4d7d-8045-d56f9f6bd8ce +6a508faa-80a8-3246-9941-90d8cc8dec85,b0aaf432-d4ad-430b-92c3-6131ebb1e5dc +6a508faa-80a8-3246-9941-90d8cc8dec85,b25192f5-c934-47cb-a2fe-e45a0da98425 +6a508faa-80a8-3246-9941-90d8cc8dec85,a950086d-a911-430f-bc26-3f0c6a8e524b +6a508faa-80a8-3246-9941-90d8cc8dec85,97399a5c-2bd3-45a2-80f0-5cbaa3b49fc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,105f2b9c-73c2-4a2c-a348-d5255707207f +6a508faa-80a8-3246-9941-90d8cc8dec85,13c9dd28-0b7e-48ac-8e68-cbb3f04b6bcd +6a508faa-80a8-3246-9941-90d8cc8dec85,97504339-fb13-4672-a185-7c61c3e0bb24 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc3e5aff-adc3-47e7-b1bb-4af556dcd4a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,523e3316-f36a-4688-8f53-0dbb8bb6681e +6a508faa-80a8-3246-9941-90d8cc8dec85,a56eb2c2-a462-4e90-ad81-34b3ab0f527a +6a508faa-80a8-3246-9941-90d8cc8dec85,20cffc51-c316-4cdd-bde3-db482b1a2a74 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a923699-8f29-45bd-91a0-8271500c3ebe +6a508faa-80a8-3246-9941-90d8cc8dec85,96d6cb81-fcad-4848-938f-0a55779bad38 +6a508faa-80a8-3246-9941-90d8cc8dec85,36f039fe-b101-4d0b-8c6a-8093f5fcb378 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc272d80-876c-42ea-9db1-f79fd197c33b +6a508faa-80a8-3246-9941-90d8cc8dec85,c050244e-8e49-4abe-9c71-33efcac19c56 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7b23b84-0b70-465e-b134-3f497d2bbced +6a508faa-80a8-3246-9941-90d8cc8dec85,361c4346-4cee-47bf-91d0-7376b813fc7b +6a508faa-80a8-3246-9941-90d8cc8dec85,23e01a95-1d35-4042-b9df-da57dee68ab4 +6a508faa-80a8-3246-9941-90d8cc8dec85,581f505d-bce6-4557-8f59-147fb166a534 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7d65572-1e4d-4081-9f10-608a176dde95 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bd524c1-68e7-446f-83dc-79e52c6d3ef8 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6f4075a-c1e0-4f40-9d0c-d954439de7a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7943458c-8e81-4e98-8a14-e54dfb09d9d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ab862bf-f7ec-4e44-ab90-d279c7a2bcdf +6a508faa-80a8-3246-9941-90d8cc8dec85,263cdfca-4d3b-4850-b8d6-d1df378c4bbd +6a508faa-80a8-3246-9941-90d8cc8dec85,53d62d40-3dea-4f48-9337-0d81d64f5c7d +6a508faa-80a8-3246-9941-90d8cc8dec85,fe3f1f86-346e-464f-ad42-367743071930 +6a508faa-80a8-3246-9941-90d8cc8dec85,c835f320-75d3-49ba-ab07-cb51dd11c8eb +6a508faa-80a8-3246-9941-90d8cc8dec85,2fc89d56-8106-420b-bdce-a9358a47a497 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6962289-0629-4b85-beb1-a1e523801ed6 +6a508faa-80a8-3246-9941-90d8cc8dec85,00a8cc0c-899b-40b9-a0b9-b0d4b9d419fc +6a508faa-80a8-3246-9941-90d8cc8dec85,993524df-81d6-44a0-bed9-54453310a378 +6a508faa-80a8-3246-9941-90d8cc8dec85,74eac922-2689-4945-9d39-42a2577ba133 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a50178e-9040-4d4c-b913-d5a38859c597 +6a508faa-80a8-3246-9941-90d8cc8dec85,952f3e4b-f59f-4a25-8bb8-807d044c7f51 +6a508faa-80a8-3246-9941-90d8cc8dec85,f030cf6f-c847-4b54-bab9-9968948eec79 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9c90d5b-95dd-4b8e-9853-2c74a1b6466c +6a508faa-80a8-3246-9941-90d8cc8dec85,5d107487-4660-4f2c-aded-cccc37948358 +6a508faa-80a8-3246-9941-90d8cc8dec85,1220d861-4fc4-4fe1-8ad4-e3a69f8955ea +6a508faa-80a8-3246-9941-90d8cc8dec85,aad8d316-7e37-45cb-a773-830521e4db5e +6a508faa-80a8-3246-9941-90d8cc8dec85,50dbf1c5-9431-4d88-9fc7-f0c7bd5290a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,66f59814-ef25-4277-9942-9174582e32b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,92e2e615-c6df-4b04-8561-43ead5a29975 +6a508faa-80a8-3246-9941-90d8cc8dec85,36b2f926-d869-423f-a8b1-f105613d4fc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,edf2dfa8-0785-48ae-a03a-36ae18f198c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,675ac5a0-a4a4-49cc-a5e7-69ed2fef9563 +6a508faa-80a8-3246-9941-90d8cc8dec85,86f00c4c-b8c8-4a45-8ff2-8474930804ea +6a508faa-80a8-3246-9941-90d8cc8dec85,172c6aa8-a3a5-44b8-82cd-4820f57838f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,de5ac87c-c7da-4ad2-8913-3dfeaebe6b33 +6a508faa-80a8-3246-9941-90d8cc8dec85,06e4f7f4-e6e6-4c1e-b62e-21cf3ce20516 +6a508faa-80a8-3246-9941-90d8cc8dec85,171962fa-11cd-4b1f-b4f1-f93b8e623920 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4913767-f08a-4add-8797-2f35c813a987 +6a508faa-80a8-3246-9941-90d8cc8dec85,58054736-efff-40f2-a72a-8e3bc91b2550 +6a508faa-80a8-3246-9941-90d8cc8dec85,549f0867-d258-4eca-9ea2-6c69e66f7872 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7e86a7f-3e26-4030-adda-47efbd1e2357 +6a508faa-80a8-3246-9941-90d8cc8dec85,daffe2f0-203e-40ca-b8da-3f19762760a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d8c2572-b8c3-4956-9c33-a5dc78a8237f +6a508faa-80a8-3246-9941-90d8cc8dec85,a336ea66-f195-40de-b783-4c3c12bd06ed +6a508faa-80a8-3246-9941-90d8cc8dec85,72cf06e8-61a8-453c-8eb6-212ea4abb7cd +6a508faa-80a8-3246-9941-90d8cc8dec85,fafce26d-974c-4e5d-a460-071f4a3bfa58 +6a508faa-80a8-3246-9941-90d8cc8dec85,11e08bc1-a3f4-4a02-a7e1-449e1bba33b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3792c4b2-79b2-41fd-ad50-3ef650982c04 +6a508faa-80a8-3246-9941-90d8cc8dec85,585e609c-1ebc-47a8-8e1f-467af00f9d4a +6a508faa-80a8-3246-9941-90d8cc8dec85,84174e81-59c9-4f3c-a33a-f833423f7216 +6a508faa-80a8-3246-9941-90d8cc8dec85,e747d20d-80ba-4417-a673-9158b6ef0e14 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cd08ae4-eeb2-4d92-b0c5-bd0a1a62c89d +6a508faa-80a8-3246-9941-90d8cc8dec85,761e8133-2e69-49f4-9177-496312afcf26 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c78aa56-d1d5-42c8-bac1-d55b1bb357c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc8f0ea5-bec3-4b34-9b42-f59ee6d79626 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3fe0538-5422-4f24-a9b8-f84356eea6ea +6a508faa-80a8-3246-9941-90d8cc8dec85,f8b4e92c-dbfc-4760-9202-a2ce07005785 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4c51b5b-a5d9-4093-92e6-ee2133af6cad +6a508faa-80a8-3246-9941-90d8cc8dec85,5ada81df-61ac-4da6-a582-f29f8ab952ed +6a508faa-80a8-3246-9941-90d8cc8dec85,f4c0397f-a741-483e-b8ed-c7439d834ee1 +6a508faa-80a8-3246-9941-90d8cc8dec85,27995f14-a8f2-42d0-b10f-abec5a62cc1d +6a508faa-80a8-3246-9941-90d8cc8dec85,1ff5a338-4ad5-453c-8a23-83e2649aa3f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0cd319c-820e-42f9-b522-abc9f502023b +6a508faa-80a8-3246-9941-90d8cc8dec85,bdf37dfb-cf61-44d9-ac3e-66ba1af8de79 +6a508faa-80a8-3246-9941-90d8cc8dec85,aee2e076-ed04-441e-aebb-f395a8ddbf0a +6a508faa-80a8-3246-9941-90d8cc8dec85,7b4bde1a-dea2-4d51-9044-03c291396109 +6a508faa-80a8-3246-9941-90d8cc8dec85,13e4c718-23e8-4500-a7bf-7db3a58304b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d3e5b2e-5f2d-4229-a077-a19597b2b989 +6a508faa-80a8-3246-9941-90d8cc8dec85,7518ca7d-1b20-448c-8a4b-1308eee1961b +6a508faa-80a8-3246-9941-90d8cc8dec85,49daf086-fc7f-4fcf-825b-943cb36c5a78 +6a508faa-80a8-3246-9941-90d8cc8dec85,35b94c66-4d4d-4f38-91bf-3e560a70e98e +6a508faa-80a8-3246-9941-90d8cc8dec85,0922fe7e-db80-4fbd-a3ec-98e2a3e58880 +6a508faa-80a8-3246-9941-90d8cc8dec85,3397fab5-e72d-4ce1-90a7-ccdfc3acc317 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e8bfc36-3246-400f-827c-b2e9124f8064 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bf35280-65a7-49f3-b056-aaba802d99c0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f14c9f0-c18d-4486-99d3-f485a4001952 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ec6c21b-a545-4131-9885-a7081eccc5c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,50a201f8-0a36-4c52-828d-0610f090ce3b +6a508faa-80a8-3246-9941-90d8cc8dec85,c815e3c2-0e81-4491-b3c3-afae983af03d +6a508faa-80a8-3246-9941-90d8cc8dec85,db72dcea-be30-4836-891b-1bdbb6564a88 +6a508faa-80a8-3246-9941-90d8cc8dec85,188ab6ec-f7ce-40c5-bfd7-6d948182b4fa +6a508faa-80a8-3246-9941-90d8cc8dec85,e0df6d12-d8aa-415e-a926-0a3713687c3a +6a508faa-80a8-3246-9941-90d8cc8dec85,3cb66822-3e98-4297-a2ec-12db4d8cc03c +6a508faa-80a8-3246-9941-90d8cc8dec85,205257ab-2bd6-4a9a-b9b2-ffbf70bcce6a +6a508faa-80a8-3246-9941-90d8cc8dec85,77122200-1829-46d6-8fa8-a0ccc45b209c +6a508faa-80a8-3246-9941-90d8cc8dec85,6e076c9c-0cc6-4909-ab31-7507060e25e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,580fe286-81ab-4e58-92f1-954d75c3a705 +6a508faa-80a8-3246-9941-90d8cc8dec85,8236d825-a39e-4c69-aef7-8e96f4f068c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ee6b4527-4077-4e8d-bcb8-4363a52dd666 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1f2a632-69f4-4c21-9fd3-2233bb505ea8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c220ead-0062-4edb-a389-cda904b02447 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bd0d7e5-eec0-4941-a71e-7b1de9eb503d +6a508faa-80a8-3246-9941-90d8cc8dec85,03543dca-d2b3-4474-b315-adc6c6b2d749 +6a508faa-80a8-3246-9941-90d8cc8dec85,f619ae03-dd50-4c58-8a60-8530e3be1bff +6a508faa-80a8-3246-9941-90d8cc8dec85,41ec52e0-5f70-4d98-b62a-73aa94488adb +6a508faa-80a8-3246-9941-90d8cc8dec85,9eb2599a-9a24-4407-9e45-a4a567a21feb +6a508faa-80a8-3246-9941-90d8cc8dec85,70bb968c-6a5b-4bf8-b8c4-c819fb8fb9c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,af515074-d7da-4d56-a518-ed0665bc14ae +6a508faa-80a8-3246-9941-90d8cc8dec85,97d29297-6f30-499f-b60c-cee4d8aa1026 +6a508faa-80a8-3246-9941-90d8cc8dec85,13bd70a5-330e-4af0-88cd-0fcb944e2a11 +6a508faa-80a8-3246-9941-90d8cc8dec85,5509eac4-2484-40fc-ac5d-a96119746b4d +6a508faa-80a8-3246-9941-90d8cc8dec85,00b66e7e-4ebe-4b21-9dea-f23f1f89b70a +6a508faa-80a8-3246-9941-90d8cc8dec85,f35b7dab-7f18-45c7-8384-a88695f11a6e +6a508faa-80a8-3246-9941-90d8cc8dec85,e611b518-9214-4dca-9626-8ba279b9af71 +6a508faa-80a8-3246-9941-90d8cc8dec85,ccdbc1c3-c80a-4fbd-9f5a-93b9ada69379 +6a508faa-80a8-3246-9941-90d8cc8dec85,d13e6740-7e39-4131-8aa1-dff33f6d60ac +6a508faa-80a8-3246-9941-90d8cc8dec85,ff452bf1-d7a9-4e51-8878-40e693213ff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc1287bf-0d71-4e1f-86c5-b56edd5d5e07 +6a508faa-80a8-3246-9941-90d8cc8dec85,51862521-9ee6-41d5-90b0-0fc4cf8cf84c +6a508faa-80a8-3246-9941-90d8cc8dec85,c73a91ad-dc2c-4971-b3e2-69afee5326dc +6a508faa-80a8-3246-9941-90d8cc8dec85,33f0e4b9-2b34-4a68-bbec-81b7198e79c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f188e5d-97c1-44f3-82bb-823cb584b721 +6a508faa-80a8-3246-9941-90d8cc8dec85,1445566e-79ef-471b-bc16-e10d70365c65 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6eab076-7523-4ca3-85ee-fa103f2bdb2a +6a508faa-80a8-3246-9941-90d8cc8dec85,28e65bdb-fcfe-475a-9874-51ead9e98a45 +6a508faa-80a8-3246-9941-90d8cc8dec85,df77770b-bf3c-4768-a0f7-14e54001b115 +6a508faa-80a8-3246-9941-90d8cc8dec85,5318ee8c-7505-4d40-b57e-741672f432b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9838137b-b6e7-4609-b7d9-01fb9faa2511 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6fa4620-2e36-4009-a8a2-909151c84d99 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cf98454-b6d5-4931-ace7-df05c73ac486 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f61f01c-aac5-403b-a7d7-a00d61cbbe65 +6a508faa-80a8-3246-9941-90d8cc8dec85,c22bbe8e-118d-4748-b962-c7b6775f358c +6a508faa-80a8-3246-9941-90d8cc8dec85,ef516a24-7179-40b4-8171-3ecff84dbef7 +6a508faa-80a8-3246-9941-90d8cc8dec85,735f9619-ee26-4e72-804e-ba38b25c1ea7 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a79d749-0c78-4f8e-803c-d60517e626be +6a508faa-80a8-3246-9941-90d8cc8dec85,802af3b8-d711-4307-8a62-3c8308dcf56e +6a508faa-80a8-3246-9941-90d8cc8dec85,6f772c2c-9d4e-4b42-afee-837b3ed57e9a +6a508faa-80a8-3246-9941-90d8cc8dec85,e49c3f99-2017-425b-9271-76ebc2ae1046 +6a508faa-80a8-3246-9941-90d8cc8dec85,a735dd9e-1750-4f83-b2c6-8c3c93e1ba01 +6a508faa-80a8-3246-9941-90d8cc8dec85,a007b098-d7fe-4e40-b974-19b72d2e21a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5cd6352-9188-42aa-885c-9d554a435000 +6a508faa-80a8-3246-9941-90d8cc8dec85,01c91187-2601-40cc-b6e5-6a13871a4c54 +6a508faa-80a8-3246-9941-90d8cc8dec85,86dafb0c-660c-4fb0-b913-2de38104d793 +6a508faa-80a8-3246-9941-90d8cc8dec85,00233f10-a4c9-447a-8032-fc9ba8afadfd +6a508faa-80a8-3246-9941-90d8cc8dec85,a46f5b59-cd45-464f-9250-f185815f509b +6a508faa-80a8-3246-9941-90d8cc8dec85,434b205e-1d95-40e1-a6c1-ff0065d37d0b +6a508faa-80a8-3246-9941-90d8cc8dec85,ba59037e-e11b-4170-ad99-d3a1130a87ea +6a508faa-80a8-3246-9941-90d8cc8dec85,49633edd-e899-4525-86f8-4b836db773d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,869be452-567b-4725-aa87-4f93b5ce3bfa +6a508faa-80a8-3246-9941-90d8cc8dec85,50be7ce0-e034-477a-b922-fcf87d065da3 +6a508faa-80a8-3246-9941-90d8cc8dec85,78227953-4a08-4657-9187-e4b0c772aa79 +6a508faa-80a8-3246-9941-90d8cc8dec85,953c6606-476e-435a-bd57-4c998ce697d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d26a548-9c82-4204-ad92-3f5600d508cc +6a508faa-80a8-3246-9941-90d8cc8dec85,f3cc8e12-11bb-4db7-a569-030d31e44183 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ec4de8a-b6fc-4e5e-81b0-46c969737dfd +6a508faa-80a8-3246-9941-90d8cc8dec85,c6176a9f-89a6-4bd1-a033-78f2f24b5be4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1c0fcbc-98cf-4959-8422-abe4085aa6cc +6a508faa-80a8-3246-9941-90d8cc8dec85,e7a85667-ba2c-4851-ac14-fc1d0a5345df +6a508faa-80a8-3246-9941-90d8cc8dec85,31080657-e8fc-449f-bdee-a601983fdb58 +6a508faa-80a8-3246-9941-90d8cc8dec85,45105701-92e7-4e2a-bcc0-e64132f0ee01 +6a508faa-80a8-3246-9941-90d8cc8dec85,61ae5e32-0320-4ac1-b8c9-1efadb518f1c +6a508faa-80a8-3246-9941-90d8cc8dec85,2e1cc0d3-acec-4e58-9dda-d2773af07bcd +6a508faa-80a8-3246-9941-90d8cc8dec85,a90095cc-22f9-449f-b342-3dec89360b7c +6a508faa-80a8-3246-9941-90d8cc8dec85,b3a692a2-3367-4c61-91d2-33224dfc678c +6a508faa-80a8-3246-9941-90d8cc8dec85,009c8804-1cfe-4377-94bd-68a3fe3a2f03 +6a508faa-80a8-3246-9941-90d8cc8dec85,88e21680-d0fc-4b11-85a2-d6e3fe88387c +6a508faa-80a8-3246-9941-90d8cc8dec85,1b28f3c9-1446-4abf-8c29-d8afb6064389 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6fa98e0-4acd-4748-a36c-cbc7dfcecd07 +6a508faa-80a8-3246-9941-90d8cc8dec85,3faeda76-eb15-46ff-ab58-011a45c55a7c +6a508faa-80a8-3246-9941-90d8cc8dec85,e42660a9-fbb2-4fe7-ad44-de5e884cb52d +6a508faa-80a8-3246-9941-90d8cc8dec85,8b6b26ed-96c2-4e81-85bc-4c97cc35bbfb +6a508faa-80a8-3246-9941-90d8cc8dec85,34ac7524-805e-4628-8cd7-7ccac783dfa8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c79f81fd-d54e-450f-98a5-8a3d4f118e96 +6a508faa-80a8-3246-9941-90d8cc8dec85,232a239e-2a54-4006-8b77-32faf6991d95 +6a508faa-80a8-3246-9941-90d8cc8dec85,8da2c39c-728b-45be-9c80-b5b6d9585424 +6a508faa-80a8-3246-9941-90d8cc8dec85,69c83195-ddd4-467d-b5ea-a240fbf88951 +6a508faa-80a8-3246-9941-90d8cc8dec85,39d569eb-f79a-42ae-aec9-e88ee4d49e5e +6a508faa-80a8-3246-9941-90d8cc8dec85,5636823c-b0bc-45f0-8da2-6a1d8763867b +6a508faa-80a8-3246-9941-90d8cc8dec85,8c72002a-4408-4994-a541-e8f9f55625dd +6a508faa-80a8-3246-9941-90d8cc8dec85,d57ef675-3ce1-40d8-94c7-e7b6348682a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e6cb93f-5317-475b-b748-f59cf27f601e +6a508faa-80a8-3246-9941-90d8cc8dec85,0c5c2ccf-eb24-4bbd-b5b1-71ce6d1ea3d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,97633102-30cf-463f-a81c-ee0f8af5e698 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d0917c6-f261-4652-9ecc-ddd1fd6cbf2b +6a508faa-80a8-3246-9941-90d8cc8dec85,116b3b78-5b66-48e9-b3ea-d6f9e2fb3a0c +6a508faa-80a8-3246-9941-90d8cc8dec85,414ecaba-c194-45f6-8e21-a1a22b6fd118 +6a508faa-80a8-3246-9941-90d8cc8dec85,68e5594a-387b-49bd-b9ca-81d75f77ae68 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f0e20d8-8d86-489d-8ac2-4091d645db43 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c1f3cb4-81d7-4fa5-807d-8808c4c97dec +6a508faa-80a8-3246-9941-90d8cc8dec85,64809214-e1a1-48b9-b7f9-9607964d6052 +6a508faa-80a8-3246-9941-90d8cc8dec85,a67d0a8b-ccc2-4a83-8ffa-040d0c488570 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f3d03a4-ca80-42ee-833f-35b5110b1364 +6a508faa-80a8-3246-9941-90d8cc8dec85,09266dff-6404-41c3-8612-9a0536eb68f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,26c85a11-4092-4a08-9983-ab2e61714707 +6a508faa-80a8-3246-9941-90d8cc8dec85,c34e44ac-84eb-4adb-93a6-0f2e00adef85 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1d639aa-8933-4993-a355-c9d0b8b40374 +6a508faa-80a8-3246-9941-90d8cc8dec85,60b564b8-407b-4fed-bf6f-a9037edb2f0c +6a508faa-80a8-3246-9941-90d8cc8dec85,479e6461-ff9f-4e7d-98f3-a9c60d020948 +6a508faa-80a8-3246-9941-90d8cc8dec85,204e619f-dd10-4900-b208-a235b68461cf +6a508faa-80a8-3246-9941-90d8cc8dec85,c5ca66a3-fd0e-4a88-aff8-37a5a803a92e +6a508faa-80a8-3246-9941-90d8cc8dec85,c9ed4e20-2753-44f0-a297-b97f904d13d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ecbb7d8-613c-406b-a560-6a1c9f5318ae +6a508faa-80a8-3246-9941-90d8cc8dec85,3a56d5f5-b7da-43e4-ba60-afaa50d82145 +6a508faa-80a8-3246-9941-90d8cc8dec85,eff79d4b-22de-41f7-96ab-e223fcec4494 +6a508faa-80a8-3246-9941-90d8cc8dec85,00d63b41-6cb3-47bb-847a-37926fe17e7d +6a508faa-80a8-3246-9941-90d8cc8dec85,9990b3c7-7ec9-41af-bb60-8c4d5cf3dae7 +6a508faa-80a8-3246-9941-90d8cc8dec85,85a26d9a-adec-4e7f-a426-c8ab7b71ce60 +6a508faa-80a8-3246-9941-90d8cc8dec85,97a5faec-1dbc-4bd3-ac13-e7bad43b8c88 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2cba9ea-a079-4956-8361-fd23fd4564bc +6a508faa-80a8-3246-9941-90d8cc8dec85,06ed4fbb-5e65-480d-9981-5490a3613c4d +6a508faa-80a8-3246-9941-90d8cc8dec85,cda19522-6be2-44bd-babf-7114d1d217a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,63dcc5a3-d363-4643-ac9e-a9c8744c883c +6a508faa-80a8-3246-9941-90d8cc8dec85,d1cb5170-6ae1-4a3e-b6be-5de1dc90a8e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e7b2978-ef69-4f74-b737-6c6676fae503 +6a508faa-80a8-3246-9941-90d8cc8dec85,f594753e-69e0-4b39-86b4-2bfdc9ae1acd +6a508faa-80a8-3246-9941-90d8cc8dec85,7bf9f11d-9ba8-4a3d-aa63-e11fc7eee5bf +6a508faa-80a8-3246-9941-90d8cc8dec85,2d5c2194-7bab-4d08-a999-c3e0d6fdc4e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ea30f16-1847-4fe9-b19c-d8f1d2d7b020 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fb91ec1-458c-496d-841e-099ad2b602b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9459c2ec-368b-47c3-a291-87d27c70a315 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6f104d9-e51a-4a4e-b8af-7dd10d1dc97f +6a508faa-80a8-3246-9941-90d8cc8dec85,9d96ef90-ff80-42e0-86d3-0ca325d7f1e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c08d0a9-bd07-4570-aff0-6494a34a95fe +6a508faa-80a8-3246-9941-90d8cc8dec85,b0458b4d-6a08-4234-aba9-18f6a04367b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c297dce-3427-4fa3-8832-64518be50c93 +6a508faa-80a8-3246-9941-90d8cc8dec85,32e6f785-1c9f-415d-9fcc-42be9010b774 +6a508faa-80a8-3246-9941-90d8cc8dec85,d769214d-0519-4a56-8fff-aacb490a6d5a +6a508faa-80a8-3246-9941-90d8cc8dec85,9fd4aac0-bf07-4d9d-a13f-65b3814ddd9e +6a508faa-80a8-3246-9941-90d8cc8dec85,1b3ee63e-a1a9-4d72-9785-0e630ac62e4e +6a508faa-80a8-3246-9941-90d8cc8dec85,92caa35f-7500-4090-98f6-eda1b89a24e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5512711c-720f-46f9-abb1-02102accf249 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ac64275-ab87-4a71-bfcb-0a9ba7592120 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2bee8b6-65b5-4e73-8ef1-f5805ea01fbc +6a508faa-80a8-3246-9941-90d8cc8dec85,df590e64-0bc8-4b1c-87db-718607ff9b4e +6a508faa-80a8-3246-9941-90d8cc8dec85,0907fc11-6341-4d75-b70d-dc3e05738c64 +6a508faa-80a8-3246-9941-90d8cc8dec85,dac08830-7e13-41ca-b58b-599c67b42a91 +6a508faa-80a8-3246-9941-90d8cc8dec85,33b9bc13-bcb2-4c82-adba-1f32598e65b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d25a5db2-2b95-4693-9ae0-dcc8388aba20 +6a508faa-80a8-3246-9941-90d8cc8dec85,3688c375-8023-40f8-ace2-c059b52db812 +6a508faa-80a8-3246-9941-90d8cc8dec85,36afd4b7-7fa9-43fa-988c-3aa968d047ce +6a508faa-80a8-3246-9941-90d8cc8dec85,f4bf3334-386f-41a1-bec1-fcfe10b14990 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea6dbca5-cb5b-4ce7-a881-1722bd00ed32 +6a508faa-80a8-3246-9941-90d8cc8dec85,04cd3100-3ced-4d87-8b3c-836c7ccce884 +6a508faa-80a8-3246-9941-90d8cc8dec85,702b6048-c697-4977-9830-2649e7e019c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1673649-b45d-4b2f-8e55-2af85e5904d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,39cff036-2851-4d3c-851c-b48308c0b6e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,68494d49-878b-4678-b899-75ec45920bed +6a508faa-80a8-3246-9941-90d8cc8dec85,7737c3cd-7193-4ca2-942a-1a03b9ac1c27 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d0be320-5330-43a9-a0ea-0aaca24b00d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2ac8fb5-eff8-4657-bb26-8ffcd81799ad +6a508faa-80a8-3246-9941-90d8cc8dec85,f8e42f2d-2efa-46ff-a10c-4a48fe3ebad2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f7513b7-7257-436d-893e-d8b29edb161d +6a508faa-80a8-3246-9941-90d8cc8dec85,c149a29e-7448-4bcf-ac87-5e2e36be8d5b +6a508faa-80a8-3246-9941-90d8cc8dec85,64b785f3-6c24-43c8-b3f2-4d8112e42834 +6a508faa-80a8-3246-9941-90d8cc8dec85,12a6b8b0-6c14-4c9d-b99d-61fc3eacaf37 +6a508faa-80a8-3246-9941-90d8cc8dec85,b79c11f5-adc1-4f12-8178-7d7da7978138 +6a508faa-80a8-3246-9941-90d8cc8dec85,5dec711b-0eef-4cb1-a8cd-9859d5cb4605 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe9b6aee-ca29-4819-ba98-0bf3856b4824 +6a508faa-80a8-3246-9941-90d8cc8dec85,488b72d9-9ca1-4944-bd76-165c67051f8d +6a508faa-80a8-3246-9941-90d8cc8dec85,54c2693b-715b-4fb4-b169-b6ce72489e74 +6a508faa-80a8-3246-9941-90d8cc8dec85,267f9a92-65ea-4f08-8e7d-76fd20b30dfc +6a508faa-80a8-3246-9941-90d8cc8dec85,81dc66b9-aacf-4615-8b4f-ebca66e25ee7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d1a4013-341f-4575-80ba-d24d5fa53b21 +6a508faa-80a8-3246-9941-90d8cc8dec85,73e7b779-d5bf-4904-b92c-3256689289a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1a82c86-28b4-4659-80d7-242978e30fbc +6a508faa-80a8-3246-9941-90d8cc8dec85,01cd666e-df45-442c-86b5-62755aa6d4e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7992b0d-012a-4009-83bf-039ce6555297 +6a508faa-80a8-3246-9941-90d8cc8dec85,87fa6fd8-df34-426e-8956-f1d732eb50e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5a6daa2-b1fc-4cd5-bdcd-00a80927c555 +6a508faa-80a8-3246-9941-90d8cc8dec85,56106078-34dc-4b7b-9aa8-134bdc57008e +6a508faa-80a8-3246-9941-90d8cc8dec85,8ac81526-a21c-4b12-8b14-983d056b0b06 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c202e11-535d-4182-a21c-f610338abcdf +6a508faa-80a8-3246-9941-90d8cc8dec85,d84d27e1-ebc4-424b-b085-fca23973e8a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ed5767e-1499-4978-aae6-4a731029c76a +6a508faa-80a8-3246-9941-90d8cc8dec85,1b15ee7f-a5e8-4564-b922-50cf03fea99d +6a508faa-80a8-3246-9941-90d8cc8dec85,1e1dec5e-5243-4407-966b-23605d2250be +6a508faa-80a8-3246-9941-90d8cc8dec85,e7627b89-721d-4b56-a400-0a730844bbc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8754e172-63ac-42ca-829a-d3eff9b16516 +6a508faa-80a8-3246-9941-90d8cc8dec85,ccc88927-39f1-42f6-bdf5-06cd15fd9225 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a5773a3-b4ec-4376-bc5e-6d131a7aa1ca +6a508faa-80a8-3246-9941-90d8cc8dec85,fb477038-59d6-4158-a843-c29d04718872 +6a508faa-80a8-3246-9941-90d8cc8dec85,75699828-e877-4532-935d-56a7e36831a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,593b74eb-7587-4eb1-9392-af97f86ecafb +6a508faa-80a8-3246-9941-90d8cc8dec85,93d3ad0c-01ff-465b-884b-05935e9fd49c +6a508faa-80a8-3246-9941-90d8cc8dec85,9ceb2161-c34c-43a9-9287-3a3f7777ec74 +6a508faa-80a8-3246-9941-90d8cc8dec85,548ae92e-9728-420e-adea-2520b5d434a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba22a3d6-e6ee-4dfd-9387-b9bd7e14b1ac +6a508faa-80a8-3246-9941-90d8cc8dec85,166ef41f-8933-455f-b21e-d2e1f754ed17 +6a508faa-80a8-3246-9941-90d8cc8dec85,601dd042-9742-45ec-b5c6-465d541db3e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9ddc4a5-ea5d-4b20-b85a-9f3523bb5e4e +6a508faa-80a8-3246-9941-90d8cc8dec85,e331ba18-5aa7-4779-ae45-b57e93bd3f1a +6a508faa-80a8-3246-9941-90d8cc8dec85,509ff60c-5749-4b92-8eb9-fdaafe7d28e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e87840f3-b048-4063-92b5-ade27c79d2e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b7469e3-ed1d-402c-85d9-073e40cf9894 +6a508faa-80a8-3246-9941-90d8cc8dec85,7600a5ad-2e3b-490a-8df5-caa9139542da +6a508faa-80a8-3246-9941-90d8cc8dec85,5f55cf67-499a-41f4-902b-bce518208e1c +6a508faa-80a8-3246-9941-90d8cc8dec85,beda3043-1741-4d9c-9ae2-3c8546c01a1b +6a508faa-80a8-3246-9941-90d8cc8dec85,a25930c4-e2e1-4650-a5c3-f6259fd32fef +6a508faa-80a8-3246-9941-90d8cc8dec85,2fd99f63-4351-427e-9ba6-3a484ae1c7a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f7e694a3-96cd-4b45-90a3-7030b4653278 +6a508faa-80a8-3246-9941-90d8cc8dec85,a97db6e7-5d53-47fe-a4cf-b3a7fd3c21c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,20edb57f-597b-4508-a521-98fb2139ee7b +6a508faa-80a8-3246-9941-90d8cc8dec85,c06146c6-fa46-4b69-91bc-2f152414842b +6a508faa-80a8-3246-9941-90d8cc8dec85,5d7cfb5e-c15b-400f-9095-d4fe6d758580 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9b7de9f-a060-4cab-b9e5-ee6b9abddfbf +6a508faa-80a8-3246-9941-90d8cc8dec85,5a25bdb3-bc30-4780-8d7d-f641cc60819f +6a508faa-80a8-3246-9941-90d8cc8dec85,861b3225-57ee-40c1-8ec9-39317c795a03 +6a508faa-80a8-3246-9941-90d8cc8dec85,93978d72-76ed-4802-b452-941c4b06802c +6a508faa-80a8-3246-9941-90d8cc8dec85,2dbd04af-9ec9-49d1-8a87-36cb1933ca28 +6a508faa-80a8-3246-9941-90d8cc8dec85,e27a3aca-c130-46f9-aa94-999d51fb34d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bcbbd1c-ba24-4543-b4fd-8907df1374ab +6a508faa-80a8-3246-9941-90d8cc8dec85,a66ee7ab-fae4-4ee4-9559-da12f2fe0b92 +6a508faa-80a8-3246-9941-90d8cc8dec85,7922be5a-1275-49e9-8e54-60c27bf217a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b9bfcf3-3a94-4b0a-a72a-6c6468fb8fd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9ff9964-6300-4dc2-96e2-8d32d3812988 +6a508faa-80a8-3246-9941-90d8cc8dec85,036dfb90-889d-45f7-8b24-ad2c74afe99b +6a508faa-80a8-3246-9941-90d8cc8dec85,5fcf54db-860e-4fad-b2f9-02180a3d187f +6a508faa-80a8-3246-9941-90d8cc8dec85,caef0d3c-b3d9-4a18-90dc-2034603077ae +6a508faa-80a8-3246-9941-90d8cc8dec85,16b8da96-eb4f-42db-941e-e2b89ff47e33 +6a508faa-80a8-3246-9941-90d8cc8dec85,c226aa0d-933b-487e-b728-b1e420014901 +6a508faa-80a8-3246-9941-90d8cc8dec85,044db3b1-33d3-4ba5-b3f7-d7fb7e51ec4f +6a508faa-80a8-3246-9941-90d8cc8dec85,22a028ab-8e6d-492b-a9b9-c80d4fd604ec +6a508faa-80a8-3246-9941-90d8cc8dec85,e3aac6db-8aa6-4bbc-862a-e169bb2504ca +6a508faa-80a8-3246-9941-90d8cc8dec85,4b955f33-e99e-44ea-beb7-fc9aeeabd11e +6a508faa-80a8-3246-9941-90d8cc8dec85,87f335b6-fab8-4f06-9547-af26625672b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2212c6e4-671f-4adc-897a-8ff82306045d +6a508faa-80a8-3246-9941-90d8cc8dec85,48872a10-4570-4b7b-babc-1c7299506149 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7fbcea3-0ddd-4924-b6e6-28f37e885765 +6a508faa-80a8-3246-9941-90d8cc8dec85,32f483d6-0503-48d4-99e0-2b4adefedf6b +6a508faa-80a8-3246-9941-90d8cc8dec85,c0460b81-d2c8-40a3-ba80-af9368e77b69 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fdc75cb-9616-407d-b9e4-2ee06864fb51 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d384bcd-8e92-472d-8995-cbb6bb314356 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fa2f060-789a-43b0-b19b-0e1cd4ad6a06 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba378cfa-7bfd-4b36-a393-b353755e5fde +6a508faa-80a8-3246-9941-90d8cc8dec85,c0ab75bd-073f-483a-80ef-9bd1fbbd987b +6a508faa-80a8-3246-9941-90d8cc8dec85,f7ff34ab-bc10-494d-b22c-2ab8fed81bcc +6a508faa-80a8-3246-9941-90d8cc8dec85,56a71107-d9e5-4e54-893d-8d040d8904c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,6133da66-e2c0-40fc-8341-a24751f17220 +6a508faa-80a8-3246-9941-90d8cc8dec85,276b744b-b72c-4654-bda3-3c41776305ac +6a508faa-80a8-3246-9941-90d8cc8dec85,6d1e75a5-b119-40e8-ba72-6de0348efbe1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a124a0c-a0a4-46c0-bce2-c20404c3b639 +6a508faa-80a8-3246-9941-90d8cc8dec85,30e88475-27d6-4a9a-9ee2-8acb96ffc2b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,fde787f0-49b4-4318-9142-3dccfa8c166b +6a508faa-80a8-3246-9941-90d8cc8dec85,33c09a94-6e7b-4d8d-939a-805e146ea117 +6a508faa-80a8-3246-9941-90d8cc8dec85,da9cb7ae-de18-4052-87e1-784ad4c8efd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4360c880-4de5-46ef-b7be-21fb2434eb9d +6a508faa-80a8-3246-9941-90d8cc8dec85,79f1c79a-6d79-404f-a1d2-b1da81d40326 +6a508faa-80a8-3246-9941-90d8cc8dec85,0680d43d-d668-4af2-b8a6-465ea9165a97 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e18d455-f8e3-4648-b511-57e5a2a51664 +6a508faa-80a8-3246-9941-90d8cc8dec85,6dd20d84-f3fb-424b-b00d-492dc800f921 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8d90ee5-1e1e-4746-88e2-cce34e7684bf +6a508faa-80a8-3246-9941-90d8cc8dec85,6ab12665-f50c-4641-b0c2-73d29f7e47c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a5cd571-9daf-419a-9471-75b7e1007fc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a15dcab2-4e63-4267-aaed-43f3aed277bd +6a508faa-80a8-3246-9941-90d8cc8dec85,3d095244-7742-450d-b3d5-9176ff1f6740 +6a508faa-80a8-3246-9941-90d8cc8dec85,5833e208-8d17-4d31-8516-09cac293eba1 +6a508faa-80a8-3246-9941-90d8cc8dec85,445bcca6-eac1-4c4e-aadf-bbd369ab3f56 +6a508faa-80a8-3246-9941-90d8cc8dec85,f901be0c-0367-499d-9959-d6a74af105c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a111d17d-1174-4ca9-8360-f00758ea46d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5823ae1e-fe4f-4796-81bb-91365371b422 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a1a69bb-2b98-465d-9472-bb87d711cf59 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2d55f6c-1537-43ae-a1b4-bbd97ecf46e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,6bb7e2b3-1512-4487-b168-fa1d0a393a88 +6a508faa-80a8-3246-9941-90d8cc8dec85,c897547e-7be2-4399-842f-476f9c07c65d +6a508faa-80a8-3246-9941-90d8cc8dec85,72398aa9-cc5c-422c-ab6e-fa8fc7b43ad8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fe7533f-28d1-42f4-b963-c7b83efc4be4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d74c55eb-05c2-4081-81f5-8de368a2bf44 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c2afbc8-441a-4142-bcf6-2c33767bd111 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc104f4f-1ac4-4fc9-9df5-2ee352dfd254 +6a508faa-80a8-3246-9941-90d8cc8dec85,50d7bc00-88e6-42d8-acb0-fd8f9d3f840d +6a508faa-80a8-3246-9941-90d8cc8dec85,0750b2d7-1e1f-457f-b654-e8dabee1a677 +6a508faa-80a8-3246-9941-90d8cc8dec85,07328c18-d159-447c-9f1c-dc277a08020b +6a508faa-80a8-3246-9941-90d8cc8dec85,9e442f22-17a9-4b00-b127-9fa15aa3140e +6a508faa-80a8-3246-9941-90d8cc8dec85,05ae7046-e7f4-4043-9124-e7d217e5a1dd +6a508faa-80a8-3246-9941-90d8cc8dec85,c561c39b-2368-400a-a4e3-cf183de3cf3c +6a508faa-80a8-3246-9941-90d8cc8dec85,cf2e4e9f-abd8-4ab3-a188-dd1a3caebfe6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f464364b-feda-4789-962e-48bf3104b05b +6a508faa-80a8-3246-9941-90d8cc8dec85,60d818b9-f886-40f0-83b6-0475f1dec173 +6a508faa-80a8-3246-9941-90d8cc8dec85,66392914-0661-4bc7-8848-e1fa185babc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc134a05-333a-4118-b2cd-847dbefb6b53 +6a508faa-80a8-3246-9941-90d8cc8dec85,00727f89-e6aa-401e-9bca-d4e3b1bc347f +6a508faa-80a8-3246-9941-90d8cc8dec85,838a82bb-713f-489b-a20b-b697fca0c6b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8edd280-715c-48f5-bc0a-90d8962239b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a0c4dfb-09c5-44d3-9276-62942f8ceac0 +6a508faa-80a8-3246-9941-90d8cc8dec85,27c720cf-89f0-4119-b22d-8854e75ee1dc +6a508faa-80a8-3246-9941-90d8cc8dec85,1658f172-ac8f-4bb7-908d-df5f188bce97 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca28bf70-bd5b-42ea-82a6-b84c15670514 +6a508faa-80a8-3246-9941-90d8cc8dec85,6df9a2a7-591e-4319-a4fe-85c6b199fe0b +6a508faa-80a8-3246-9941-90d8cc8dec85,93d4bac0-4054-4593-8a35-200b5d47f5d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4341d8c5-27ef-4b63-b18a-91cacc755016 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea62d8b2-5495-4933-86f3-6aae7a001889 +6a508faa-80a8-3246-9941-90d8cc8dec85,74eb546d-1846-498f-9272-0e87e150d108 +6a508faa-80a8-3246-9941-90d8cc8dec85,59244b6b-bf26-43a3-a72f-e29c8d740240 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fc40a08-9211-4db8-bcff-a1e0297bcc2d +6a508faa-80a8-3246-9941-90d8cc8dec85,03fa9fbe-49bf-47a7-90c2-d54d2e0d79ad +6a508faa-80a8-3246-9941-90d8cc8dec85,1cf93a22-3514-4c13-b141-388e649f34cb +6a508faa-80a8-3246-9941-90d8cc8dec85,023fca3f-529f-4988-b86f-7ca1b0f4222f +6a508faa-80a8-3246-9941-90d8cc8dec85,6b531e8d-43de-47a9-a420-49f0d777cba9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ae6fa26-2fd2-4762-abad-85daa634bcef +6a508faa-80a8-3246-9941-90d8cc8dec85,471b4da9-2eb7-48cc-ac39-ea926fd4d642 +6a508faa-80a8-3246-9941-90d8cc8dec85,14bcb1a3-bbf5-4191-98ee-fa7d3b348aca +6a508faa-80a8-3246-9941-90d8cc8dec85,2ac8306f-fc4f-4531-9bbf-ffe6a8e1b521 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d0b2c37-d808-4137-8b4b-3d408390f195 +6a508faa-80a8-3246-9941-90d8cc8dec85,eef1cfcb-6e4f-483c-abee-d5406955d43f +6a508faa-80a8-3246-9941-90d8cc8dec85,b53cac56-7b68-42bf-ab5e-2a0446266535 +6a508faa-80a8-3246-9941-90d8cc8dec85,613d31c9-c12b-4d96-ab3d-cc2b19a8ac58 +6a508faa-80a8-3246-9941-90d8cc8dec85,d46ca765-5a3a-48bd-af83-5efcaa54b337 +6a508faa-80a8-3246-9941-90d8cc8dec85,e523f16d-2629-49ec-aa04-7cf5997545f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,215958d3-870c-456c-a6aa-49cfeedf6a5b +6a508faa-80a8-3246-9941-90d8cc8dec85,170ef9cd-d5d8-457f-8500-76d88e0d06d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,81cc6c93-61b0-40c5-a4fa-5a44a1ca777e +6a508faa-80a8-3246-9941-90d8cc8dec85,8cbb3c50-9616-4743-994d-a17622b41636 +6a508faa-80a8-3246-9941-90d8cc8dec85,09c9ce71-4942-482d-ab92-9b95bd873312 +6a508faa-80a8-3246-9941-90d8cc8dec85,f57ab807-c286-47b5-ba3c-b4b1c3111b03 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d9f3377-1ab8-4a5f-b3a3-f6d307e76881 +6a508faa-80a8-3246-9941-90d8cc8dec85,8303a39f-7b25-4c7c-9739-6c4bee5cd64b +6a508faa-80a8-3246-9941-90d8cc8dec85,cbad9e19-ffa5-4f39-bef9-754b39428070 +6a508faa-80a8-3246-9941-90d8cc8dec85,0027ff3c-9095-4dff-96ab-9b8b0aecd9a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7237d883-404a-4e68-a571-9a4f819e276b +6a508faa-80a8-3246-9941-90d8cc8dec85,c6cf392d-c449-49c5-a20f-37b544e1c431 +6a508faa-80a8-3246-9941-90d8cc8dec85,32167717-b670-4cb1-8710-1ad6205e1c34 +6a508faa-80a8-3246-9941-90d8cc8dec85,e184893b-7eda-4fdf-bb44-2e1d9e87ef50 +6a508faa-80a8-3246-9941-90d8cc8dec85,45c6fb38-3b4b-49a1-8e33-36e44ff7da2d +6a508faa-80a8-3246-9941-90d8cc8dec85,c05d5a16-d56a-4bf1-9510-dea4b69ea978 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea8ff604-2421-4eef-9c9c-8fb6e976d27e +6a508faa-80a8-3246-9941-90d8cc8dec85,870d12af-aaaa-4056-a41c-57108c81700e +6a508faa-80a8-3246-9941-90d8cc8dec85,940e0cdb-bf8e-491c-a8cd-7e585c24a8d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,cdfa1503-22c3-4036-989c-5b35759a4feb +6a508faa-80a8-3246-9941-90d8cc8dec85,2e87b0b7-4660-4835-9572-80e2440e2262 +6a508faa-80a8-3246-9941-90d8cc8dec85,66f8b1ab-fe5c-4901-b525-bd455abc8da2 +6a508faa-80a8-3246-9941-90d8cc8dec85,41005b36-8162-49a8-b557-3764fcd11765 +6a508faa-80a8-3246-9941-90d8cc8dec85,e60574ed-91ee-425d-b61b-c5940e225255 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d1dbb29-f61b-45ba-b5e2-929565434418 +6a508faa-80a8-3246-9941-90d8cc8dec85,bfd39894-1a00-4108-9126-e9269054b58c +6a508faa-80a8-3246-9941-90d8cc8dec85,9b5c58e3-271c-444b-989b-537b21e50970 +6a508faa-80a8-3246-9941-90d8cc8dec85,06a8d870-ffcd-4672-a3ab-699ac1692ef9 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a065e2d-5a0a-4cb7-b378-93debe776255 +6a508faa-80a8-3246-9941-90d8cc8dec85,d71f8e26-7e3d-4b6a-85e5-bbd3a9efa81b +6a508faa-80a8-3246-9941-90d8cc8dec85,711e586f-e7a6-43a2-9ecf-33c6c63486e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9230a072-370d-48cd-9695-8e5c0a18a395 +6a508faa-80a8-3246-9941-90d8cc8dec85,519b95c7-29a5-4efc-be88-3974a4c2ddf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2cb3bccd-6bae-499a-98d2-2afa96169af7 +6a508faa-80a8-3246-9941-90d8cc8dec85,f18564cd-9f39-454c-ac96-f55b607eb584 +6a508faa-80a8-3246-9941-90d8cc8dec85,b018c052-3c9e-4b1f-bb91-1958f3c537ee +6a508faa-80a8-3246-9941-90d8cc8dec85,74ada9b6-87d4-4d4e-bd85-f268378ef58c +6a508faa-80a8-3246-9941-90d8cc8dec85,4313763c-47eb-436f-b2b8-a97a28e038ef +6a508faa-80a8-3246-9941-90d8cc8dec85,792aefbf-d253-4da2-9b87-e5d863e373e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4336b6b-a052-46a2-ac3b-003804035959 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9d0c6fa-96ec-48da-a9cb-5addb653a2e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e6b8e7f-125c-42e3-b0e2-3d276254bdaf +6a508faa-80a8-3246-9941-90d8cc8dec85,1fade186-2cf7-4392-b332-18fbb69df7db +6a508faa-80a8-3246-9941-90d8cc8dec85,e595599c-4089-4af2-b121-a180708bfda1 +6a508faa-80a8-3246-9941-90d8cc8dec85,135c7f41-6a3b-4528-b4a7-b1597e38d647 +6a508faa-80a8-3246-9941-90d8cc8dec85,962b5536-8c5d-410e-9742-92c23dbe3276 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe83887b-002d-4e11-a30e-de48edc680d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,faf62845-66f3-490e-9a54-5db1f2682da7 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf1abcd2-2824-4173-83e6-5b4da856ee8a +6a508faa-80a8-3246-9941-90d8cc8dec85,67175c82-30e9-4714-9d3a-49403c3a6751 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc2d3454-5b95-42d7-b9e0-8aa660b05551 +6a508faa-80a8-3246-9941-90d8cc8dec85,24aaaa81-4300-48bc-b509-ce1b4f5dd0e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,10c0fd46-2579-4699-86ac-61d44ef7cdc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,46917c58-8bd7-4fb8-b34b-edf1790a74d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1356cd41-14d0-4da3-aa87-7c29073362a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0c075e7-99ff-4043-bfd7-e2132d006ad8 +6a508faa-80a8-3246-9941-90d8cc8dec85,311411f6-49cf-4db6-80a0-b2f6e78fdd22 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0d2005f-7676-4c7b-b7b9-f75bd1cc618a +6a508faa-80a8-3246-9941-90d8cc8dec85,a62c0451-0aaf-4f9b-a5a0-7c0473c5603c +6a508faa-80a8-3246-9941-90d8cc8dec85,1a4dbcab-1045-43e9-82ff-ed780b65ef01 +6a508faa-80a8-3246-9941-90d8cc8dec85,6323b7c8-3ac6-4546-bf3b-76b25722ee86 +6a508faa-80a8-3246-9941-90d8cc8dec85,3844262b-523e-498f-b651-1cfe85792631 +6a508faa-80a8-3246-9941-90d8cc8dec85,caa358c1-1eec-44e6-8d56-6e4003083b70 +6a508faa-80a8-3246-9941-90d8cc8dec85,737c407b-33d4-4cc9-9575-5b0db6a52c69 +6a508faa-80a8-3246-9941-90d8cc8dec85,a238f9ff-36e3-423a-895e-933cdfa90df5 +6a508faa-80a8-3246-9941-90d8cc8dec85,80e27308-c631-437d-b120-8e6f87c761c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f090547-c5d2-4894-a8a0-cff672799ca0 +6a508faa-80a8-3246-9941-90d8cc8dec85,7402b06d-c1b7-4821-9469-6938281113c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3295725-8bb1-4ba3-b30c-13fc9d0fa476 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b4f6fe3-1181-4a7a-81ef-0d47313b2be4 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3253d43-09f7-407f-953e-04ec168155dd +6a508faa-80a8-3246-9941-90d8cc8dec85,b6a9606a-ca6b-4bb8-b280-689c3a1a72fc +6a508faa-80a8-3246-9941-90d8cc8dec85,ef4af0bf-a2fb-4d53-bb89-fdd4d7dbdba4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a32c3d2b-9aa3-4076-87cd-8e1003657252 +6a508faa-80a8-3246-9941-90d8cc8dec85,928c7b96-29d8-4942-b3e6-579fcd675960 +6a508faa-80a8-3246-9941-90d8cc8dec85,30f5ca93-6fc3-4d8f-97a9-b7b5fde1ec7f +6a508faa-80a8-3246-9941-90d8cc8dec85,297e08df-116d-481a-8bcd-9bbf07222ec3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f42953ea-188d-41b4-bb38-012bf8d97a98 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb27c8d5-da01-448b-ab44-07f23b644790 +6a508faa-80a8-3246-9941-90d8cc8dec85,537783d6-3a71-4622-9fa3-fc1c61546704 +6a508faa-80a8-3246-9941-90d8cc8dec85,73cbb5f7-b8c3-4dd1-965c-f8fa83126d6b +6a508faa-80a8-3246-9941-90d8cc8dec85,ca00801a-af64-4a05-8b4a-4d03c773c363 +6a508faa-80a8-3246-9941-90d8cc8dec85,f35ae62b-7f73-4fb7-89bf-99140c148e56 +6a508faa-80a8-3246-9941-90d8cc8dec85,73cdc941-5c2c-4895-9a8b-6d035246935c +6a508faa-80a8-3246-9941-90d8cc8dec85,6f0d256c-8195-4721-aa8b-eb3c2247e684 +6a508faa-80a8-3246-9941-90d8cc8dec85,4dd9002c-9d6f-4e62-a951-ad470602bf42 +6a508faa-80a8-3246-9941-90d8cc8dec85,6724300d-3b1c-4fae-a45b-80b5e63b8fb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,33c11627-4773-4a05-ad51-86c81cf49abf +6a508faa-80a8-3246-9941-90d8cc8dec85,015d67d4-1b93-445e-90f2-634fa45b8971 +6a508faa-80a8-3246-9941-90d8cc8dec85,786a850c-2903-4b4f-9a8f-82413690c442 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e772849-d9ca-4d97-90f6-2fff245ba15f +6a508faa-80a8-3246-9941-90d8cc8dec85,f835b429-cad3-4d63-a2e8-e5f1225845fd +6a508faa-80a8-3246-9941-90d8cc8dec85,900f5c6d-81f1-49a5-8900-55db5f900d48 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b56416b-9d2b-4bfb-845b-b2e6dc420c5a +6a508faa-80a8-3246-9941-90d8cc8dec85,4813a0bb-3c3f-49cd-a4ee-e72f521d694d +6a508faa-80a8-3246-9941-90d8cc8dec85,7ce51c0f-df77-49a6-9d5d-f1d59f1bed04 +6a508faa-80a8-3246-9941-90d8cc8dec85,e179baf2-236b-4f94-8b8d-2c6deb1e59a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a1061e6-9585-4e97-b886-b95a459caadf +6a508faa-80a8-3246-9941-90d8cc8dec85,ce680924-20f4-4638-9ae3-d0ecae454923 +6a508faa-80a8-3246-9941-90d8cc8dec85,a07baa9c-c648-4c92-929c-bc404e2ead84 +6a508faa-80a8-3246-9941-90d8cc8dec85,15441795-7c67-4eda-9bd2-5b1cbaf6fea9 +6a508faa-80a8-3246-9941-90d8cc8dec85,7c555ac6-687c-4cf2-9850-39c4e0cb68e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f2c28a8-476b-4b2c-bb73-05ebe8e2132b +6a508faa-80a8-3246-9941-90d8cc8dec85,6d38d5ed-0c2b-4fd3-bab6-57c40ef125f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,76732f7c-53ca-459b-84de-077a6c0d1cdc +6a508faa-80a8-3246-9941-90d8cc8dec85,742090af-3abb-409c-9334-c2150bc14035 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c55b397-0db9-46f5-8edb-94ab9948c8ba +6a508faa-80a8-3246-9941-90d8cc8dec85,925dcaef-634c-4f4e-8896-961c9e992fd4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e581eaba-d328-4fbf-b615-1a2d1df697a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fc201af-8b09-4151-a83a-1e783df48691 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b8dd828-5c22-4612-b79e-d88b8d9ea0a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2acd03f1-9b46-4de1-aa04-11af5701f17a +6a508faa-80a8-3246-9941-90d8cc8dec85,b4bddf03-b13a-4203-8785-8380bd4252d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,42344ec2-030e-4e93-a622-3764d50cee24 +6a508faa-80a8-3246-9941-90d8cc8dec85,1e239cc2-fbff-4fc1-b29c-64b06e8ba711 +6a508faa-80a8-3246-9941-90d8cc8dec85,414dd373-adfb-4845-ae03-c7929f85dfc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa5544fa-2207-4e5c-b819-214255edccba +6a508faa-80a8-3246-9941-90d8cc8dec85,b24abeda-ed68-4849-8f82-956ee93b20a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d0b9d4d1-c59c-401c-a72a-f4ff2f1221c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f79a41bc-b2ad-4528-999f-98e66cda53d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5e5193d-b838-4a33-ba42-a9592de13995 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b187e99-20f1-4dd2-94f1-3ea8e398ac80 +6a508faa-80a8-3246-9941-90d8cc8dec85,7ca7d631-4a95-4d7d-b41c-dad7f17e8821 +6a508faa-80a8-3246-9941-90d8cc8dec85,436286d1-f09e-4041-9c37-278f0d58c034 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d5bbfe1-307e-405b-9aba-22743176f6ac +6a508faa-80a8-3246-9941-90d8cc8dec85,9cd983b7-beb3-408d-91c3-335e30f4e807 +6a508faa-80a8-3246-9941-90d8cc8dec85,eed205b6-1db8-43da-a441-aaac92c31878 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a5d87ac-6b33-4ccf-a1b5-d904579c1cea +6a508faa-80a8-3246-9941-90d8cc8dec85,7e021c13-4f2f-4481-9ab1-265435c93406 +6a508faa-80a8-3246-9941-90d8cc8dec85,f46c99c7-11a4-4f21-b146-6b9fcb3b13b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d568074-8c0c-4e7e-a55d-1d588916becb +6a508faa-80a8-3246-9941-90d8cc8dec85,713b56c5-719e-4eee-ba7a-667b7a5d66b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b66f3ec3-ded9-4807-9302-624dfcf252cc +6a508faa-80a8-3246-9941-90d8cc8dec85,eef3ce74-b053-4de6-b818-b2440c2bffb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,421e5cf1-af6b-4f47-9808-270210778b83 +6a508faa-80a8-3246-9941-90d8cc8dec85,1276ab8e-dbdd-4447-8453-fc30b6bd4ab0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c968aeb0-7635-4d95-a51a-babbf157b22b +6a508faa-80a8-3246-9941-90d8cc8dec85,45f415cf-ebd3-47f2-bdb8-61c35203d739 +6a508faa-80a8-3246-9941-90d8cc8dec85,de839b5d-0a56-4cd3-bfd6-a0eb01edb6a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,aee1d9bb-1e7f-4940-b608-8aef86cf564c +6a508faa-80a8-3246-9941-90d8cc8dec85,3c163ee9-559a-438c-a2da-1cd4b9f3c5b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f5d0d82-0dc9-4761-8815-9196393b0d7f +6a508faa-80a8-3246-9941-90d8cc8dec85,61cf41b2-b586-419b-a58f-a7f7069db34a +6a508faa-80a8-3246-9941-90d8cc8dec85,96c8bbb9-1357-469f-8edb-27f4df8629ad +6a508faa-80a8-3246-9941-90d8cc8dec85,8d576108-3458-4e99-9bdf-d27929822221 +6a508faa-80a8-3246-9941-90d8cc8dec85,48eac9ed-eb68-4b35-aa36-0351df518192 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7e6aaab-6d5b-4086-8d8a-fcefc76f36e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4024ebe8-3731-41ef-8bae-35b751706f19 +6a508faa-80a8-3246-9941-90d8cc8dec85,05416579-54e5-4112-ae22-02e98c64a9f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d39ddb5-8744-4191-a934-c6055375d782 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9c5b80e-724c-43d7-ada5-6c4bd49798d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,083a0adb-bd0e-4a07-8956-49c96acfefba +6a508faa-80a8-3246-9941-90d8cc8dec85,1633ea33-b8d8-4c85-9d77-731d3b890980 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a73583c-6b9c-4d08-a979-d6fe03853954 +6a508faa-80a8-3246-9941-90d8cc8dec85,1cd6bd51-06dc-4323-bb66-aef6d6da4d43 +6a508faa-80a8-3246-9941-90d8cc8dec85,c3e85f03-af52-4c38-b589-12d4dcf4c753 +6a508faa-80a8-3246-9941-90d8cc8dec85,e27ada29-de71-4955-8597-c7f2c1df6cab +6a508faa-80a8-3246-9941-90d8cc8dec85,10bd3a7d-fda7-4763-8d93-82e368e1d555 +6a508faa-80a8-3246-9941-90d8cc8dec85,1241f347-5a0e-4869-b639-fa3e7f66987d +6a508faa-80a8-3246-9941-90d8cc8dec85,1aec9207-6f29-4bdf-a926-ed150ee4b25c +6a508faa-80a8-3246-9941-90d8cc8dec85,c6712729-5429-4821-8a8a-934cbf5c870f +6a508faa-80a8-3246-9941-90d8cc8dec85,2daca112-7172-4850-9d0c-10a02230bb17 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5f61132-70fe-44d9-9a56-a7d6fe030085 +6a508faa-80a8-3246-9941-90d8cc8dec85,91926306-58b6-4789-af06-5a40bae3816e +6a508faa-80a8-3246-9941-90d8cc8dec85,7fffa724-a1d5-4cf4-bb3d-607360d53436 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bb2ed86-1b3d-47cf-b204-1f9932fadc46 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cce0a37-e220-4950-abda-9ad84af6bb82 +6a508faa-80a8-3246-9941-90d8cc8dec85,54f6d356-2382-4aad-b149-a4e392c9ee8c +6a508faa-80a8-3246-9941-90d8cc8dec85,040851f6-1b28-46c1-a177-e2bb5c55987b +6a508faa-80a8-3246-9941-90d8cc8dec85,72ee827d-e01b-4607-97cf-63cade16b482 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d01e05c-1be2-489a-b24f-25ba62bbdcf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b43576a-8e98-48e5-85b8-dfc5111e69a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6fc1069-8a46-4b6b-97b2-e4e4cad47be6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cf9d6b5-9bd2-4c2d-b5d5-c3d69650381b +6a508faa-80a8-3246-9941-90d8cc8dec85,146e0710-4dfb-41da-ba72-cb30b7a43192 +6a508faa-80a8-3246-9941-90d8cc8dec85,53dae8aa-21d9-46f7-a999-4397c9a5481c +6a508faa-80a8-3246-9941-90d8cc8dec85,218c1648-b2a9-4db2-a9ae-067e3efb8e60 +6a508faa-80a8-3246-9941-90d8cc8dec85,3471ec5b-2131-480b-9a53-046280f156f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1bd2cf24-4858-4b3b-bb49-a68da2534711 +6a508faa-80a8-3246-9941-90d8cc8dec85,156b389c-0e21-406f-ad1c-fb452270c28c +6a508faa-80a8-3246-9941-90d8cc8dec85,e3c71bc5-7418-4bf1-af93-ebd5224d1ea7 +6a508faa-80a8-3246-9941-90d8cc8dec85,141e01f9-588d-4c6d-b8f1-3cf547c2125d +6a508faa-80a8-3246-9941-90d8cc8dec85,7515a61c-1d68-41c1-9626-9d6e3294292c +6a508faa-80a8-3246-9941-90d8cc8dec85,4b9a1846-03c8-469d-9444-85258b004dc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,0601348d-9b60-4bfc-9391-72bd0123dea1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c0820c8-d998-450c-a718-9dbe858e2907 +6a508faa-80a8-3246-9941-90d8cc8dec85,daf14b32-d873-48d4-adad-5dc6c9bccadb +6a508faa-80a8-3246-9941-90d8cc8dec85,fefd0c7e-b384-4176-b1e3-72024f86531b +6a508faa-80a8-3246-9941-90d8cc8dec85,ef808060-ed76-4946-a859-d795afdc90b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,55dafbc0-94be-45c7-ba2d-e98ba90f8e60 +6a508faa-80a8-3246-9941-90d8cc8dec85,a05d928f-1312-445a-9d28-1a30a53b0afa +6a508faa-80a8-3246-9941-90d8cc8dec85,3e992d4e-f1b2-4679-b188-3ee3486a008d +6a508faa-80a8-3246-9941-90d8cc8dec85,9bdd716b-722d-4c96-8549-797f87b34a0c +6a508faa-80a8-3246-9941-90d8cc8dec85,73a2da57-97d2-432b-afda-2aad58c44f6f +6a508faa-80a8-3246-9941-90d8cc8dec85,9f62096c-59f4-4775-ab0d-1ede5848082a +6a508faa-80a8-3246-9941-90d8cc8dec85,a141c511-4ac4-4bf6-b927-8f9dd29b9eea +6a508faa-80a8-3246-9941-90d8cc8dec85,0e2a2314-1cd5-47b8-8b9c-77818f83c053 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5dd1731-70a8-4a74-a316-cd5c4f767af0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d40037ec-6e3d-4ae5-8241-c114a1c64970 +6a508faa-80a8-3246-9941-90d8cc8dec85,f017c3a4-1331-4131-8cd4-cea7af053bb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,58cb44bf-5f96-44ec-8ba1-3ef16cb1181f +6a508faa-80a8-3246-9941-90d8cc8dec85,4538b298-f170-4e16-b47a-43dd34050bcf +6a508faa-80a8-3246-9941-90d8cc8dec85,cb4e5037-8667-4563-96af-ba8033695e83 +6a508faa-80a8-3246-9941-90d8cc8dec85,6919d3c5-1021-4026-82ee-e7b2c6b392b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6bebaa8-f899-4204-a8ea-2a6d6865b0d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b228e69-f594-4f66-b6d2-dd884cfbe991 +6a508faa-80a8-3246-9941-90d8cc8dec85,955c04f8-4a78-480a-a5e2-9fa13a99a501 +6a508faa-80a8-3246-9941-90d8cc8dec85,78cded8e-4658-4afc-ad7c-186cd69a0a21 +6a508faa-80a8-3246-9941-90d8cc8dec85,b42ccf2a-a32d-4125-98e1-f55f80dabb1c +6a508faa-80a8-3246-9941-90d8cc8dec85,0c0a270c-955c-4116-ae0f-bb9fa032e41d +6a508faa-80a8-3246-9941-90d8cc8dec85,55e1ec08-4fc8-4dd1-bea3-39ccc40593ac +6a508faa-80a8-3246-9941-90d8cc8dec85,2cab1964-9fc1-4cbf-b409-dcc186d9d3a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef92c4cd-d393-4c4d-ab1e-33893413a314 +6a508faa-80a8-3246-9941-90d8cc8dec85,863041c7-9a5e-4d9c-8c93-cc9ec3c3db34 +6a508faa-80a8-3246-9941-90d8cc8dec85,b345fcd0-36dd-4188-a2c1-d76b2e52f9a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,691952cd-c249-4659-b218-5d90c19540f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4b96381-7848-4867-8ab5-7a833cb3dc87 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ecae570-8315-4eed-b51b-23a4bc75938f +6a508faa-80a8-3246-9941-90d8cc8dec85,e2f62211-5e77-4090-9e29-176865b7900d +6a508faa-80a8-3246-9941-90d8cc8dec85,db6021c1-f4fc-476b-9d96-1fd45cf22d57 +6a508faa-80a8-3246-9941-90d8cc8dec85,1834525d-823d-465c-968a-ae0e9d5146a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e63cf1a1-678d-41e9-84f1-a085394bd574 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a4ab742-a01f-4b6f-acf9-f3877b8effdd +6a508faa-80a8-3246-9941-90d8cc8dec85,056cb2f6-d47c-43ed-b9cf-cfc424bc0790 +6a508faa-80a8-3246-9941-90d8cc8dec85,83af8199-d186-4374-9039-3b242b90e80a +6a508faa-80a8-3246-9941-90d8cc8dec85,30cccf03-8d31-4120-ad19-558938070779 +6a508faa-80a8-3246-9941-90d8cc8dec85,55ff26d3-6393-4b2e-9787-ff2806b01784 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff05b18f-197f-4ba3-811d-1a3436122bb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,af890e7d-fada-46b3-80d3-d588ce097132 +6a508faa-80a8-3246-9941-90d8cc8dec85,87f27066-32c5-42de-be65-a5c5d61663bc +6a508faa-80a8-3246-9941-90d8cc8dec85,2b359ef5-b1b8-4b3f-878c-42e908fd98af +6a508faa-80a8-3246-9941-90d8cc8dec85,22ee058b-1a55-4e49-b9df-7a2c2a44ce9b +6a508faa-80a8-3246-9941-90d8cc8dec85,17f60ff4-c0dd-4d2b-99d2-dbdcb75cd180 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ad6d5d7-9eb2-46f7-8d8a-dc7195868a8f +6a508faa-80a8-3246-9941-90d8cc8dec85,cc60c23c-72c2-40b0-b5de-a1bca9348ba3 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb9d4ea9-c099-42b3-a3a0-cd53d71f1d62 +6a508faa-80a8-3246-9941-90d8cc8dec85,20be3fcd-29a2-4725-865f-be897b863c5c +6a508faa-80a8-3246-9941-90d8cc8dec85,ebbe0b2b-e504-42f1-81b7-b3741788b67b +6a508faa-80a8-3246-9941-90d8cc8dec85,8da1c10e-f124-4889-aefc-710451d8b7c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e1b6381-39b7-436d-8e29-b75ec84e822d +6a508faa-80a8-3246-9941-90d8cc8dec85,91f89576-19e8-4f04-a623-bd45fc53d726 +6a508faa-80a8-3246-9941-90d8cc8dec85,44f93ac8-a136-4524-90f6-248c5b4dffc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b03257c-4ba9-44c2-8681-ef773aff2ed6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0952ab5d-8a76-47b8-817c-5f3bcd8d1b49 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbd790c1-ffb4-4a64-950e-30405d563656 +6a508faa-80a8-3246-9941-90d8cc8dec85,d307a1cf-e45a-4a9d-aab1-ecb96c51f12f +6a508faa-80a8-3246-9941-90d8cc8dec85,66c2b138-0ac1-49a5-89e8-de200e3b4ca6 +6a508faa-80a8-3246-9941-90d8cc8dec85,77992b27-e0fb-4bfd-8ba4-d85c10a1fa7e +6a508faa-80a8-3246-9941-90d8cc8dec85,1f502111-dbda-44e0-9d64-05e072746911 +6a508faa-80a8-3246-9941-90d8cc8dec85,14a89211-8093-41e7-85b9-7e224df8e6ab +6a508faa-80a8-3246-9941-90d8cc8dec85,180fcdda-4c6e-413b-a0aa-b85db9127d15 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed4a0c20-eac2-4d56-8336-3771d2ebf366 +6a508faa-80a8-3246-9941-90d8cc8dec85,d45be779-14ec-402c-8237-eea4e3921ff7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c538c5ba-df7a-4671-b850-cee221b4a73f +6a508faa-80a8-3246-9941-90d8cc8dec85,cf2a2c0c-1409-46d2-9e66-12cc9c4dd9e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c9549a66-42e5-4394-b03b-13e4efd36a8a +6a508faa-80a8-3246-9941-90d8cc8dec85,42798ec7-758c-4aa0-b25d-ac02e5004f6f +6a508faa-80a8-3246-9941-90d8cc8dec85,0135a383-670a-482f-8d06-cf373e289532 +6a508faa-80a8-3246-9941-90d8cc8dec85,e000c83b-e769-4c34-b3b5-6315668b7a73 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cd85606-8617-49b9-b25b-2f099476f6c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f2bec6e-1290-4c57-9444-e9cbd610f0eb +6a508faa-80a8-3246-9941-90d8cc8dec85,6ac27a22-757a-4c03-8e85-79537be3848a +6a508faa-80a8-3246-9941-90d8cc8dec85,400cf654-3058-4476-901c-c80986027f72 +6a508faa-80a8-3246-9941-90d8cc8dec85,91f46690-9b4c-4c40-a56c-80083f82122c +6a508faa-80a8-3246-9941-90d8cc8dec85,cfa4407c-ddde-4cee-9ceb-94aa16d90818 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7f20144-2418-4fc8-86fd-9d582239c452 +6a508faa-80a8-3246-9941-90d8cc8dec85,1856af2c-3b9c-494c-8a99-5aea2d7980f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,67cb9465-becd-42e2-b4cd-828812759ba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0f6925e-acc4-4969-93df-c1de4e64ee63 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7dfd9e3-11c3-45be-a02d-56c306bc0697 +6a508faa-80a8-3246-9941-90d8cc8dec85,437dc336-5d54-4f72-bfc3-5cad2b9adc97 +6a508faa-80a8-3246-9941-90d8cc8dec85,d779f9ed-4844-4ec9-8be4-b39bbea9ffb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a81ab8d2-efef-42ce-83c7-c8147b807c1d +6a508faa-80a8-3246-9941-90d8cc8dec85,676f910f-7aab-4068-ba80-ed9c0232ff2c +6a508faa-80a8-3246-9941-90d8cc8dec85,0a61b6ca-75c3-420d-b318-b3da132929f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,35b46279-b17a-4916-9dcc-1936f0f33697 +6a508faa-80a8-3246-9941-90d8cc8dec85,26f43bfa-6c0c-4271-8372-389fbda8d936 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b8e5333-4262-466e-af24-6e6d475a87f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,afc526b7-d54e-48b8-a1e9-c39c43646bc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea995521-a84b-4086-a22c-f1196b8d8fd2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4101597a-ce0e-43b5-8cf8-5aee57f927ed +6a508faa-80a8-3246-9941-90d8cc8dec85,09437005-b95c-486c-a56d-519e1f8e3f97 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a656177-9867-4aa8-a94f-4a2cfc24d518 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddf1d0f1-a6ad-465a-aa4d-c7d127ea9e8e +6a508faa-80a8-3246-9941-90d8cc8dec85,08118d0a-f2e0-47ff-9a28-d05345ee7a3d +6a508faa-80a8-3246-9941-90d8cc8dec85,414e29ad-95a2-4799-bb8d-1e0b8291bf7f +6a508faa-80a8-3246-9941-90d8cc8dec85,ff8111e1-b6e1-47f2-87e4-84685a921f3f +6a508faa-80a8-3246-9941-90d8cc8dec85,df046c7a-6bc5-4e05-93df-82a247024ff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0300db43-f9c2-4ba5-901f-0f4335e75b24 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4f5e9d5-9307-442c-a410-186136234bc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4b08fc4-0f91-4a74-a02d-e317ab868572 +6a508faa-80a8-3246-9941-90d8cc8dec85,3253fe8e-8132-4768-8608-68dade442cc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,331b83e7-ebe4-490b-b587-fbf884a0c02d +6a508faa-80a8-3246-9941-90d8cc8dec85,956279ad-c730-48f7-a3a8-daa4e62f6dca +6a508faa-80a8-3246-9941-90d8cc8dec85,dcdda7f5-2aef-4508-bee4-aaaa43bbb9f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9aeac6a8-54b1-4e8b-a5cc-a71c00569d11 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8cdee90-be36-4335-a805-c9bd5d137c68 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a022ba6-b0d6-4a1e-9740-ea67316d2d9f +6a508faa-80a8-3246-9941-90d8cc8dec85,a028c30c-ccac-447d-a603-3e1478aef4d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,58d61a7f-7e82-4690-ba65-545d87bbb0d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5a08286b-457c-4c38-9f9c-2f8cfe528337 +6a508faa-80a8-3246-9941-90d8cc8dec85,07b5f182-8475-4f02-8bc6-e306f3aa6807 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f17c946-0587-440f-8bd6-addf107011c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,a31e7eac-9855-4e64-9c23-3accc8ba88da +6a508faa-80a8-3246-9941-90d8cc8dec85,31abed89-fe39-431b-94d1-0c22772fab8e +6a508faa-80a8-3246-9941-90d8cc8dec85,17255ae4-ab05-48f0-a1ff-9700c853bbc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,20d5c1a0-f837-45c9-8d96-0c044e33afd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7673534-fb22-4172-a370-415ee9311fbc +6a508faa-80a8-3246-9941-90d8cc8dec85,66e03a78-741b-4522-9465-922f9e826775 +6a508faa-80a8-3246-9941-90d8cc8dec85,df66b9b1-1857-4c63-875b-56f6b716f0f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8cd16930-dbf0-463a-8311-3d21591a8767 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa0c35da-98e0-4242-b221-cdaed3d5ebfb +6a508faa-80a8-3246-9941-90d8cc8dec85,45cc2ce3-dc2b-46eb-bfc7-13f8d325d5a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,260ab9e8-76fe-4d06-be22-d187225d2101 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa6789b3-02d7-4819-93d7-2aed4881bcc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0594aec-2963-4d3d-a07f-65f251937d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a4cc6f1-d35a-42b5-9a61-58f11858c9b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b716e6c-dacb-406a-8137-aef1e1aa8781 +6a508faa-80a8-3246-9941-90d8cc8dec85,0233295c-9575-4d61-af51-f233fe565506 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d2d750f-7615-40e3-8515-85be4227bc07 +6a508faa-80a8-3246-9941-90d8cc8dec85,52204d5a-adc5-4131-b019-b1dcf3d53ff8 +6a508faa-80a8-3246-9941-90d8cc8dec85,442a31c0-0218-4b6f-a350-53cde9edf467 +6a508faa-80a8-3246-9941-90d8cc8dec85,626a7baf-d71e-48fd-8493-164f106e0422 +6a508faa-80a8-3246-9941-90d8cc8dec85,473410c0-3ccd-4dff-937b-6e5a11338418 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a011670-577d-487b-9886-c6fca22ab68b +6a508faa-80a8-3246-9941-90d8cc8dec85,aa5ddb83-6bcd-4b3a-816b-1d42dab47cd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d717357-81ff-49ac-93c0-aa8f14074a54 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb1a67fd-3130-4bf8-a772-1c9aefd2f275 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2cb1948-18ef-462a-8036-49e1938d8d05 +6a508faa-80a8-3246-9941-90d8cc8dec85,52bed9f2-87a9-4472-a288-68bb65770629 +6a508faa-80a8-3246-9941-90d8cc8dec85,e5fc943d-bb80-47f1-82df-1e277e38ff64 +6a508faa-80a8-3246-9941-90d8cc8dec85,465bae52-6133-4730-b63d-f5f2be7dbd72 +6a508faa-80a8-3246-9941-90d8cc8dec85,103e8dbd-a220-4049-8322-290cc58c1c6c +6a508faa-80a8-3246-9941-90d8cc8dec85,2bc06a5d-98ad-450f-8c7a-76c6c2aeb413 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5622f48-e77e-45ae-bcfa-41571c686618 +6a508faa-80a8-3246-9941-90d8cc8dec85,5531d32e-fe14-48e9-b407-28d96e1fa8e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d2ea487-d860-404c-8e02-bfaf5bded674 +6a508faa-80a8-3246-9941-90d8cc8dec85,3eec654b-6f64-4855-8fa4-7231e13f3df2 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa207752-56ff-4e06-8a3b-0e710c2acb35 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1768154-3a1a-4038-88d2-f47222d7d899 +6a508faa-80a8-3246-9941-90d8cc8dec85,b53d8e72-8f77-4adf-820e-f8e0c416a662 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a40d411-83fa-4bdc-a574-832f8c8893c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb2af2e5-6cc2-48c0-8f9e-633b4d62b9a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,da089190-9f40-4538-a7db-c5fe3bcb30de +6a508faa-80a8-3246-9941-90d8cc8dec85,d6074c44-57d6-438e-9b92-87ddb2a914fe +6a508faa-80a8-3246-9941-90d8cc8dec85,a49446f6-48b5-463c-939a-840e5431a5c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,33c17aa1-2152-4cb9-a9fc-7214125d9a86 +6a508faa-80a8-3246-9941-90d8cc8dec85,be3ff926-c45b-4fc3-aee7-5a6368c9f82e +6a508faa-80a8-3246-9941-90d8cc8dec85,4195884f-c990-4eb0-9cbe-580c9a3027cb +6a508faa-80a8-3246-9941-90d8cc8dec85,5a0541dc-4b17-437b-8147-704575be879b +6a508faa-80a8-3246-9941-90d8cc8dec85,16cabdcb-29fb-4998-ad55-87a328acba62 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b4b2acf-93c0-479b-9579-cac7017dfdef +6a508faa-80a8-3246-9941-90d8cc8dec85,2fbce85c-fa95-4e31-ba7d-59777d53ea08 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8064305-73f5-4bb4-870f-bbd47d12d274 +6a508faa-80a8-3246-9941-90d8cc8dec85,e02846c9-01a4-4470-ad80-1d7ec069666f +6a508faa-80a8-3246-9941-90d8cc8dec85,2b20a3e7-4e26-4a56-a229-6862c6b0f938 +6a508faa-80a8-3246-9941-90d8cc8dec85,46becaa2-9f9d-46e2-8946-27ecd5abfde2 +6a508faa-80a8-3246-9941-90d8cc8dec85,611ad1c7-765e-425c-9e1b-de0db85b09dc +6a508faa-80a8-3246-9941-90d8cc8dec85,66436d4c-f7bb-45f3-9daa-1f88c16b6ef8 +6a508faa-80a8-3246-9941-90d8cc8dec85,39cb7021-d65e-425c-80fe-96c6640185ee +6a508faa-80a8-3246-9941-90d8cc8dec85,0f894130-22b2-4a84-93cc-275a10831c0f +6a508faa-80a8-3246-9941-90d8cc8dec85,52cbd43c-b327-4c73-a32c-70d63a9ab7e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e60a0e95-4b7d-41ac-b199-fb546a1d279d +6a508faa-80a8-3246-9941-90d8cc8dec85,1fbe270a-5e39-4fcc-a579-77af407c7227 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d3d25d2-5ece-4747-9fcf-c53e4769f82b +6a508faa-80a8-3246-9941-90d8cc8dec85,4b1d17e1-eb2c-4a8c-a9a5-502dcdc77949 +6a508faa-80a8-3246-9941-90d8cc8dec85,105b497d-92a8-4a7a-925e-1c79b283d1b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,78edc774-974d-4770-82e4-f151d74d9817 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdd88fbc-216f-40d6-872c-44ec38f25774 +6a508faa-80a8-3246-9941-90d8cc8dec85,7fd0633a-690b-427e-9e41-ae7d19408104 +6a508faa-80a8-3246-9941-90d8cc8dec85,61370a23-f880-460a-9248-92bd39146367 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae12e3c7-3606-4b67-9a04-a8c1d68e4eb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,30abec0b-5574-4330-9d6a-d645ace12e0b +6a508faa-80a8-3246-9941-90d8cc8dec85,8344d6c3-6be1-437b-ab45-66ef5516e4dd +6a508faa-80a8-3246-9941-90d8cc8dec85,ba62b4b7-612e-4de4-8961-66460cc4d035 +6a508faa-80a8-3246-9941-90d8cc8dec85,fcaa5e5e-5e97-41b9-af34-e3dbe7ab2d5c +6a508faa-80a8-3246-9941-90d8cc8dec85,8c8b843c-fc2b-4f66-ae4f-515c76c3959d +6a508faa-80a8-3246-9941-90d8cc8dec85,6edfe8b4-8ada-43ba-a7de-e27b61facc71 +6a508faa-80a8-3246-9941-90d8cc8dec85,afc8f41d-4d9b-4744-aa8f-48fe0b32a1c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd2532a3-344a-4bf8-ba5c-5c54f3364bf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad38b8ba-6507-4475-973c-2c804fb27b34 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cec6e5a-fbc4-4ed0-92c4-a1235aee8588 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd448b96-ea13-4b46-9143-41b57fad0a9e +6a508faa-80a8-3246-9941-90d8cc8dec85,b065bd89-710f-43a6-9260-8bfcdf181840 +6a508faa-80a8-3246-9941-90d8cc8dec85,d49d4ed4-61bb-4a5a-ab71-a563329eb63f +6a508faa-80a8-3246-9941-90d8cc8dec85,99800515-a0d6-4982-a269-4b35cc2b8ac8 +6a508faa-80a8-3246-9941-90d8cc8dec85,95fd7259-4508-4a03-89d6-254c5f1e36db +6a508faa-80a8-3246-9941-90d8cc8dec85,992b2a05-4605-465b-9732-b8fa18f48640 +6a508faa-80a8-3246-9941-90d8cc8dec85,38940d5d-e2a5-4760-a662-7d6a56c90652 +6a508faa-80a8-3246-9941-90d8cc8dec85,defa4f38-4a32-4d46-ba1a-bf633a012c0d +6a508faa-80a8-3246-9941-90d8cc8dec85,11d32d2d-1b56-42a3-a476-dc3911572728 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf719ca5-b8f5-4d8a-8f0f-3bb8047e616b +6a508faa-80a8-3246-9941-90d8cc8dec85,eb16e7ca-c809-4258-944e-7d99aec7ac66 +6a508faa-80a8-3246-9941-90d8cc8dec85,63c62196-13d7-4792-9afc-793398f2d296 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a776a74-ea4d-48d0-ae41-673545a4712c +6a508faa-80a8-3246-9941-90d8cc8dec85,91000cf5-76e6-41a0-9a31-e6fc87ad2f37 +6a508faa-80a8-3246-9941-90d8cc8dec85,018e278c-1e35-4f49-9cb1-10ad2a4a3ff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,816738c8-cea9-4da5-be7e-806953463de3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc71d43e-28eb-4d2c-b736-adfbf1f4a9ed +6a508faa-80a8-3246-9941-90d8cc8dec85,acb86543-cda6-42cb-8258-38b46d331d22 +6a508faa-80a8-3246-9941-90d8cc8dec85,3678395e-54d9-4977-92ba-5cc23a135d84 +6a508faa-80a8-3246-9941-90d8cc8dec85,19298c53-dd65-459b-b2a4-b69eae7889a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5e59c8a-21f8-46a0-966d-3c095118de03 +6a508faa-80a8-3246-9941-90d8cc8dec85,abda932c-5c2d-4a7a-8978-b2db76aee893 +6a508faa-80a8-3246-9941-90d8cc8dec85,344ef6b7-8f29-4208-95f4-126ad2eebd34 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b2c089e-5022-4e36-b339-f83bbeee5377 +6a508faa-80a8-3246-9941-90d8cc8dec85,385c28b0-450b-42fa-8437-34eaeb78fa78 +6a508faa-80a8-3246-9941-90d8cc8dec85,64ff468f-ea34-4084-b863-df8dcaec05da +6a508faa-80a8-3246-9941-90d8cc8dec85,75783e62-0e87-434b-aceb-8f1a21c030bd +6a508faa-80a8-3246-9941-90d8cc8dec85,18edddbf-f3b2-4d6c-9e4e-9b59b2183695 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6c25fb3-d268-4bfd-ab6a-ed32f9a1cb95 +6a508faa-80a8-3246-9941-90d8cc8dec85,17ee0af1-6263-4bcb-8eff-5f70696fe330 +6a508faa-80a8-3246-9941-90d8cc8dec85,5aa1bf7c-aebd-4ca5-9fb0-8d12cc9d438c +6a508faa-80a8-3246-9941-90d8cc8dec85,efaaf988-0ce2-4d1b-8fa9-135983a593a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,491aa582-b4e9-452f-aa9b-161aaeef09cc +6a508faa-80a8-3246-9941-90d8cc8dec85,4af7406d-36ac-4aa6-9d90-fb2e71fd1ddb +6a508faa-80a8-3246-9941-90d8cc8dec85,7294d533-5bdd-4676-a4ff-73042705189c +6a508faa-80a8-3246-9941-90d8cc8dec85,f67d9727-6004-4e1a-b38a-33241ee085e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b675025-9d37-4461-aa19-660cc6c6eb62 +6a508faa-80a8-3246-9941-90d8cc8dec85,51f44c5b-ca5e-48ff-968d-9759c7ce3be1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e721d03-1151-483b-9f50-961acd90e05d +6a508faa-80a8-3246-9941-90d8cc8dec85,01be324b-78e5-41b1-b914-391f70f22142 +6a508faa-80a8-3246-9941-90d8cc8dec85,88d75c3a-0017-48b6-90b2-277e6c650132 +6a508faa-80a8-3246-9941-90d8cc8dec85,39a67499-4279-4efe-8347-19a04d7ea8ac +6a508faa-80a8-3246-9941-90d8cc8dec85,5da801be-06f3-484b-b98c-6ca5eba341d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ebe0eca-9a80-4560-9c4f-8ef9d610efc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,4fbb6748-5ae1-4e8b-a76d-097dc6254c8a +6a508faa-80a8-3246-9941-90d8cc8dec85,ae737cb1-f772-4022-a12b-e745764d46c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,007212ff-1a15-47e5-8bf1-e0890d7c602d +6a508faa-80a8-3246-9941-90d8cc8dec85,cc1bcd4b-7114-4847-a5eb-30f65f17e244 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6577304-688f-47d1-9b08-b0f60079bbe7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae4a510a-2430-44e0-a4bc-5b6d250bb677 +6a508faa-80a8-3246-9941-90d8cc8dec85,429ffa5d-fc89-46b5-a850-c17883c0214e +6a508faa-80a8-3246-9941-90d8cc8dec85,e95697d6-d5e2-428e-91cf-1ae40663ddcc +6a508faa-80a8-3246-9941-90d8cc8dec85,a557f9c1-c576-457d-83bf-c7d6f4feaf89 +6a508faa-80a8-3246-9941-90d8cc8dec85,069ecb57-cb60-4e7d-b6ae-3c8a1dd76d61 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e65b332-536c-4465-8898-b957df99f084 +6a508faa-80a8-3246-9941-90d8cc8dec85,3adacccd-a914-45db-a7d5-db1cffb9b383 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea62ec1e-8db7-4a7b-a569-3b63eaa62ac4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b3c6d6a-5432-4604-b9d4-4146c81fe9c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f507c9bd-6a99-4878-9b83-882fdc68e752 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d1337c2-2b5a-4513-a7de-86fb7018de84 +6a508faa-80a8-3246-9941-90d8cc8dec85,1096d36c-ab52-4ee1-bbfc-caedde08bfec +6a508faa-80a8-3246-9941-90d8cc8dec85,8a823cb3-a39e-4b95-a5e7-fd42bb8cd7b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,91408490-c56e-455c-aed6-6e8c8f218f15 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b9bfe2b-fd73-4d19-b5a7-8b9604ecd972 +6a508faa-80a8-3246-9941-90d8cc8dec85,79f491a5-2d2d-4ff0-b8c4-a93369acde49 +6a508faa-80a8-3246-9941-90d8cc8dec85,0498a5d9-ff91-4e79-bf4e-f93747fb693f +6a508faa-80a8-3246-9941-90d8cc8dec85,becfe74d-7746-4d78-b64b-ab5c5d50d023 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae579b7d-7e10-41b1-89cf-12743eeb1797 +6a508faa-80a8-3246-9941-90d8cc8dec85,f72c520c-40f0-41ba-a84e-e26dd0f255f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d202c4b-3561-4471-87e1-b2e19f43f0cb +6a508faa-80a8-3246-9941-90d8cc8dec85,d5cde1f1-04a1-4c45-ae7b-a5db98a1bfcf +6a508faa-80a8-3246-9941-90d8cc8dec85,16589050-11db-4bc3-86b6-3abc044e0489 +6a508faa-80a8-3246-9941-90d8cc8dec85,a94bcfd4-949f-4cfc-938a-84c605559d20 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bd87609-a9d8-4ff1-829b-026102b0c9b1 +6a508faa-80a8-3246-9941-90d8cc8dec85,487f7229-6d09-4752-a7d4-9a6de2c42466 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b3cce98-9b54-46ab-bd0b-bc85fa1bb698 +6a508faa-80a8-3246-9941-90d8cc8dec85,60dab209-e572-48c4-a377-0928c0ad9509 +6a508faa-80a8-3246-9941-90d8cc8dec85,f61ff794-843d-4640-994b-bdbd0dcfed03 +6a508faa-80a8-3246-9941-90d8cc8dec85,27cfe4df-17d7-441e-80a1-eb1ad65f5c19 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd40a0f2-cadf-4fc5-a328-5919ec636339 +6a508faa-80a8-3246-9941-90d8cc8dec85,d143cf47-cd59-4089-8c92-bdf839609d5d +6a508faa-80a8-3246-9941-90d8cc8dec85,0f18018d-6244-4900-8c6c-6bfe347ab1f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,326ac386-b7b7-43bd-b93d-541dfba3bc2f +6a508faa-80a8-3246-9941-90d8cc8dec85,c6b2de26-c569-4d52-9a43-2ec1dd49bdab +6a508faa-80a8-3246-9941-90d8cc8dec85,37305636-9b9e-4961-981b-2e659c72992d +6a508faa-80a8-3246-9941-90d8cc8dec85,4d4ab780-dcda-4ad9-a3db-d46580034efb +6a508faa-80a8-3246-9941-90d8cc8dec85,0f53577d-21a1-48e3-b0d6-37d65e193844 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e39bb3b-0e4c-4af2-bdc1-312ff44ac12b +6a508faa-80a8-3246-9941-90d8cc8dec85,0b6e14ce-94ee-4105-a69d-a79b95c4b6ce +6a508faa-80a8-3246-9941-90d8cc8dec85,88c30c04-c65a-49af-9ce9-fddd6917c14f +6a508faa-80a8-3246-9941-90d8cc8dec85,df8df4c2-f9a3-4809-8bd9-de0a263d87f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f3dbc16-3b00-490e-b32c-2b265ff3bf99 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba060395-84da-4b66-bd99-b8635d798dab +6a508faa-80a8-3246-9941-90d8cc8dec85,8a3dc85b-f37d-4548-b0c1-2d665edf8d80 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc591e21-d182-442f-849e-2e6f30df04a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae513ab6-9108-4b71-94c0-89a294610853 +6a508faa-80a8-3246-9941-90d8cc8dec85,6a51d595-de06-497f-9223-54544a1a2be0 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9d1e2c7-31c3-46f0-8e78-034bf83b6c57 +6a508faa-80a8-3246-9941-90d8cc8dec85,9afe45f9-9990-44ec-a373-dc276f996fb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,629c100e-d924-485e-a5a2-6d7207bfb9a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4566896-26db-4f5f-b2b9-cf47554f3b0f +6a508faa-80a8-3246-9941-90d8cc8dec85,4fd8e5d2-6165-4feb-8cd3-8094bc82b1ec +6a508faa-80a8-3246-9941-90d8cc8dec85,81409198-9b77-4ec4-b481-8c96a093a2dd +6a508faa-80a8-3246-9941-90d8cc8dec85,1bd46ec8-5482-442d-8e5a-117357263eb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,afd19572-4c8f-4b4f-83e2-d432bead4026 +6a508faa-80a8-3246-9941-90d8cc8dec85,289ec255-4e7e-46a5-9836-8c087b397184 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e9c990c-5083-46e1-8285-dc2436960205 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc984e3a-b6d1-4b11-9bfe-cffabbc98372 +6a508faa-80a8-3246-9941-90d8cc8dec85,da9fd12b-1669-4111-8274-785a5fa7eb43 +6a508faa-80a8-3246-9941-90d8cc8dec85,9977f981-11bf-4f4a-9e75-610b3b97c279 +6a508faa-80a8-3246-9941-90d8cc8dec85,1dab0f96-e79a-45f0-9bda-1930b1545aa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab43ef62-09aa-42f0-88cf-024b9df135a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,81eb0448-edac-497d-b3f5-82ff28b0ae33 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd7a03a0-b861-425a-945d-bede9d6e8a88 +6a508faa-80a8-3246-9941-90d8cc8dec85,082d9371-9500-4772-b773-7ad52a31014e +6a508faa-80a8-3246-9941-90d8cc8dec85,e8e9450e-d53d-46b3-90a6-93e6bb5fc1a1 +6a508faa-80a8-3246-9941-90d8cc8dec85,996e3823-23f0-48e4-bf8f-95de9a2349a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b48a3e2-51f6-443d-a5c2-bc3184a31b3e +6a508faa-80a8-3246-9941-90d8cc8dec85,89b7b29b-f9a5-4891-8cb9-ffa17b05336f +6a508faa-80a8-3246-9941-90d8cc8dec85,a163ce10-9beb-405a-8ea7-8cafc81cea03 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a62effd-7277-4738-82dc-948db28c73e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c25fbe2-e473-45d0-909f-0ab6f15b7f39 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b18a9cb-dbaf-43c8-8e6e-196cc7d3b041 +6a508faa-80a8-3246-9941-90d8cc8dec85,901a8106-9157-470c-8097-589a81e2eef5 +6a508faa-80a8-3246-9941-90d8cc8dec85,96dd03e3-0f1b-461b-8c34-5d4b8bad145e +6a508faa-80a8-3246-9941-90d8cc8dec85,bec0824c-7f1c-454e-a278-e06d78ec6dc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d097d74-d1aa-4e70-a181-b14aa4ff79d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c7798fd-8a57-4f95-8163-bed12f0b7d4c +6a508faa-80a8-3246-9941-90d8cc8dec85,250ad47d-1da9-4844-bdba-33de373b3050 +6a508faa-80a8-3246-9941-90d8cc8dec85,eae737e0-92a0-4c79-b2d4-11089f29d2d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d919c9f4-0d2c-4f72-a188-f16e9c0a8f12 +6a508faa-80a8-3246-9941-90d8cc8dec85,77d3c772-25f7-4882-a9fc-814aba9cd473 +6a508faa-80a8-3246-9941-90d8cc8dec85,eaf66868-69b0-4955-be2e-e6bb4a24bdbf +6a508faa-80a8-3246-9941-90d8cc8dec85,45555af2-856e-45c4-960a-9276f31bb746 +6a508faa-80a8-3246-9941-90d8cc8dec85,aaa86fc4-c320-4a7b-8cf4-6566e81a2534 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cb45448-d963-4ab3-be3f-7ff02c30e170 +6a508faa-80a8-3246-9941-90d8cc8dec85,eddd4027-7e07-4321-8205-b88a2598c7ac +6a508faa-80a8-3246-9941-90d8cc8dec85,a4d83d61-0b35-40e8-9fb8-85d9cb103f20 +6a508faa-80a8-3246-9941-90d8cc8dec85,58d63dee-d5ab-432f-80b6-f4c6ef85566b +6a508faa-80a8-3246-9941-90d8cc8dec85,8361c561-b2a5-48a6-bdef-cd8141633361 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab58e64c-5cca-4384-990b-79222a00d26f +6a508faa-80a8-3246-9941-90d8cc8dec85,32e01ee7-1cb2-44f8-b9ff-65216d6103cf +6a508faa-80a8-3246-9941-90d8cc8dec85,9203c8a1-72fe-4088-8fce-ab1a8d9349ed +6a508faa-80a8-3246-9941-90d8cc8dec85,ac057c60-5c47-4916-b50c-a19ffff5b1a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c44dfbe5-7263-449a-94c9-3d8fe79c656f +6a508faa-80a8-3246-9941-90d8cc8dec85,8b33179f-418d-4297-bab3-1528d9220a1d +6a508faa-80a8-3246-9941-90d8cc8dec85,5aad5159-f6a1-4e85-a2c1-4aff17b1fa44 +6a508faa-80a8-3246-9941-90d8cc8dec85,403f45a1-2dcc-4292-a919-b826752c5228 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0c6d856-0c60-415f-b95e-7a8e685e773c +6a508faa-80a8-3246-9941-90d8cc8dec85,0d9aa14e-b6c6-4d1f-b904-d21f28e331ff +6a508faa-80a8-3246-9941-90d8cc8dec85,c1c37320-619d-44bc-90f9-a49f581db3f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,83dee837-a2de-40c1-81c1-d4f0b865f8de +6a508faa-80a8-3246-9941-90d8cc8dec85,339ab715-43ee-47ee-b305-69636b95d750 +6a508faa-80a8-3246-9941-90d8cc8dec85,99447464-8db9-4a1a-85f3-24770ee2a78c +6a508faa-80a8-3246-9941-90d8cc8dec85,771a4cc0-8dcf-4673-9970-920f84bd6c9d +6a508faa-80a8-3246-9941-90d8cc8dec85,6beb8003-4215-4a7a-ad52-898c0d4df1e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,85b07973-c3e0-4ebb-aa4a-51ad652d43aa +6a508faa-80a8-3246-9941-90d8cc8dec85,be53c814-f978-4b15-8470-6c0eeaaaeff1 +6a508faa-80a8-3246-9941-90d8cc8dec85,375c2b4f-bf7f-4d8b-9315-2f6d752424f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,d42c4bf5-9302-4cbb-8876-c2568c5387fc +6a508faa-80a8-3246-9941-90d8cc8dec85,6ee2094b-8ce4-4c5e-9d14-63a8ba2d63b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,fa65a023-6d9f-4206-b75e-879f3b033458 +6a508faa-80a8-3246-9941-90d8cc8dec85,32bf9309-58d0-43fa-a889-2df599e3aa84 +6a508faa-80a8-3246-9941-90d8cc8dec85,87ff6081-c295-4284-9770-2878cf09e6f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e09a3cff-9878-4aa7-9c00-9b5756eb3a64 +6a508faa-80a8-3246-9941-90d8cc8dec85,bdaea095-778e-44da-9fc1-f229c425c933 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0e50c1a-9f1f-475c-a2ef-8f33112fa351 +6a508faa-80a8-3246-9941-90d8cc8dec85,94b5e3d2-2604-4147-93a0-088d3f18938f +6a508faa-80a8-3246-9941-90d8cc8dec85,b2513ae5-b1ca-45f4-a3f4-a986a2d48fdf +6a508faa-80a8-3246-9941-90d8cc8dec85,80541a3f-aad3-42d5-ade6-266a44d15b0e +6a508faa-80a8-3246-9941-90d8cc8dec85,3f5c5c0c-4954-449c-b158-4d76422d48c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,22b1c912-c838-4b7c-b227-d07cb004b43a +6a508faa-80a8-3246-9941-90d8cc8dec85,237bfd42-5236-47e1-9522-cdf6acd8f962 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab3af958-d331-44c2-8044-0d1107e1b754 +6a508faa-80a8-3246-9941-90d8cc8dec85,0dc2a60a-4444-4e41-9637-f6e40493441a +6a508faa-80a8-3246-9941-90d8cc8dec85,3bb3828a-c11d-41fd-845f-ce0e79948a31 +6a508faa-80a8-3246-9941-90d8cc8dec85,75677486-404a-4f2a-a9cf-8b75ff78a5d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bef4893-a3c6-40b0-ac47-c24c96f615cc +6a508faa-80a8-3246-9941-90d8cc8dec85,7798467c-061e-4cf7-a308-712685306996 +6a508faa-80a8-3246-9941-90d8cc8dec85,e01fbf59-fb0c-40ed-91f6-4c8871efd9b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,99c37335-7fca-4528-b4f1-def0f765b655 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae2f555f-2a9b-4a63-b713-0d5dda0f0006 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aad678f-c1ee-4450-8608-eeb7523ac324 +6a508faa-80a8-3246-9941-90d8cc8dec85,30cedd03-2feb-4447-b844-9982d1eb16fc +6a508faa-80a8-3246-9941-90d8cc8dec85,5af17a1e-f5de-4556-a4af-3f11e9568f28 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3176949-dd3f-4d75-847c-f35823368bda +6a508faa-80a8-3246-9941-90d8cc8dec85,053ed471-f0a0-409b-a396-63318b537f96 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e3e49a0-f23c-4a8c-aa30-cc2db6305019 +6a508faa-80a8-3246-9941-90d8cc8dec85,93e3621c-5958-437b-841b-c4faa406316a +6a508faa-80a8-3246-9941-90d8cc8dec85,361baea1-9221-4b35-bc50-83a2720b465e +6a508faa-80a8-3246-9941-90d8cc8dec85,c3d9afa5-5a50-4c78-8f0f-fa15fb2cddab +6a508faa-80a8-3246-9941-90d8cc8dec85,57858634-e01f-417c-99f9-764982c21088 +6a508faa-80a8-3246-9941-90d8cc8dec85,52b1dbef-f1aa-4771-a369-e4a78f59fd6c +6a508faa-80a8-3246-9941-90d8cc8dec85,2063d569-057c-4f9c-949a-4cb26780815f +6a508faa-80a8-3246-9941-90d8cc8dec85,613336f9-6706-4519-b149-8cc9f349b782 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc946480-5780-4e29-aa4c-ee5b707087da +6a508faa-80a8-3246-9941-90d8cc8dec85,e871e3ca-b65e-43a0-84ef-18e4b97ab18d +6a508faa-80a8-3246-9941-90d8cc8dec85,1cb03a6c-352d-40a9-b4cc-06b558a96cfb +6a508faa-80a8-3246-9941-90d8cc8dec85,79f12914-b896-4759-aa34-d062dccfa9c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6ad79bf-565a-470c-a909-42dc92acc57e +6a508faa-80a8-3246-9941-90d8cc8dec85,4c6242b2-7fae-4e10-98f6-fdaae7c31cff +6a508faa-80a8-3246-9941-90d8cc8dec85,425f94b2-b2fd-449f-9bba-b0da72b79257 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7aa70c2-bd75-4ef6-bf97-85a11966c9a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5516db9a-ec0b-4296-9f5b-467a6e104144 +6a508faa-80a8-3246-9941-90d8cc8dec85,936cfb2a-8ba2-4c4e-bb4d-ed4becb8cf54 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c764585-73da-4894-ae4b-6e23dc50426c +6a508faa-80a8-3246-9941-90d8cc8dec85,529b4a7d-2b1b-4113-9762-41340b17c22d +6a508faa-80a8-3246-9941-90d8cc8dec85,c3c782ed-9da2-4239-b9a9-44ca16f91f94 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fe16647-80f0-45b6-a17a-6f71c42d9f1e +6a508faa-80a8-3246-9941-90d8cc8dec85,5d5e0852-7a5b-4c1d-bf4d-6fd4355dfd6c +6a508faa-80a8-3246-9941-90d8cc8dec85,335abe12-cf34-476d-aa72-2e37ac891fd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e100509-6593-459f-a832-75432015a82b +6a508faa-80a8-3246-9941-90d8cc8dec85,2da9cd69-0813-423e-9cb6-89906efa2c3a +6a508faa-80a8-3246-9941-90d8cc8dec85,373175fa-528a-4566-9849-a9d52879cf31 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1ff9148-fcca-4a85-bfee-eb16a3e54605 +6a508faa-80a8-3246-9941-90d8cc8dec85,51a3387e-d82e-4750-9549-c1a45951237a +6a508faa-80a8-3246-9941-90d8cc8dec85,15854031-1850-4647-9416-5a24ee634813 +6a508faa-80a8-3246-9941-90d8cc8dec85,540339ff-ee7d-42a5-aad7-58eb2b03b0f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c201ed9-f2dd-426d-82c9-721008b1f6b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,6aa7a50f-44eb-4dba-baf0-3b104897c34d +6a508faa-80a8-3246-9941-90d8cc8dec85,20a48bd7-ee84-4c7a-9257-9829e2edfb57 +6a508faa-80a8-3246-9941-90d8cc8dec85,86e8c7fb-f193-4702-909d-ad103e26d9ac +6a508faa-80a8-3246-9941-90d8cc8dec85,2256df90-8399-43ae-b41a-6962433517f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,994f0ef1-f75e-4980-bd38-858f33d122bf +6a508faa-80a8-3246-9941-90d8cc8dec85,48993a01-b7c7-4864-b63d-840a087067c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f5d1997-f20e-4cfa-bbc7-3eea77382979 +6a508faa-80a8-3246-9941-90d8cc8dec85,20fe363b-7ffa-4f15-8098-3fb17dff3947 +6a508faa-80a8-3246-9941-90d8cc8dec85,520eaa8b-dc21-4fb0-aa3e-c6dcde952f4d +6a508faa-80a8-3246-9941-90d8cc8dec85,dfa7e473-8cdd-41ca-9b36-52dbb343b937 +6a508faa-80a8-3246-9941-90d8cc8dec85,faec93bc-8d75-4637-8014-cd236486693c +6a508faa-80a8-3246-9941-90d8cc8dec85,43e64101-3a47-45d5-9804-294ef3ba0c22 +6a508faa-80a8-3246-9941-90d8cc8dec85,b4aa236f-f633-431d-a73c-7e6970737756 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb294ff4-abb6-4b1d-8c00-367686d6c65f +6a508faa-80a8-3246-9941-90d8cc8dec85,b8a51e56-1e8e-4fb5-8e8a-9bb429a9075b +6a508faa-80a8-3246-9941-90d8cc8dec85,8c1c3ac4-01bb-4990-be52-12a90dfe8e72 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f6ecad4-bd68-4791-93b7-eba414e820f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b93d6df-1bce-4caf-807a-2756a52013d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f1fe9e1-eb88-4b0b-9973-a5474cf4c5c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,76901332-d7ad-49b1-8f59-7d724b444ea8 +6a508faa-80a8-3246-9941-90d8cc8dec85,7efb9b29-b13e-422e-af48-91fd2620b39c +6a508faa-80a8-3246-9941-90d8cc8dec85,533edf46-c138-4003-8acf-734d9b9b0584 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f407ba6-3880-446b-b358-cbc02e9cf714 +6a508faa-80a8-3246-9941-90d8cc8dec85,0747db86-9b91-4435-90af-7e9496fd8ac9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e40095c3-83ba-4983-ad3b-5e4453be309d +6a508faa-80a8-3246-9941-90d8cc8dec85,9de8475d-2c14-4360-9039-28dbeececa45 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef629bff-4e05-4f7f-9c74-f725d93c1700 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdf9e425-5662-4a26-92f7-b539572c8f4a +6a508faa-80a8-3246-9941-90d8cc8dec85,2571e95e-6e4b-496d-962e-c04908b8894e +6a508faa-80a8-3246-9941-90d8cc8dec85,ce5ed8bf-de9e-42b1-abe4-52aa1d9b28da +6a508faa-80a8-3246-9941-90d8cc8dec85,3b0017f4-17a0-4ac1-a673-2b8c99d3e26b +6a508faa-80a8-3246-9941-90d8cc8dec85,b3bc9493-c61a-49ac-9ef3-9dd183c0eb89 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c2108b4-38c4-45dc-9cec-30baa4e82621 +6a508faa-80a8-3246-9941-90d8cc8dec85,a074ffeb-7609-4cae-b964-3f6fb267a876 +6a508faa-80a8-3246-9941-90d8cc8dec85,02bf20d8-e852-4012-81aa-9e543d69f6e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,64659e01-0889-4a08-8672-78730436397f +6a508faa-80a8-3246-9941-90d8cc8dec85,6d8c7898-230a-46f7-8c4b-c0a5e731f5ae +6a508faa-80a8-3246-9941-90d8cc8dec85,631143ad-727c-408a-a218-3461bb4dd7f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,04e783b6-5b20-4039-b658-a334f0077e46 +6a508faa-80a8-3246-9941-90d8cc8dec85,ece46836-61e7-44b8-8a5f-4fb2a938cc68 +6a508faa-80a8-3246-9941-90d8cc8dec85,64ea6035-29d8-4349-8832-5728a68c5e9c +6a508faa-80a8-3246-9941-90d8cc8dec85,1de9c16c-3732-4899-a360-b133896a2913 +6a508faa-80a8-3246-9941-90d8cc8dec85,35a117c0-a742-4bd1-acc6-5ec377e59a23 +6a508faa-80a8-3246-9941-90d8cc8dec85,877682bc-6eed-4dff-9523-b80a138d5b19 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0e8f0c5-385f-4c0b-8ccd-27bde4a9954d +6a508faa-80a8-3246-9941-90d8cc8dec85,de695ac1-3a96-4b36-a741-5b4da6e86eb9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a9af866-2042-4a08-a4b4-d075f125cdad +6a508faa-80a8-3246-9941-90d8cc8dec85,6e4c930a-0d3c-4534-aefe-6ff607c4f2dc +6a508faa-80a8-3246-9941-90d8cc8dec85,c5af33c3-d23f-4812-bc9a-6a02e80e7fdd +6a508faa-80a8-3246-9941-90d8cc8dec85,448b248f-eebe-46f2-9020-74788faaa324 +6a508faa-80a8-3246-9941-90d8cc8dec85,c413014a-697c-4aea-9151-12cfdd9a1c7f +6a508faa-80a8-3246-9941-90d8cc8dec85,9cbde3e8-1f43-4bdb-904e-e84e8a784e9d +6a508faa-80a8-3246-9941-90d8cc8dec85,aa8ac0d9-ec9c-448a-94d6-b135c974dc97 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f622991-049a-4e0c-aa65-3287253105e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9fa6f19-dc92-49a5-878c-04d9b04769d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,06134d5b-f592-4129-b804-7d0e7c4f4f83 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d9b856f-83be-4353-b998-43ec17ee1413 +6a508faa-80a8-3246-9941-90d8cc8dec85,b781367b-593f-421b-8763-b1ca9d6d8123 +6a508faa-80a8-3246-9941-90d8cc8dec85,03d58e03-1d73-475e-b281-c9549e21f575 +6a508faa-80a8-3246-9941-90d8cc8dec85,935745ed-e8c2-43fe-8d2b-1f34754d9cdf +6a508faa-80a8-3246-9941-90d8cc8dec85,ef228399-44fb-44bb-a196-1ec16f31237e +6a508faa-80a8-3246-9941-90d8cc8dec85,056221fb-bdbb-44af-8976-31a4b9ee4750 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5616190-0d71-45cc-b3c4-e1291a57cfa9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d90c5ff5-2784-4d3a-a282-541db5fa4c39 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbffdd58-9b55-4921-8673-47f7acabe3b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,796cc039-f064-414e-9039-57e8a95df45c +6a508faa-80a8-3246-9941-90d8cc8dec85,59b2e330-afd5-4fca-b604-c21d297b3dd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8f3429a-7f26-4197-9aed-118d967c3076 +6a508faa-80a8-3246-9941-90d8cc8dec85,4391b4fc-5153-4c26-b8ee-d509c85ac0ca +6a508faa-80a8-3246-9941-90d8cc8dec85,c8c1701a-e6f3-4e9a-8f70-7dd85e0aa5f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2fdabde-2ff0-46d1-8d4b-b864c907e484 +6a508faa-80a8-3246-9941-90d8cc8dec85,714e2c29-54a8-4e62-90c7-20f724bcbed4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c665131-49d0-4c0c-abe0-6db3031f5d4c +6a508faa-80a8-3246-9941-90d8cc8dec85,3b934b8d-cb9e-4640-9ad9-c82d3fc7247d +6a508faa-80a8-3246-9941-90d8cc8dec85,1654052e-63aa-4b3a-bdea-e03d3b44a00b +6a508faa-80a8-3246-9941-90d8cc8dec85,9669843f-b09a-4b2d-b57b-ab9c73f0c552 +6a508faa-80a8-3246-9941-90d8cc8dec85,81e43a93-b4ab-4869-b431-17d88f6a9083 +6a508faa-80a8-3246-9941-90d8cc8dec85,6844b0f8-8586-4272-859e-20dde2c88064 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a709a62-1713-42a2-8d4b-2abc7bef8f2a +6a508faa-80a8-3246-9941-90d8cc8dec85,cda7bb3c-ade3-415e-bd87-bbb8393d856d +6a508faa-80a8-3246-9941-90d8cc8dec85,255a2360-16da-4958-9fde-36ac933e1d1e +6a508faa-80a8-3246-9941-90d8cc8dec85,43c0ca6c-e6f6-48cc-a549-6cbe4570ed48 +6a508faa-80a8-3246-9941-90d8cc8dec85,bae69822-863a-4a89-bd60-3e0e1cd3ff23 +6a508faa-80a8-3246-9941-90d8cc8dec85,d1f8f18e-53c7-4ee6-a4db-c857c85572ca +6a508faa-80a8-3246-9941-90d8cc8dec85,afca2b8e-8590-4c21-b4be-9e21665b6122 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e09e81d-f966-46e1-b422-0f14aea2050f +6a508faa-80a8-3246-9941-90d8cc8dec85,02d14a13-053b-4372-931c-1806fe86d114 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e3cfb1c-0bea-4b2f-9a87-766c10900b6d +6a508faa-80a8-3246-9941-90d8cc8dec85,cba24320-1646-4cc4-819a-61f7621370a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,13240a75-dabd-4963-a4a6-540e1c991fbf +6a508faa-80a8-3246-9941-90d8cc8dec85,d95105b1-2bd3-4958-ab4d-0f0c4a4dc1e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fdcea5c-8deb-4a0e-ada2-eea7116ec48c +6a508faa-80a8-3246-9941-90d8cc8dec85,610ab459-591e-4063-924b-814e794f3ad0 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f6311d6-bf13-45f0-a71f-6d5a833e566e +6a508faa-80a8-3246-9941-90d8cc8dec85,8b6de4ca-84b0-4985-afa8-0d9ae97e6cb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec813772-1775-401e-b7b5-da7f44e0624e +6a508faa-80a8-3246-9941-90d8cc8dec85,88949fc6-839d-4117-a4b0-9d10c6842c61 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc558110-e7e0-4007-b976-345862817eb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0914aba8-d91a-46c4-a967-23fc2b65f616 +6a508faa-80a8-3246-9941-90d8cc8dec85,3efb0256-1e25-4b72-a473-607a84ef82e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,15bc9e2e-d4cb-4e25-ac38-9953e1371794 +6a508faa-80a8-3246-9941-90d8cc8dec85,25136b93-9d09-4d91-a255-e0956db25c09 +6a508faa-80a8-3246-9941-90d8cc8dec85,d55653bc-7b61-49fc-a4e7-dc76852a0032 +6a508faa-80a8-3246-9941-90d8cc8dec85,14728855-f5b0-417d-a911-d4d1535b4e4a +6a508faa-80a8-3246-9941-90d8cc8dec85,319b97c4-6c4b-4d34-886d-c9834e3560b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad9c0234-869b-4476-8da6-b7fe33147d9c +6a508faa-80a8-3246-9941-90d8cc8dec85,2186bf1c-1de3-4740-82ea-44de0e9af4d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9104289f-9f5e-4ffd-a179-c6861f7a9c9c +6a508faa-80a8-3246-9941-90d8cc8dec85,afb26c45-523f-485e-a88e-43589b5df4f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebd8c408-84b2-4499-ad0e-1458f480f8ff +6a508faa-80a8-3246-9941-90d8cc8dec85,07dbab28-12a5-43e2-ac43-a5bd3845588f +6a508faa-80a8-3246-9941-90d8cc8dec85,49a01dd2-2068-4609-8496-9c0c86a8602d +6a508faa-80a8-3246-9941-90d8cc8dec85,39315327-eeb6-4d88-83ef-1da26d121ece +6a508faa-80a8-3246-9941-90d8cc8dec85,818aa262-64d7-4613-9f35-07edc2093142 +6a508faa-80a8-3246-9941-90d8cc8dec85,96dfe7a7-dc79-42f8-a8d1-77494c78c7ab +6a508faa-80a8-3246-9941-90d8cc8dec85,49bcf50c-de77-4026-8c6d-24e8ea2e928d +6a508faa-80a8-3246-9941-90d8cc8dec85,8b076bfc-4fb5-44fa-b888-c432ff6f229f +6a508faa-80a8-3246-9941-90d8cc8dec85,8d40d079-4942-41e3-916f-357aaeefbdf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,2e1514a5-10da-4eff-bc57-edf6af5ba423 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7f6e479-3cb3-4f3f-b15e-f01203efc7f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ab5f5c0-da48-4ef5-9cde-6172a57b9fa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1ac0762-377a-45e1-8f97-0508f2e0d54e +6a508faa-80a8-3246-9941-90d8cc8dec85,8308e96b-bed1-4759-a182-91e3d36e3fde +6a508faa-80a8-3246-9941-90d8cc8dec85,9ec49c9b-afd8-49b5-b45c-56f86b60bdae +6a508faa-80a8-3246-9941-90d8cc8dec85,1383c2c9-3bb2-41d4-bbdf-a62123ed6cdd +6a508faa-80a8-3246-9941-90d8cc8dec85,ada80173-14c1-4b5a-84ee-329faff99a7b +6a508faa-80a8-3246-9941-90d8cc8dec85,45a1ee1d-c1a2-4f58-b16b-b4abae90fb32 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4c6479f-66f0-4cfd-a664-7d8b600b0a5f +6a508faa-80a8-3246-9941-90d8cc8dec85,ae626087-6781-4530-9761-a6ed987e9702 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4d7866f-dc5c-425e-81e3-af4d4ae46bc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbc60183-ba93-4c7c-9152-2f523133831d +6a508faa-80a8-3246-9941-90d8cc8dec85,5a042605-01fd-4f97-8f97-e259349dcba4 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc199776-191a-4771-93ef-1b1dfe55fb33 +6a508faa-80a8-3246-9941-90d8cc8dec85,373dc978-b604-4b49-8fec-d92ab7a9c611 +6a508faa-80a8-3246-9941-90d8cc8dec85,6380ae02-3b81-4fe0-b352-91b6211c80f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,557ebbd7-6d17-4146-8270-230da39db0f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,9906ecd7-89ec-4724-9322-8b236d6c0e4d +6a508faa-80a8-3246-9941-90d8cc8dec85,e1fd3f96-b283-46c3-91e1-9cabab7a138e +6a508faa-80a8-3246-9941-90d8cc8dec85,173832ef-3356-4d1b-af82-3681ec3138fa +6a508faa-80a8-3246-9941-90d8cc8dec85,347f50a0-64a3-4527-9e47-39ca1c972718 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1732e55-8e33-419a-9455-0ec85adf2e00 +6a508faa-80a8-3246-9941-90d8cc8dec85,9901bb12-da6a-455e-8d8a-a8f491142287 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f12f04c-1896-4af6-aad4-8df5e7243004 +6a508faa-80a8-3246-9941-90d8cc8dec85,89a6a8b5-5ffd-43bc-8b96-853a690c05f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,083a9869-3ded-42af-8720-83bc6979ffc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e53cfd0-422d-425c-b346-77c1bcee14fd +6a508faa-80a8-3246-9941-90d8cc8dec85,886577d3-3787-48d6-86d7-eab51a41c274 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf0d2a83-4065-4b9e-a5ce-55c60703cbc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,628346e1-effd-4c52-995b-00d683789b76 +6a508faa-80a8-3246-9941-90d8cc8dec85,b66bd06c-5f21-4d5b-8ae3-9001d90004cb +6a508faa-80a8-3246-9941-90d8cc8dec85,93342d14-313b-4a92-8e40-9d0fee78f120 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab965fcd-f3fa-44fd-b89f-04dc78519e1b +6a508faa-80a8-3246-9941-90d8cc8dec85,74da2cba-f108-46d2-af01-47270d54133c +6a508faa-80a8-3246-9941-90d8cc8dec85,c63953cd-7942-451b-9bc1-0be93439c6e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddafc1a7-c824-4efa-a998-7384d65f4674 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c140468-c128-4f0f-8dad-ed4d3a6b96ee +6a508faa-80a8-3246-9941-90d8cc8dec85,ac409c3f-7773-4667-9f65-c02b323a3e3e +6a508faa-80a8-3246-9941-90d8cc8dec85,9d9ff719-472c-43bc-95cd-a949981b824c +6a508faa-80a8-3246-9941-90d8cc8dec85,40f5ff5a-244f-48a4-a08c-eb8a4c6c6240 +6a508faa-80a8-3246-9941-90d8cc8dec85,a47e012f-e3d4-44de-9585-f3e1a673c7e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9610b0e-2ab8-4e7f-87fa-2a0496107b78 +6a508faa-80a8-3246-9941-90d8cc8dec85,94e543fb-9c84-4150-b082-70c5b1e7af2a +6a508faa-80a8-3246-9941-90d8cc8dec85,d4768838-5438-497d-81bf-048a4c911b7e +6a508faa-80a8-3246-9941-90d8cc8dec85,a90a0574-ad7a-4221-8f59-b612cb5ee9f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,14a2917c-cf3e-455c-bd60-3f2ea488a513 +6a508faa-80a8-3246-9941-90d8cc8dec85,64d114ec-1a3a-4923-b6f3-e01adac06840 +6a508faa-80a8-3246-9941-90d8cc8dec85,6eb6b11c-d64a-4966-84d7-53fc8fe8cebb +6a508faa-80a8-3246-9941-90d8cc8dec85,5a43b232-188c-4801-b925-45a06f1adb0c +6a508faa-80a8-3246-9941-90d8cc8dec85,dcb939d1-d866-4fc1-ac78-bb4c0af6088e +6a508faa-80a8-3246-9941-90d8cc8dec85,31cbe76a-3df0-4708-b046-e38501a2420a +6a508faa-80a8-3246-9941-90d8cc8dec85,47a337d2-a11a-4af0-99e0-fd9ccb009622 +6a508faa-80a8-3246-9941-90d8cc8dec85,7de42190-522c-4ff3-b86b-da833bf0e516 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f0ed243-9377-41b0-94b1-ce329e149f92 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2d8f40b-6e20-4868-8fed-a4c27da26395 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b68461a-cb3e-4b75-8b8e-51e4662abde6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7477390-c222-4d63-9ac5-e39c3c4fb6eb +6a508faa-80a8-3246-9941-90d8cc8dec85,8c7e5cd3-52d1-47f2-b4ae-62488a167f5e +6a508faa-80a8-3246-9941-90d8cc8dec85,536f5afd-de2f-482b-8f72-0f948f5488ef +6a508faa-80a8-3246-9941-90d8cc8dec85,2e7f8aa1-a0ce-4dc8-a368-8500aed1e61b +6a508faa-80a8-3246-9941-90d8cc8dec85,817b8991-b2d3-48bf-a73d-4c0a74bdc97a +6a508faa-80a8-3246-9941-90d8cc8dec85,e147590c-c711-4906-90a6-c39cdb19b72c +6a508faa-80a8-3246-9941-90d8cc8dec85,9fa92241-d13e-4bb5-b9b3-94267673db29 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb93723b-04e0-42f2-b88c-c3b69077aeec +6a508faa-80a8-3246-9941-90d8cc8dec85,b3eaf65e-aba4-49b8-aacb-f294578134d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c0450c2-6091-4b42-a6af-bd1cb824bd33 +6a508faa-80a8-3246-9941-90d8cc8dec85,c5e88fc9-e4f7-4fb6-ab0b-e919b4426385 +6a508faa-80a8-3246-9941-90d8cc8dec85,666a5a7e-20c7-43b8-b19e-b6fa18c1c144 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c207b8f-1da8-4c6f-afcb-c0f634070738 +6a508faa-80a8-3246-9941-90d8cc8dec85,1338ce96-ac2b-4350-b8b4-2573fc566860 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb85958d-d76e-4bd0-871f-1966ce878c15 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b5e5b97-0b20-4ecd-8fde-11bc7d415257 +6a508faa-80a8-3246-9941-90d8cc8dec85,35e8be92-1909-4265-8530-19908c98db73 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bb887ed-45c4-42c4-a735-d994441f7bc4 +6a508faa-80a8-3246-9941-90d8cc8dec85,742f61f1-148c-4a41-945a-ee4ac9d25765 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4d44050-5dd8-4551-990f-2b18f5000f0b +6a508faa-80a8-3246-9941-90d8cc8dec85,0d0ba069-c30b-4fa4-832f-f725f4b10ad6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a6f9e81-d056-41a4-b8af-2e32c8c767f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4ba8081-356d-4090-9990-b6d1a5a72681 +6a508faa-80a8-3246-9941-90d8cc8dec85,c384ea51-d3eb-4cfc-8343-1a54a80df7ec +6a508faa-80a8-3246-9941-90d8cc8dec85,1a2bf6ce-3f19-45be-9c4e-c4ab7138f066 +6a508faa-80a8-3246-9941-90d8cc8dec85,584db0cf-af85-4a82-b7f8-30fa21813478 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fe24885-fddf-4234-8d72-f0817b22d5fb +6a508faa-80a8-3246-9941-90d8cc8dec85,3182d852-6d01-492d-b11f-56d56abdbc5a +6a508faa-80a8-3246-9941-90d8cc8dec85,617e507a-3e45-4a57-89f2-1dff9f20ceac +6a508faa-80a8-3246-9941-90d8cc8dec85,a5e3367e-c3f5-45a0-884a-37d20f1204e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b5b4591-ff6f-420c-a325-948a295730ed +6a508faa-80a8-3246-9941-90d8cc8dec85,1a910f92-d7ab-41bb-9825-7cc9b5b0d511 +6a508faa-80a8-3246-9941-90d8cc8dec85,73360e6e-963b-4ff4-8cef-566b9f57076d +6a508faa-80a8-3246-9941-90d8cc8dec85,8df69d40-e83d-46da-9818-1dda1bcbb340 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb3dd6ca-336e-477a-a710-d1082f7cdeb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bdcf15c-3a0d-47b3-b81e-e7059c435c14 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b24fe49-6ece-4b99-be76-d4081f44fb3d +6a508faa-80a8-3246-9941-90d8cc8dec85,14372dc8-4c63-4731-82dd-6e65950b8521 +6a508faa-80a8-3246-9941-90d8cc8dec85,d81e6673-b971-4537-9841-528150a7f21b +6a508faa-80a8-3246-9941-90d8cc8dec85,90d3f4a9-eabd-4563-afea-7c45b01ff28e +6a508faa-80a8-3246-9941-90d8cc8dec85,4e954d01-9f5d-4165-864a-a00b3e41a2cf +6a508faa-80a8-3246-9941-90d8cc8dec85,99baf18e-d251-44cc-89a7-2889ae681a01 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d733d91-cfa7-4b67-af40-d7e8d77aaed1 +6a508faa-80a8-3246-9941-90d8cc8dec85,30ad4512-ad75-45fb-8e30-fab528f9917e +6a508faa-80a8-3246-9941-90d8cc8dec85,a24ac674-169f-41d9-97b6-f733c6dedb05 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fd3b549-d3b3-4680-b658-eb5a0fa01dd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7c58cc5-a666-4a7c-bdec-67cac3823dac +6a508faa-80a8-3246-9941-90d8cc8dec85,14616fa4-fdbd-4d19-87b5-e99fe0f6df55 +6a508faa-80a8-3246-9941-90d8cc8dec85,58ba9a8a-f9b3-4447-9289-d7b0c2735107 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b91ad65-74af-4f85-bdf3-69e70da45999 +6a508faa-80a8-3246-9941-90d8cc8dec85,aab892ee-011e-4264-bb71-585ec2dbb6e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,2d12a89b-1418-4ea7-a0ac-42c021047fce +6a508faa-80a8-3246-9941-90d8cc8dec85,2112d8e2-5157-439b-8fcb-51a9f27a7c99 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6dbac2e-0dd0-49c0-a8e2-227ceadb854a +6a508faa-80a8-3246-9941-90d8cc8dec85,d9c1fc29-17d8-4bcb-a359-06288d832bf3 +6a508faa-80a8-3246-9941-90d8cc8dec85,95065133-e709-40ab-83ee-6bbac064740a +6a508faa-80a8-3246-9941-90d8cc8dec85,4c4e8707-e2c2-4cab-861c-fe31bdebb79c +6a508faa-80a8-3246-9941-90d8cc8dec85,02b2e1d5-5450-4fe9-9020-3ecb73e279bf +6a508faa-80a8-3246-9941-90d8cc8dec85,67b0fb37-bb5e-4c2f-8f51-7892140adb75 +6a508faa-80a8-3246-9941-90d8cc8dec85,68ba8fd9-6e97-4335-a557-94c617b3019a +6a508faa-80a8-3246-9941-90d8cc8dec85,f11b75f2-4613-41d0-abd4-3b9d61275bbf +6a508faa-80a8-3246-9941-90d8cc8dec85,f09ec6c7-8c19-4252-9de2-41cd70062da9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f62e9ef-2a3f-46d5-81d6-344f7f23038b +6a508faa-80a8-3246-9941-90d8cc8dec85,d0bfde38-f089-434d-a3e0-8b41edd1095c +6a508faa-80a8-3246-9941-90d8cc8dec85,439c75c7-3963-487f-896b-64122c496677 +6a508faa-80a8-3246-9941-90d8cc8dec85,4e094b62-8115-4296-904f-90a01075e43c +6a508faa-80a8-3246-9941-90d8cc8dec85,3d01ee86-525d-4b5b-b913-98373733ad75 +6a508faa-80a8-3246-9941-90d8cc8dec85,f89b8eb6-d3f3-46dc-abc7-9864c03818bc +6a508faa-80a8-3246-9941-90d8cc8dec85,df8da08c-1420-4065-869d-53847e643c22 +6a508faa-80a8-3246-9941-90d8cc8dec85,1eab0d9a-d0c6-491b-9883-0186c3b28f60 +6a508faa-80a8-3246-9941-90d8cc8dec85,42cd3a7e-8b95-42e3-a876-5ca1782c5a06 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2b4d948-9d93-4df3-b706-231c62431a57 +6a508faa-80a8-3246-9941-90d8cc8dec85,4540aecd-69ea-492f-a242-4d2f38d60f59 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca386b5d-0d93-4241-a217-eeb0cb80b5d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,67846e07-b957-4298-bd4d-a1b570076b56 +6a508faa-80a8-3246-9941-90d8cc8dec85,8fbaa0d7-74b5-469f-ae51-8dabe782f584 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9c97368-e745-4754-8fb5-6ea2190e5118 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7d3dbb4-039c-40b4-9176-5a8a5652a564 +6a508faa-80a8-3246-9941-90d8cc8dec85,6746f99e-a374-4885-85e9-f5f4ee18ea94 +6a508faa-80a8-3246-9941-90d8cc8dec85,b461a012-cda4-4a39-afbf-abac09807747 +6a508faa-80a8-3246-9941-90d8cc8dec85,c892c8e9-8ad4-43b8-b128-33b8bea9f81d +6a508faa-80a8-3246-9941-90d8cc8dec85,574ea670-7ccf-4297-9e14-98ff3bf86461 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e3ba001-0c31-417b-94c0-d8b304e0e03c +6a508faa-80a8-3246-9941-90d8cc8dec85,6b28e138-5d66-4659-9ee1-9d2035e045c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,fce9d64a-f996-49fa-84df-61129e1f5256 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c0b8980-8e61-4eec-b82e-7c17c2556b93 +6a508faa-80a8-3246-9941-90d8cc8dec85,9aa63ba9-d77b-4ab1-8cb3-3dd057545f9e +6a508faa-80a8-3246-9941-90d8cc8dec85,87e7c4a5-17ba-451e-968d-f1215056462d +6a508faa-80a8-3246-9941-90d8cc8dec85,6a1f0fe1-4964-4880-8fe6-133d6e086767 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ade802a-c35f-49e0-9b35-d3d6eb6e27f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6733426b-96ca-4c39-84d9-4a790b417a41 +6a508faa-80a8-3246-9941-90d8cc8dec85,f96e245c-d290-4d07-b4c3-b0bdd9b228b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6aa724a-ef72-4f2a-87d8-8646dbefc92d +6a508faa-80a8-3246-9941-90d8cc8dec85,b0a8a9e0-bbfe-400a-b48b-72131c88fb12 +6a508faa-80a8-3246-9941-90d8cc8dec85,98117265-9652-4c51-94db-3f0c0647c753 +6a508faa-80a8-3246-9941-90d8cc8dec85,f57c631c-285a-4a23-a124-40515cb96508 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d7d6da2-fff2-4159-8fc5-b669742f70c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,da6009eb-ba99-49dc-bf7d-a26f1baf2b33 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb583b63-f232-4ab8-b093-c42c3680f790 +6a508faa-80a8-3246-9941-90d8cc8dec85,3469e012-d0ec-4c2f-8148-bdf83e2ce74b +6a508faa-80a8-3246-9941-90d8cc8dec85,ef79c21b-a8d7-4ace-917f-83790eab78b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,b900ec43-6433-491c-9e57-63519e58d72a +6a508faa-80a8-3246-9941-90d8cc8dec85,e631854b-741f-4c7e-ac6e-c5e1c53a75b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bb41af7-b8cc-42da-a71d-37144a70ab65 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4433651-e261-4731-a231-731b6ae0b6fd +6a508faa-80a8-3246-9941-90d8cc8dec85,8cc6350a-3c44-4da8-b653-196a3926e9f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f490500-4153-4a99-ae8d-ceb894351344 +6a508faa-80a8-3246-9941-90d8cc8dec85,a40337a8-ff47-456b-b2d6-c047ee42bd2a +6a508faa-80a8-3246-9941-90d8cc8dec85,c0f04df5-9398-45ee-8140-91118855833e +6a508faa-80a8-3246-9941-90d8cc8dec85,ecbee56d-6a73-4f3c-b581-08c6304ef292 +6a508faa-80a8-3246-9941-90d8cc8dec85,feac84d0-d156-46e0-85de-f927853b4e99 +6a508faa-80a8-3246-9941-90d8cc8dec85,197aa1cc-52ec-4ddb-afb2-95f4b03b5ef3 +6a508faa-80a8-3246-9941-90d8cc8dec85,15805655-1daa-4f13-a442-3ac4da3f3559 +6a508faa-80a8-3246-9941-90d8cc8dec85,70ff050c-8ff3-4a99-a235-d484938ff86f +6a508faa-80a8-3246-9941-90d8cc8dec85,5292a28b-da71-487e-bbe5-4a29efc0601b +6a508faa-80a8-3246-9941-90d8cc8dec85,3ec41686-bcbf-4b4c-8c96-f95dcd125633 +6a508faa-80a8-3246-9941-90d8cc8dec85,de4bee26-b300-4b3a-98ee-2b6abcd40267 +6a508faa-80a8-3246-9941-90d8cc8dec85,16357c8d-bf5f-46a8-b6b0-0a978818f112 +6a508faa-80a8-3246-9941-90d8cc8dec85,4bd92787-d2d7-40a8-8292-0c013a5c988b +6a508faa-80a8-3246-9941-90d8cc8dec85,55984f59-1079-48b0-9565-b064518d7ea9 +6a508faa-80a8-3246-9941-90d8cc8dec85,8dc9df8c-7f77-46d5-903b-54a6038aedff +6a508faa-80a8-3246-9941-90d8cc8dec85,3f18094f-8f20-4ce5-a4a7-cb85e8669cff +6a508faa-80a8-3246-9941-90d8cc8dec85,83150093-5170-43dc-8891-6815855dadaf +6a508faa-80a8-3246-9941-90d8cc8dec85,7e4ea073-8d97-462e-a657-61b9a7ce6969 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d526228-e3d7-480b-af55-9b1490c1908a +6a508faa-80a8-3246-9941-90d8cc8dec85,47a1174e-9463-4684-8046-43dfa7280fd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef05a4be-1031-491e-ac9d-12a661b66643 +6a508faa-80a8-3246-9941-90d8cc8dec85,3020cb0e-bc9f-4f8f-8534-935925aff257 +6a508faa-80a8-3246-9941-90d8cc8dec85,29e7eb88-a3a7-4ce5-8bda-4462db5e3310 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc68b1ad-ef83-4b1d-9892-1aae2857ecea +6a508faa-80a8-3246-9941-90d8cc8dec85,abe3c039-1e5d-4876-81d2-cd915275d2fd +6a508faa-80a8-3246-9941-90d8cc8dec85,0adb2f15-6fa7-49ea-94f8-92d4f222c8e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,43b477c2-66e9-4817-ac2d-31319b67dc12 +6a508faa-80a8-3246-9941-90d8cc8dec85,a4450517-be15-4f59-9ee7-1874cbd11d41 +6a508faa-80a8-3246-9941-90d8cc8dec85,0850e77e-a810-4cec-a968-fa257a1f4fd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd1a975b-3387-4381-bdaf-f0c39047bcee +6a508faa-80a8-3246-9941-90d8cc8dec85,459f26c1-c8ed-4a8e-9c1b-50b4cf8db87a +6a508faa-80a8-3246-9941-90d8cc8dec85,341da53d-e7c3-416a-9fa3-57f829d6a2fe +6a508faa-80a8-3246-9941-90d8cc8dec85,4492bc4d-4574-4741-b483-213603947502 +6a508faa-80a8-3246-9941-90d8cc8dec85,dce160b5-66bd-451a-8f6c-39fe0e96efb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f386061-e799-4a0c-9d51-7dc8cfbc9f7e +6a508faa-80a8-3246-9941-90d8cc8dec85,255ae739-4e83-40b2-acd6-6a82714be843 +6a508faa-80a8-3246-9941-90d8cc8dec85,85cd2edc-8319-4da5-bfa0-38ad134b94b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,930a52e9-f6b9-4235-b819-039015c580bf +6a508faa-80a8-3246-9941-90d8cc8dec85,bb7a3863-c632-4b82-896f-7e9d7d38602e +6a508faa-80a8-3246-9941-90d8cc8dec85,27bfd2f3-e8eb-4076-bb37-539d9384dcd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,95008e78-6c17-4e3d-8676-fb752718bec7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b689dac-f679-4a68-8ac7-dd092a9d3d85 +6a508faa-80a8-3246-9941-90d8cc8dec85,34d50e73-5e9f-4771-ba33-55f731fca90f +6a508faa-80a8-3246-9941-90d8cc8dec85,8681e421-6806-4e17-9c68-0e49fd1f2117 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb084bb8-40f3-447a-b421-6ac7cab0b21e +6a508faa-80a8-3246-9941-90d8cc8dec85,099ca87d-3204-477d-b485-e576b5bffeee +6a508faa-80a8-3246-9941-90d8cc8dec85,735a08d2-0aac-4bdc-80cd-ccf31c124459 +6a508faa-80a8-3246-9941-90d8cc8dec85,595ecdf8-e1e5-470d-84d8-c465c175d083 +6a508faa-80a8-3246-9941-90d8cc8dec85,003cb109-5e86-4085-8906-49828ab700c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f0a82b7-d359-444a-a05b-867fd4025802 +6a508faa-80a8-3246-9941-90d8cc8dec85,18c9d244-b5d7-4054-bf88-948aee030dfc +6a508faa-80a8-3246-9941-90d8cc8dec85,2094e184-e272-4af6-9351-2145dde2c72f +6a508faa-80a8-3246-9941-90d8cc8dec85,6401f2ed-d06c-488b-b99e-b9a76b645039 +6a508faa-80a8-3246-9941-90d8cc8dec85,919497bf-fd74-4bcc-a233-3a81091b0398 +6a508faa-80a8-3246-9941-90d8cc8dec85,04abc053-b9c2-474d-a045-963d5bbafb9f +6a508faa-80a8-3246-9941-90d8cc8dec85,ec15e7e6-f66d-4734-9093-cf6ccff766f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1480ea51-f27a-40b0-bd15-9e81f0ff082d +6a508faa-80a8-3246-9941-90d8cc8dec85,93418b7a-2ee0-418c-bc4b-ccba24431ac8 +6a508faa-80a8-3246-9941-90d8cc8dec85,f62b99bc-94e2-4a8b-b53e-ff540e4002f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdd0e3ff-6017-45a4-9f81-46db0bd2542e +6a508faa-80a8-3246-9941-90d8cc8dec85,5bf912da-470c-4c18-bc67-147501d8b0fd +6a508faa-80a8-3246-9941-90d8cc8dec85,2faed04a-3138-4fc7-a89f-dd1612014997 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f9956ca-c513-4f55-b703-90621be41c63 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce5b5dc0-3eb5-48fd-afde-ae6ae9c0acc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,0eb44a4c-5889-44ee-8721-0221eb8fbfb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,58713a01-f7af-4564-94da-6496cada7783 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6be7415-4720-490b-92c5-4e48f839f518 +6a508faa-80a8-3246-9941-90d8cc8dec85,8275a541-c370-4c60-9e68-f9b3e9cf3e07 +6a508faa-80a8-3246-9941-90d8cc8dec85,f91b54f6-2dc4-408c-a1c4-b3761022239d +6a508faa-80a8-3246-9941-90d8cc8dec85,66364173-6727-4c03-ae62-cf56e3cbf63a +6a508faa-80a8-3246-9941-90d8cc8dec85,a7c6eb01-4072-463f-bcb8-60fa4cacd128 +6a508faa-80a8-3246-9941-90d8cc8dec85,810f7951-d318-40b5-9e5f-dd4e3e6f2e36 +6a508faa-80a8-3246-9941-90d8cc8dec85,409ffea1-2684-4e3f-b6fc-c4b7726aab2c +6a508faa-80a8-3246-9941-90d8cc8dec85,bdffc4b8-64d1-483a-a546-a3521a141dbf +6a508faa-80a8-3246-9941-90d8cc8dec85,f290c75b-e3e2-4e3a-b6b2-24925afc534f +6a508faa-80a8-3246-9941-90d8cc8dec85,ef5f1497-a169-4f48-bfea-ba3c23a2ffab +6a508faa-80a8-3246-9941-90d8cc8dec85,c3e580ed-9640-4c81-aae1-9a0c01fd8a56 +6a508faa-80a8-3246-9941-90d8cc8dec85,e79b3a21-e130-41aa-8527-b96410fcbc77 +6a508faa-80a8-3246-9941-90d8cc8dec85,4099aafb-fe83-40bd-8cc4-08fa002fc51e +6a508faa-80a8-3246-9941-90d8cc8dec85,0dd5819f-c8d5-4dc7-a050-3bf6674f35a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e82a0be-1b04-4815-b8f3-8dea0f72e1b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1356478-3d7b-49cd-9993-52a40be2427d +6a508faa-80a8-3246-9941-90d8cc8dec85,3a5e4205-22a8-4498-8ed3-f543478c9de8 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cc8db7a-6467-4921-ba47-915f5e1e7553 +6a508faa-80a8-3246-9941-90d8cc8dec85,1badab3b-0ff8-48ba-9738-3882e16452f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,f47937de-6eec-49c4-a387-9bd81f0a0ef5 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb6f98fa-2882-4a7d-ac97-4199160bf2a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c79500c-e5b0-4ea1-a77c-c33e5d8c3e71 +6a508faa-80a8-3246-9941-90d8cc8dec85,e096778f-018f-4d63-b396-ac43b1202719 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d5e9d66-e3f9-4dd0-9121-ecb2201cb747 +6a508faa-80a8-3246-9941-90d8cc8dec85,cd731689-3b80-4f3f-be57-1cf9135adf36 +6a508faa-80a8-3246-9941-90d8cc8dec85,109a0939-c3f2-41ea-bf3a-ad412530e6a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a1d0340-0b48-489b-a29b-1673bd401cfb +6a508faa-80a8-3246-9941-90d8cc8dec85,96f32ce2-aa9d-4dd4-b377-1224249606bc +6a508faa-80a8-3246-9941-90d8cc8dec85,7dfe4347-2d7b-46cf-af03-3be449909654 +6a508faa-80a8-3246-9941-90d8cc8dec85,645163cd-0581-448a-b472-cf244d4a0df2 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb447b2d-37e7-4c36-b6de-8a009df76a35 +6a508faa-80a8-3246-9941-90d8cc8dec85,cecf25d5-fd88-494d-9584-1ce2274dcecb +6a508faa-80a8-3246-9941-90d8cc8dec85,3908ba4a-e6ae-4d8f-9042-0e33d7ff5f4e +6a508faa-80a8-3246-9941-90d8cc8dec85,be4933a3-1888-4dad-90be-81670da10ad7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b04bd6a7-ac60-47f0-89d6-d2fbd7b8977c +6a508faa-80a8-3246-9941-90d8cc8dec85,0a4bd0d0-aa44-47c4-816a-dcc5f592aa57 +6a508faa-80a8-3246-9941-90d8cc8dec85,f3770837-a343-4650-ac6e-7a803cac7a91 +6a508faa-80a8-3246-9941-90d8cc8dec85,aecd9ead-8436-488c-a5d4-c5116f3fca2d +6a508faa-80a8-3246-9941-90d8cc8dec85,2dc92fd7-8507-4ecb-90b9-0c4da994b080 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bb34354-5d63-40e7-8718-52167aecedd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,f33349d3-341f-4a31-b1ec-fa2a6912ae76 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a00a02c-d6a3-486b-9ff8-f2e178656599 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c78de45-9010-4808-bb61-79ce33aac558 +6a508faa-80a8-3246-9941-90d8cc8dec85,aef22350-ec99-47f0-ada9-97b283fb3d37 +6a508faa-80a8-3246-9941-90d8cc8dec85,61965089-8ebe-49af-8ae8-4b01d346bb21 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bb4f501-fa6e-4a92-99eb-22ed009e6558 +6a508faa-80a8-3246-9941-90d8cc8dec85,2180782f-94dc-4446-8a13-d7cfda2b3616 +6a508faa-80a8-3246-9941-90d8cc8dec85,edf3321f-6038-47b4-a64d-4bca1576544c +6a508faa-80a8-3246-9941-90d8cc8dec85,0952db65-cf97-46df-b298-c441e7f19439 +6a508faa-80a8-3246-9941-90d8cc8dec85,0dc789b7-1a05-46c7-8904-305b2c42c2db +6a508faa-80a8-3246-9941-90d8cc8dec85,7eba97fc-bd8e-47c2-82ad-96a5f7635e53 +6a508faa-80a8-3246-9941-90d8cc8dec85,3fc8cab1-03bf-4dca-80ea-e9b8b896040a +6a508faa-80a8-3246-9941-90d8cc8dec85,40a63475-508e-48bc-a0a6-7d1f280e81aa +6a508faa-80a8-3246-9941-90d8cc8dec85,79405eed-bdd5-4608-828a-90a6d52cbff3 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8d0ea8e-a81e-4077-a60e-0f508f409813 +6a508faa-80a8-3246-9941-90d8cc8dec85,16a7cc63-7f62-4cc2-b118-7348539ae868 +6a508faa-80a8-3246-9941-90d8cc8dec85,b99dea68-56d6-4326-a3d7-b4908e99e850 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a9e39f1-d24b-4448-8dd7-472da8fc6bd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,86cfac5d-aa49-4874-8a48-d9087a02eb13 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f174f29-27e5-4bdc-a9c0-50d42b917f3c +6a508faa-80a8-3246-9941-90d8cc8dec85,2119ae3d-7284-4452-9aa6-1d61d4f33695 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb173361-6a00-4c19-ac67-f49a24fc7c40 +6a508faa-80a8-3246-9941-90d8cc8dec85,f07c0db3-364d-4566-be29-ea9c89e21366 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1158564-aacd-4230-88d7-804ad844dab1 +6a508faa-80a8-3246-9941-90d8cc8dec85,5b7763a2-65ba-4bc6-8b92-6a2c2aacebd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,377c1e57-4868-4dbd-9399-38bf2449d658 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1fc7bc2-d383-49a7-91bb-eace42d0ab73 +6a508faa-80a8-3246-9941-90d8cc8dec85,f84768f1-533f-45a2-b1cc-68ab1318a877 +6a508faa-80a8-3246-9941-90d8cc8dec85,435639c3-fad9-45c9-a11e-bfae24c1304f +6a508faa-80a8-3246-9941-90d8cc8dec85,7f38f316-7f4e-4acf-9c8c-a3840e463454 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f5a05e8-5c93-4e07-bf3c-3303bcb6beb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,054ab3ac-0553-44ad-bad2-c1516e62bfc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff370159-eff3-40fa-98e7-f986d9d14bd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c688eb7e-0123-4d9d-915f-3c7741ba9d9d +6a508faa-80a8-3246-9941-90d8cc8dec85,91437516-603d-411d-81e0-9445e8f794dd +6a508faa-80a8-3246-9941-90d8cc8dec85,faad68be-895e-460d-b97d-14436fda893c +6a508faa-80a8-3246-9941-90d8cc8dec85,3fee5f88-ee86-4c91-9780-b064867fbd7e +6a508faa-80a8-3246-9941-90d8cc8dec85,c76fcb28-a6fc-48b2-b5da-ff11e1549931 +6a508faa-80a8-3246-9941-90d8cc8dec85,452daa89-76ee-4d90-9b2a-14a55fdf648b +6a508faa-80a8-3246-9941-90d8cc8dec85,47679cf7-a8f5-4f3f-9b2f-8691c2856542 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb3b03c2-4d42-4816-9ba3-bdd494d74b03 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bd15d49-6d82-4885-8ba8-4408f96852a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,64546ede-f98c-4baf-aa56-e599c15e9395 +6a508faa-80a8-3246-9941-90d8cc8dec85,e68a1a7b-ce1b-48c5-bd39-4c0db6fae077 +6a508faa-80a8-3246-9941-90d8cc8dec85,5bb1c782-945c-41eb-989d-88a05ebe4e0c +6a508faa-80a8-3246-9941-90d8cc8dec85,dea4e2bd-8b81-4a50-85fe-68e6f989bd24 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ac95b46-7e9d-4f94-b3bd-40b0cb1c7e4b +6a508faa-80a8-3246-9941-90d8cc8dec85,79996b55-754f-4b6b-b0bb-8bd541a1e93f +6a508faa-80a8-3246-9941-90d8cc8dec85,1c7fa73f-3fe3-4b37-b082-2d9b1374001c +6a508faa-80a8-3246-9941-90d8cc8dec85,7b34695f-69bf-49ba-8417-65742a9eaf7b +6a508faa-80a8-3246-9941-90d8cc8dec85,254dc41c-7c0c-4d92-b4aa-8283670bf78e +6a508faa-80a8-3246-9941-90d8cc8dec85,8fc00c96-b2f0-415d-a6a2-31d45cec4005 +6a508faa-80a8-3246-9941-90d8cc8dec85,781914bc-9c01-4be6-8ea8-767bddf2eb03 +6a508faa-80a8-3246-9941-90d8cc8dec85,36c2eb30-2745-47d3-a4d2-fd6458406191 +6a508faa-80a8-3246-9941-90d8cc8dec85,f03c02d4-70ed-4858-95af-bdb9a9859e2d +6a508faa-80a8-3246-9941-90d8cc8dec85,1091d66c-0da0-4084-9053-c72ef5518b72 +6a508faa-80a8-3246-9941-90d8cc8dec85,61566321-7de9-4351-9f00-d003f984315b +6a508faa-80a8-3246-9941-90d8cc8dec85,f7ff334a-8505-414e-b2c2-733d73d434e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b71555c-9027-413b-8a7e-65e45126773e +6a508faa-80a8-3246-9941-90d8cc8dec85,6fdf4417-bbda-4fbf-ab10-c170b603d6e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6177bb27-cecf-4fcc-b8fa-40dc23d7138c +6a508faa-80a8-3246-9941-90d8cc8dec85,350af37a-2e01-4aa5-9051-6222a873d1b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b58fa81a-2a44-4785-9fa0-6caf9f96d129 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c1c59d8-9b03-4650-be1c-0468b29c7e32 +6a508faa-80a8-3246-9941-90d8cc8dec85,541bd230-05c7-4ea4-aa09-f1bcf16f031f +6a508faa-80a8-3246-9941-90d8cc8dec85,1b65e027-05fe-4b4a-a81c-b9eb54dde0cf +6a508faa-80a8-3246-9941-90d8cc8dec85,f0685b5c-4f00-4cad-908d-7fa5b64aaed0 +6a508faa-80a8-3246-9941-90d8cc8dec85,7faac318-1990-4c8f-a50a-b6cfd21d1f9f +6a508faa-80a8-3246-9941-90d8cc8dec85,c8195baa-ae6b-462e-ae91-db7eeed7ff5e +6a508faa-80a8-3246-9941-90d8cc8dec85,86bb48c8-0f98-4820-a53a-211fd4642048 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ebfc9bb-e1b5-4aaf-b62c-4bb65279bd53 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab435034-c4b9-4397-864e-defec7b17335 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4f0cd3c-495f-426c-b200-4c9cc65070d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,74697289-e2ee-4e2f-b4ba-8683db649c79 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c2479a7-dafd-4cc9-b54f-123936a55643 +6a508faa-80a8-3246-9941-90d8cc8dec85,71f08401-6e48-486d-b8e5-1057856cd1b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c34ce3e-4a1b-4974-9117-c2bf84073f71 +6a508faa-80a8-3246-9941-90d8cc8dec85,262f80dd-2b70-4b24-8324-e01db67ed8f1 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce06d320-a6d0-4b6c-9587-45c5fdbe9513 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0138461-a1db-4bdd-a1ab-7266c374721f +6a508faa-80a8-3246-9941-90d8cc8dec85,f385891e-82b4-4a96-849c-e0be36a1a5c7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c4f28d45-f488-4589-ba0a-79ae3edfc377 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b7ceed3-738f-419f-9258-e876d6886739 +6a508faa-80a8-3246-9941-90d8cc8dec85,d25f1f67-122a-4cf8-9a5d-ad835c892099 +6a508faa-80a8-3246-9941-90d8cc8dec85,16c8e285-5eaa-4b5d-bf24-e29895dc3ca8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d912f072-6f8f-494b-a564-2f2fde17203e +6a508faa-80a8-3246-9941-90d8cc8dec85,9e05057a-58bd-44e0-9598-a60b17da1efa +6a508faa-80a8-3246-9941-90d8cc8dec85,197310fb-7388-4840-b70e-4aa4344fda94 +6a508faa-80a8-3246-9941-90d8cc8dec85,70fbc54e-e7cd-485a-840e-1534fe1982c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,c091535e-a1c8-4b21-951d-0a674f7dd381 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6f9484f-1ab9-40a7-9b84-55a89b7996c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e9f569c-a598-481b-a34c-57ba2b9ac04e +6a508faa-80a8-3246-9941-90d8cc8dec85,4ce1c1b8-a711-4abb-9d43-63a856a2dec9 +6a508faa-80a8-3246-9941-90d8cc8dec85,aac73245-5cbe-45dc-9d48-57e9d67d253b +6a508faa-80a8-3246-9941-90d8cc8dec85,a098f2da-ec2a-448d-aadb-35512cb3136c +6a508faa-80a8-3246-9941-90d8cc8dec85,0d96d721-b61a-4280-82eb-186fd70ff647 +6a508faa-80a8-3246-9941-90d8cc8dec85,2228a353-d0dc-4752-91e4-e0007fdc9c84 +6a508faa-80a8-3246-9941-90d8cc8dec85,3eb2eb67-b44f-4008-899f-739b3dab923f +6a508faa-80a8-3246-9941-90d8cc8dec85,681a1a8c-b2a6-4e17-a168-812d374ef359 +6a508faa-80a8-3246-9941-90d8cc8dec85,86766a6a-726e-48aa-8125-70cb1056f124 +6a508faa-80a8-3246-9941-90d8cc8dec85,70a20860-580c-4728-90d5-d4efd8409dae +6a508faa-80a8-3246-9941-90d8cc8dec85,ac8e605c-df7e-4f68-9822-4e08058eac25 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cfb6f94-b428-41e1-8106-3ff03c36b03d +6a508faa-80a8-3246-9941-90d8cc8dec85,9fdad459-98c0-43e0-a1a4-db1b79aa373a +6a508faa-80a8-3246-9941-90d8cc8dec85,5206db86-7aff-4239-ad8e-59ccf1b25d81 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3b2c2f0-18b0-45f4-958e-dd3b9cee5e6d +6a508faa-80a8-3246-9941-90d8cc8dec85,dc9e2487-845a-4d7c-9671-f1de7d1b1f9c +6a508faa-80a8-3246-9941-90d8cc8dec85,e5dc16b9-bc20-485b-a06b-4a91fd0f213e +6a508faa-80a8-3246-9941-90d8cc8dec85,45f7d2ef-be30-4f71-994f-70ab724eb46b +6a508faa-80a8-3246-9941-90d8cc8dec85,ab7bd093-d4a3-4117-b60f-c2bc0eb37f69 +6a508faa-80a8-3246-9941-90d8cc8dec85,17ca72f5-71a8-44b1-8312-79a22d6a33bc +6a508faa-80a8-3246-9941-90d8cc8dec85,c34a7a70-3be6-40fb-8761-a43facdbc975 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b306a2f-a04c-49cd-aa97-e201f60848e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebbf8452-03ac-4934-9787-66627cf53239 +6a508faa-80a8-3246-9941-90d8cc8dec85,56c6391c-e408-4e4e-98ff-231f867a87a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,85ffaf5e-d7c9-4075-96b4-0051debb0005 +6a508faa-80a8-3246-9941-90d8cc8dec85,322a5d80-9d6e-4ae6-b1bf-84cedd444dd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5acfbb96-ca58-4602-9bd7-9c9da973fea3 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca66c678-8629-46ea-8bf4-6366ea5f9dab +6a508faa-80a8-3246-9941-90d8cc8dec85,7d35d950-4d7b-47d8-9390-7edcb7582d76 +6a508faa-80a8-3246-9941-90d8cc8dec85,f86e0d80-627b-4739-a3ea-7bbb6b674bdc +6a508faa-80a8-3246-9941-90d8cc8dec85,453dd2ec-58dd-4c41-9680-d9c532b01ebe +6a508faa-80a8-3246-9941-90d8cc8dec85,e6992eb0-f1e1-4c45-985e-7724f658a2fe +6a508faa-80a8-3246-9941-90d8cc8dec85,c04745f1-9c4c-4476-aaa6-318aa843c11e +6a508faa-80a8-3246-9941-90d8cc8dec85,f379261d-9a22-4f0c-b689-5ca8600b3bd9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f3f2283-0934-4c41-b824-01fdddbdfcd6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4b2df722-44fb-401b-8f11-b5831057c11e +6a508faa-80a8-3246-9941-90d8cc8dec85,cc9c237d-d39b-4ad1-b06e-ebaaf904ad2a +6a508faa-80a8-3246-9941-90d8cc8dec85,e770f3a2-e797-4e66-9b6f-3eaca94e901b +6a508faa-80a8-3246-9941-90d8cc8dec85,9b35c598-fc4a-46e7-b7dc-83fc2058217b +6a508faa-80a8-3246-9941-90d8cc8dec85,597ab9ff-1cc5-4ead-a54b-9dace81e2dc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1d0be5e-a0b9-43da-a403-d9b60db1632f +6a508faa-80a8-3246-9941-90d8cc8dec85,9432ea5f-06a6-4e54-8acd-ae9cfdce0aef +6a508faa-80a8-3246-9941-90d8cc8dec85,9dbeef94-7062-410f-8603-f3273378890a +6a508faa-80a8-3246-9941-90d8cc8dec85,51e4d75e-1fef-4c45-8db7-0e379e2c6db0 +6a508faa-80a8-3246-9941-90d8cc8dec85,7689ec71-4597-41ed-99cb-9055d46f152a +6a508faa-80a8-3246-9941-90d8cc8dec85,8ebe0e80-3614-46b0-9ea8-0c267a4fecc1 +6a508faa-80a8-3246-9941-90d8cc8dec85,0951bf7c-e17a-47e1-955d-cdcaa138bce7 +6a508faa-80a8-3246-9941-90d8cc8dec85,d83bbe7c-935b-47fa-aa7a-29fce08fdb95 +6a508faa-80a8-3246-9941-90d8cc8dec85,d431c20e-7bfa-42e3-8f8d-68c1968e31be +6a508faa-80a8-3246-9941-90d8cc8dec85,e14f2f7a-ecd4-4226-a6bf-5cf28368be31 +6a508faa-80a8-3246-9941-90d8cc8dec85,17409637-be52-4bec-bf21-f37df3789108 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8a0bfe1-c0e8-4466-92be-762a3b114fd1 +6a508faa-80a8-3246-9941-90d8cc8dec85,90abbdb5-2bb3-4938-8808-5afdc38500b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,25914632-6612-4d3f-9cab-7100640eef76 +6a508faa-80a8-3246-9941-90d8cc8dec85,28143cff-12ed-44e7-a4ea-77af031ca4a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,567cd747-228b-476f-ae6d-24a67d28f338 +6a508faa-80a8-3246-9941-90d8cc8dec85,1edb7406-54c0-4f3b-8783-a877f3b3feed +6a508faa-80a8-3246-9941-90d8cc8dec85,1a82d197-ab33-49f3-8d7e-1130c620a679 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f6297fc-f844-4b80-b7b1-dfddf3bc7ab3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8a11c8d4-af7d-4331-a83b-2bc069620b24 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfaa777a-17d2-43e0-a790-f8c052b168c4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd1cf10c-b4dd-4b86-969e-70a83abfb73e +6a508faa-80a8-3246-9941-90d8cc8dec85,0ffd1fd1-35bc-4cf0-84ea-d39689358906 +6a508faa-80a8-3246-9941-90d8cc8dec85,12d70e43-dae8-4c2a-9106-a61f2699ccab +6a508faa-80a8-3246-9941-90d8cc8dec85,6e3bb826-d165-4e0f-8545-30b97e5f1e41 +6a508faa-80a8-3246-9941-90d8cc8dec85,24c7aa06-3cbd-4ede-8fa4-a9c338ff19d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b9dabf8-d024-4d5e-b020-1e4b9644e204 +6a508faa-80a8-3246-9941-90d8cc8dec85,d56954ce-11d6-4167-adca-b18a7d587414 +6a508faa-80a8-3246-9941-90d8cc8dec85,4600d661-2ba6-4e7c-812b-474a01c4e5ac +6a508faa-80a8-3246-9941-90d8cc8dec85,fdafc4b0-e0b2-46f5-bd9a-42ffd2a69fc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,dad13fe5-4cdf-40c6-9578-6b9cf501152d +6a508faa-80a8-3246-9941-90d8cc8dec85,d624799b-8aa4-401b-bdda-c05619f08108 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ffc9220-af2a-4152-8838-1d39c153417a +6a508faa-80a8-3246-9941-90d8cc8dec85,d8b5aaf0-b844-444e-ad1f-1a09e0ebca4b +6a508faa-80a8-3246-9941-90d8cc8dec85,f26d6412-f158-4e6e-b473-5442dd896c17 +6a508faa-80a8-3246-9941-90d8cc8dec85,7af21a8d-2357-4778-a071-c57a953828f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7c1176e-2646-4cf7-9cec-4032ec32bb62 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf802fd7-6194-45e9-b2f1-4c78a4efebc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc171720-5c32-47b8-b92e-2322817b89f8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e77cc021-aa93-48c4-bb82-7b4e996c4271 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6b0827c-705f-44df-98ca-693a28bfbc41 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1521ea9-35c7-45de-8fd1-ccb343730f1b +6a508faa-80a8-3246-9941-90d8cc8dec85,38a6e4df-af3d-45a7-a38f-e9b30f57c811 +6a508faa-80a8-3246-9941-90d8cc8dec85,602ca492-caec-45a0-9505-9126922242e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,84163d78-6ddb-41a8-84e2-a60ad2a8ac2a +6a508faa-80a8-3246-9941-90d8cc8dec85,1d54112f-505a-48bf-98e8-174c29711d80 +6a508faa-80a8-3246-9941-90d8cc8dec85,b513b710-f356-409c-9e67-6732ed03cf00 +6a508faa-80a8-3246-9941-90d8cc8dec85,beef3bca-d33a-46bb-8bd4-79b93de94414 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f61d4eb-3e21-4e4e-baf5-9a0148c89ffe +6a508faa-80a8-3246-9941-90d8cc8dec85,9a5dba69-cf39-4151-93ae-23934dc53436 +6a508faa-80a8-3246-9941-90d8cc8dec85,df9ef07d-48f7-413a-9575-4aca935bf7b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc4a7548-a96b-44c1-810e-092cf173dcf8 +6a508faa-80a8-3246-9941-90d8cc8dec85,e3ac9fb6-2aae-4c32-b54a-08c88bdb92dd +6a508faa-80a8-3246-9941-90d8cc8dec85,33532977-53f0-45ad-a217-7b847061e01d +6a508faa-80a8-3246-9941-90d8cc8dec85,b001fdea-98e2-4e2a-8432-cc48aa60717c +6a508faa-80a8-3246-9941-90d8cc8dec85,325589b5-dfca-4571-b7d1-e050fd719e31 +6a508faa-80a8-3246-9941-90d8cc8dec85,26ac6af0-1a0a-4ddc-936f-3eb22db9b922 +6a508faa-80a8-3246-9941-90d8cc8dec85,1c42fdfc-c6f4-4ddd-a4a3-7edf93a74640 +6a508faa-80a8-3246-9941-90d8cc8dec85,fb06812c-b979-4963-953f-34513ae00e87 +6a508faa-80a8-3246-9941-90d8cc8dec85,e0110bda-4159-44c7-809d-f07011c69188 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ddaf177-0528-496e-ab0b-fa98e406a455 +6a508faa-80a8-3246-9941-90d8cc8dec85,07532f7d-20b2-4d06-8148-d742f08d7c8f +6a508faa-80a8-3246-9941-90d8cc8dec85,d4dd9069-fddf-43e1-856b-03a946a45ad6 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8b52baa-1b9d-46ae-88d5-9d5fcf8626c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,5432bb8a-8c6b-447f-8cde-97536b01ed0f +6a508faa-80a8-3246-9941-90d8cc8dec85,e9e38fad-f3b8-4323-bca0-67165e64296c +6a508faa-80a8-3246-9941-90d8cc8dec85,700f90b4-b890-4193-a694-10049594be80 +6a508faa-80a8-3246-9941-90d8cc8dec85,def6400c-2985-47ea-801a-7ad14bb9d8dd +6a508faa-80a8-3246-9941-90d8cc8dec85,74bf9c26-ce41-4bf5-861f-48bae2fd4612 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2ab5afc-c40a-49aa-a780-954a24926211 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1b98b4a-fffe-4f23-a6d4-c5568de22dde +6a508faa-80a8-3246-9941-90d8cc8dec85,a89f4f3e-40c8-487b-8c78-2ad24673c4e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,09b60705-686b-4bd2-b01f-d99f85f4a17d +6a508faa-80a8-3246-9941-90d8cc8dec85,1d65620f-33db-421f-b64f-59760c2ede81 +6a508faa-80a8-3246-9941-90d8cc8dec85,681d6f34-b4eb-400d-a061-b78d246e6045 +6a508faa-80a8-3246-9941-90d8cc8dec85,d9de945d-5830-4406-8976-aac441f92092 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c38f9d0-7eb2-4bcf-8f3f-bd910372e565 +6a508faa-80a8-3246-9941-90d8cc8dec85,563802d6-f1d8-453b-8881-03c7a0f89fb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,dfde579a-1afd-43b4-b51d-94773adce0d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,bac7ec66-1e12-454e-92ba-37c058eb0c7f +6a508faa-80a8-3246-9941-90d8cc8dec85,1d4498d3-05a7-42bb-9f9e-38c8824cca99 +6a508faa-80a8-3246-9941-90d8cc8dec85,e59dca8e-780f-4d11-936c-fd118a9d006e +6a508faa-80a8-3246-9941-90d8cc8dec85,758d43c4-599f-4f4a-94e1-00478a76de31 +6a508faa-80a8-3246-9941-90d8cc8dec85,57bbfbdd-8405-4dde-b9fb-5930d3d379ca +6a508faa-80a8-3246-9941-90d8cc8dec85,912ee523-a6bb-4a83-afb3-0e1a594db471 +6a508faa-80a8-3246-9941-90d8cc8dec85,be4c30eb-7cc0-40a5-bf91-edc77e23b230 +6a508faa-80a8-3246-9941-90d8cc8dec85,46d4a6f7-010b-4dcc-b72c-ff89a9780415 +6a508faa-80a8-3246-9941-90d8cc8dec85,0783aa9e-143d-47eb-aff2-bb8785e323d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,096fbdd7-685f-42aa-b11e-77f4e5286f14 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a817a2d-b70c-4a07-856e-e169dbdc5c96 +6a508faa-80a8-3246-9941-90d8cc8dec85,06d39ea9-014a-4270-808b-7f6e7597e994 +6a508faa-80a8-3246-9941-90d8cc8dec85,ebaf3396-5697-4a46-bcc3-83fe185eb30a +6a508faa-80a8-3246-9941-90d8cc8dec85,ff169057-c8e1-44f0-9572-ba0df0e00a91 +6a508faa-80a8-3246-9941-90d8cc8dec85,77c9a1e6-7bee-49b3-b04b-47e7707742b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca4c1e93-8399-44ab-8b33-0323e5fa59d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7180cd66-5f68-48bc-953f-a95386aaf7d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd1125c1-9de9-4fbf-83db-3f8a83999ef7 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e4ca04d-3867-4c80-880c-7e1616d74fb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,f96720e8-3218-4d72-8525-ffac719822fe +6a508faa-80a8-3246-9941-90d8cc8dec85,fc52ed86-7e4a-48fa-8234-1e5ea8ea345f +6a508faa-80a8-3246-9941-90d8cc8dec85,60bac6df-3874-46b3-ba22-78e5d43407dd +6a508faa-80a8-3246-9941-90d8cc8dec85,ee28da28-d862-4a3c-a710-3a63103a9188 +6a508faa-80a8-3246-9941-90d8cc8dec85,6ae4738e-5833-4414-a2de-b0e2ece8ba6f +6a508faa-80a8-3246-9941-90d8cc8dec85,813b7ac1-9d88-4526-b132-8d69e99a06d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,15e36543-8755-40d6-9a80-c0899f0d2dc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,76bf39c1-80ee-4037-b80d-ee1872a7a499 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b6bf031-1405-4eca-8198-5325db3a4b20 +6a508faa-80a8-3246-9941-90d8cc8dec85,225b3f2f-d91b-44da-ae20-4e783bc4fa5f +6a508faa-80a8-3246-9941-90d8cc8dec85,2e5ae292-0944-44ba-8d3f-70245e079664 +6a508faa-80a8-3246-9941-90d8cc8dec85,a98e117b-46a5-48af-a88b-824918f6114f +6a508faa-80a8-3246-9941-90d8cc8dec85,55060223-8f27-48f1-8438-5442f1778cae +6a508faa-80a8-3246-9941-90d8cc8dec85,ac18f521-2b6f-468c-a6d5-0100115824ad +6a508faa-80a8-3246-9941-90d8cc8dec85,b2ce3198-449a-43dc-9ed9-b2adc1004ade +6a508faa-80a8-3246-9941-90d8cc8dec85,06f343f3-b76f-4e38-af4b-ed51ae22c373 +6a508faa-80a8-3246-9941-90d8cc8dec85,2869f76b-0956-4584-ba5c-479e38b86300 +6a508faa-80a8-3246-9941-90d8cc8dec85,0481d98d-a544-4404-8ba2-ebd83e6aaa29 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0f5bc99-ec90-40a7-9207-78a76aa64043 +6a508faa-80a8-3246-9941-90d8cc8dec85,988ac7dc-2da2-4429-937a-bdccb80e7025 +6a508faa-80a8-3246-9941-90d8cc8dec85,65e81b6c-2210-421e-8f39-b35d640f0fc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd1f6fef-4c9e-4607-92a6-4b7559edcabb +6a508faa-80a8-3246-9941-90d8cc8dec85,af93e152-71c7-46d4-93c4-bff2240f3743 +6a508faa-80a8-3246-9941-90d8cc8dec85,ef0ebedc-4bbf-488c-8f0c-54546a08e89a +6a508faa-80a8-3246-9941-90d8cc8dec85,a96e3b32-3762-4aa8-a0d6-d8fcc055509c +6a508faa-80a8-3246-9941-90d8cc8dec85,2c3ed7e4-2d6d-4260-99b1-184dd1c8f9e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,981db5bc-2532-46c6-9736-161ebd7f1800 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a29b7d5-4366-4bf4-bc88-6a5b9631905c +6a508faa-80a8-3246-9941-90d8cc8dec85,43c0d887-db2b-48e3-a352-31e726946c46 +6a508faa-80a8-3246-9941-90d8cc8dec85,25bf49f4-41b1-48d4-8b3f-d9ef0c66612b +6a508faa-80a8-3246-9941-90d8cc8dec85,de9cde11-a63c-49c8-a8bc-2c8e41de1482 +6a508faa-80a8-3246-9941-90d8cc8dec85,6086ac80-5056-473e-a378-839c8e29ee85 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d80179a-a094-4a34-be08-a1cedda1fee8 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6e1bf2a-0b7d-4375-b414-468717b6b590 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7546959-36dc-4cb3-9ec3-179af02cd05e +6a508faa-80a8-3246-9941-90d8cc8dec85,1e85ca46-dd07-48d6-a2bf-c9f29f3c2eed +6a508faa-80a8-3246-9941-90d8cc8dec85,d10d2a97-7db9-4119-b8d3-9def606983a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c6ef8bf-b8fa-4410-8af8-3a51b3d835bc +6a508faa-80a8-3246-9941-90d8cc8dec85,749f6011-341f-4748-8313-958f8ddc6e63 +6a508faa-80a8-3246-9941-90d8cc8dec85,88e4d772-6539-4f34-b3f4-a240665ec3ea +6a508faa-80a8-3246-9941-90d8cc8dec85,12ff874f-735a-4868-ac19-0472d357141e +6a508faa-80a8-3246-9941-90d8cc8dec85,03669ef2-154d-44e2-88b2-29a793892e44 +6a508faa-80a8-3246-9941-90d8cc8dec85,d2525ebb-fb69-4af0-b91f-4cd2da0bf37b +6a508faa-80a8-3246-9941-90d8cc8dec85,0bd88db8-bde3-4615-8dab-23d933791871 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c6d7287-150f-40a0-9fd1-972ba7d02ee3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1a7f2c6e-4ce0-4303-b20f-aabd7a3d4d89 +6a508faa-80a8-3246-9941-90d8cc8dec85,331a935a-95ab-4d13-b251-b5b386b34582 +6a508faa-80a8-3246-9941-90d8cc8dec85,02c06758-652b-4e82-be81-b10e2a6b20c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3491ee61-3d4f-42cf-9b15-c1bafd0d9003 +6a508faa-80a8-3246-9941-90d8cc8dec85,608c1939-d7da-44e0-a2af-cfd7c76002cd +6a508faa-80a8-3246-9941-90d8cc8dec85,7109efc6-fe24-4404-b198-cb772342e94f +6a508faa-80a8-3246-9941-90d8cc8dec85,c72813b2-4bc0-40c3-b843-3d1a51666b0d +6a508faa-80a8-3246-9941-90d8cc8dec85,8d31c1a5-b142-42ab-88c8-56359c6e2614 +6a508faa-80a8-3246-9941-90d8cc8dec85,6cc72973-cfca-4546-8965-cfc6525532d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,429ce392-5982-4bcb-b172-b9e12a0b644f +6a508faa-80a8-3246-9941-90d8cc8dec85,487fe0a6-a6d6-438f-87da-5a32ca245147 +6a508faa-80a8-3246-9941-90d8cc8dec85,46f9800c-9e6c-41e6-aded-50587a0fe01a +6a508faa-80a8-3246-9941-90d8cc8dec85,44e55af4-fc58-4e37-b9c2-db03da553f8f +6a508faa-80a8-3246-9941-90d8cc8dec85,04664c07-8345-449f-8d11-9cd62c6f255a +6a508faa-80a8-3246-9941-90d8cc8dec85,e59b9b0a-1145-49c9-a807-9d5872a84859 +6a508faa-80a8-3246-9941-90d8cc8dec85,30b084a4-95be-4939-a53b-d368a8c8f906 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c3197e4-a577-4839-86ac-7ea5175c92e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5f412533-1823-40ae-954c-f21ac5265abf +6a508faa-80a8-3246-9941-90d8cc8dec85,b133d668-3b6f-41b7-a858-93cfe3efba14 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e2f2b77-ca35-4077-929c-4eb449bc2b7a +6a508faa-80a8-3246-9941-90d8cc8dec85,8c812d89-220f-4b98-8c86-4d359af2e987 +6a508faa-80a8-3246-9941-90d8cc8dec85,11f1d22c-b23b-4036-98f6-7aa6eb2b7762 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e82eef0-286d-40cb-b9e7-f5929a724f50 +6a508faa-80a8-3246-9941-90d8cc8dec85,206da86b-74f0-435e-beb7-2ddee493bf1c +6a508faa-80a8-3246-9941-90d8cc8dec85,4f114a1e-33cb-487d-9cf9-ee6126de5cf9 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c35cea0-6c15-4964-a4a4-0cdd3e31fbcf +6a508faa-80a8-3246-9941-90d8cc8dec85,aecc89f9-61ce-423a-a87f-ee786d5405db +6a508faa-80a8-3246-9941-90d8cc8dec85,2fc5d92f-7e1a-4f7d-8293-ab20c881f6a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e9848bdb-9f5b-4fcb-841f-4539a0e26ea6 +6a508faa-80a8-3246-9941-90d8cc8dec85,33ba41bc-3740-40a5-abe9-bf236733acbe +6a508faa-80a8-3246-9941-90d8cc8dec85,5dcd7f7b-31ce-4fc5-a443-e38546695d4b +6a508faa-80a8-3246-9941-90d8cc8dec85,95a4b35a-b10d-49e6-8013-ec848a19b385 +6a508faa-80a8-3246-9941-90d8cc8dec85,9a388933-4941-4427-9a7a-64ba344ab1af +6a508faa-80a8-3246-9941-90d8cc8dec85,f9414dd1-68f1-4b95-b555-6336b55f7319 +6a508faa-80a8-3246-9941-90d8cc8dec85,4be04585-a5ea-4560-8802-0af452d511b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,9aa710af-3bbb-4c66-b93c-712312f0037d +6a508faa-80a8-3246-9941-90d8cc8dec85,031a383e-9265-4842-a997-791444b88d48 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ff0e7d6-d82c-467d-8fa8-aa7ad523e39d +6a508faa-80a8-3246-9941-90d8cc8dec85,d4997335-b38b-4302-9458-f624e911814b +6a508faa-80a8-3246-9941-90d8cc8dec85,7f6a1f18-3505-4618-8f03-9186f25fad46 +6a508faa-80a8-3246-9941-90d8cc8dec85,c00ea0d6-9159-49eb-888b-974b69b69f6b +6a508faa-80a8-3246-9941-90d8cc8dec85,8b7e0a5d-68af-4100-87e7-ae4bf53a35ee +6a508faa-80a8-3246-9941-90d8cc8dec85,36ba6dd7-bd02-4a92-ae64-2dbb0a50abf0 +6a508faa-80a8-3246-9941-90d8cc8dec85,17e3078b-0c67-4219-b73a-6614ea395b64 +6a508faa-80a8-3246-9941-90d8cc8dec85,e451ad37-be5b-40ac-8025-0288a7579009 +6a508faa-80a8-3246-9941-90d8cc8dec85,04f52810-ca58-492b-8656-f973b3573d0c +6a508faa-80a8-3246-9941-90d8cc8dec85,0cffdae7-0c9e-45cc-910e-98e1028dd1ae +6a508faa-80a8-3246-9941-90d8cc8dec85,dcc3c654-b289-4d41-9008-d3c01c512f66 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca207275-38e0-4eb4-91a9-ec8ba9982e8e +6a508faa-80a8-3246-9941-90d8cc8dec85,812eb121-256e-4f79-b69f-89f3268e4288 +6a508faa-80a8-3246-9941-90d8cc8dec85,b5af9f0c-d000-4aed-a5f6-54f4c64205b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad2ee45c-17e1-4ca8-a72a-efa3a0f1c075 +6a508faa-80a8-3246-9941-90d8cc8dec85,0537c95c-ee91-4c62-b6a3-082644aeb041 +6a508faa-80a8-3246-9941-90d8cc8dec85,94593ecc-2b20-470b-926f-7c072e4d579c +6a508faa-80a8-3246-9941-90d8cc8dec85,72c649b5-15c9-462a-a041-29adc30b097d +6a508faa-80a8-3246-9941-90d8cc8dec85,fd501275-174c-4266-8bd8-89e603d09cef +6a508faa-80a8-3246-9941-90d8cc8dec85,c6730eda-09e2-48a1-901d-76a90cbd8d4a +6a508faa-80a8-3246-9941-90d8cc8dec85,bf36b50d-d7e3-4c77-8645-1c0cfa0d52ed +6a508faa-80a8-3246-9941-90d8cc8dec85,4e52d3e7-196b-4b32-a31c-f6aa9aff27ea +6a508faa-80a8-3246-9941-90d8cc8dec85,0faa509d-eb71-4057-adbd-b78a91ddf705 +6a508faa-80a8-3246-9941-90d8cc8dec85,7780cc5a-b672-48a1-aef8-67115beca522 +6a508faa-80a8-3246-9941-90d8cc8dec85,30f10fc0-2750-4797-8604-34bd1fc80fd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ca51907-0fe7-46cb-86fd-36bd74cbbd9f +6a508faa-80a8-3246-9941-90d8cc8dec85,fe56e7c8-b6b4-4dd1-807a-fa6e2e8ed2a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c48c582-7bc2-4db4-a731-4cbaa59c3017 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7874d27-03bb-410b-9021-adb0d034a7df +6a508faa-80a8-3246-9941-90d8cc8dec85,5ca0f55d-0b4a-4ebf-9a7e-bfdca16e916f +6a508faa-80a8-3246-9941-90d8cc8dec85,b38e7b8c-c3a8-476f-b941-24e324efb814 +6a508faa-80a8-3246-9941-90d8cc8dec85,49a8d356-d26c-4af0-83fe-2a4a33911d5c +6a508faa-80a8-3246-9941-90d8cc8dec85,2b049d94-5968-4db3-b73d-d98895789010 +6a508faa-80a8-3246-9941-90d8cc8dec85,3a8d778f-a05b-4437-b23d-66f15fb55644 +6a508faa-80a8-3246-9941-90d8cc8dec85,34301dcd-5304-4552-bcc4-7477ae5d49c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,7767440b-0f52-427a-9791-5af3a68fd327 +6a508faa-80a8-3246-9941-90d8cc8dec85,87d6161c-5e7c-4c37-9e57-c6aa2ed58016 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdfae5ee-d64a-4865-b782-d153a3431d58 +6a508faa-80a8-3246-9941-90d8cc8dec85,75389343-55a7-4d2b-afd8-02189a9ed78e +6a508faa-80a8-3246-9941-90d8cc8dec85,08236714-bd1c-42b8-b574-f28a819ce541 +6a508faa-80a8-3246-9941-90d8cc8dec85,063e4e1d-7f43-47ba-98ab-2fc345dfc118 +6a508faa-80a8-3246-9941-90d8cc8dec85,96248dbe-3f12-4377-9163-530f026688d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,56295a6b-6ed5-4437-a5ed-c4f9ce1861b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c93c07c-4a35-402c-a3c7-f5dfe1d2ffe5 +6a508faa-80a8-3246-9941-90d8cc8dec85,15ffa9e6-2d61-470f-a157-f4e1e079089f +6a508faa-80a8-3246-9941-90d8cc8dec85,52c1f1a4-f1b5-436b-96a2-9b9d63367bec +6a508faa-80a8-3246-9941-90d8cc8dec85,bed38849-5631-4f54-8a94-1d82cf4f9105 +6a508faa-80a8-3246-9941-90d8cc8dec85,09a7d1be-b999-4f3d-b4fb-74e87e0b0ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,44eeaa0c-c3df-4bf9-94e6-3dc00c032cbb +6a508faa-80a8-3246-9941-90d8cc8dec85,3189219c-a4ca-4602-b817-9444ffe8f458 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ddc3b02-6e10-409c-b0eb-499ef77475c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,76f84ad6-9f3c-4d20-866d-2dbba52e9dc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,88324684-5a63-41ca-8a7f-8b50689547e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ec84808-b959-427b-88a9-432c697c950f +6a508faa-80a8-3246-9941-90d8cc8dec85,9981488a-a48e-4728-98e4-c066843d6c2a +6a508faa-80a8-3246-9941-90d8cc8dec85,8aeccb58-a68e-4e47-83e5-b6dd5fa008b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,064d5662-517d-46af-8be5-1602278314c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0b3e3bdf-9f2e-4255-91d7-110a85c361cc +6a508faa-80a8-3246-9941-90d8cc8dec85,bb695414-56bb-4067-b2df-ee8105750510 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2e7b167-cf51-48cf-8ee7-8e06c8b8bf06 +6a508faa-80a8-3246-9941-90d8cc8dec85,72bdaed3-3429-456b-8512-3166bb388995 +6a508faa-80a8-3246-9941-90d8cc8dec85,76294642-a95e-4169-b7c8-6c5330d8bf1c +6a508faa-80a8-3246-9941-90d8cc8dec85,90ff198c-dc27-4918-9d64-4dcc82827723 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca9eb5d4-4e5a-4c93-bdc7-d34a5d37006a +6a508faa-80a8-3246-9941-90d8cc8dec85,a424e0e9-b7ea-4256-97cb-6bd6cecbb563 +6a508faa-80a8-3246-9941-90d8cc8dec85,7bd229c1-d28c-4688-9e70-038a31825d56 +6a508faa-80a8-3246-9941-90d8cc8dec85,aac33d0c-c5be-4730-b074-be2e394fb11e +6a508faa-80a8-3246-9941-90d8cc8dec85,a65feb22-4683-493a-818f-2bf81e25fae5 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb06dffc-0b7d-416b-83b8-9b06be3131cc +6a508faa-80a8-3246-9941-90d8cc8dec85,ad1e0638-21e5-4219-84b6-41e25d0d7bad +6a508faa-80a8-3246-9941-90d8cc8dec85,fa59a060-8e8b-47c5-ac42-13d2fd8eb3dd +6a508faa-80a8-3246-9941-90d8cc8dec85,0e5c59b5-6397-4ef1-8716-fea6d68df58d +6a508faa-80a8-3246-9941-90d8cc8dec85,a1fdd0f3-fd96-4f76-a36e-9a3f29c9c542 +6a508faa-80a8-3246-9941-90d8cc8dec85,61f91a8d-5d2a-42ff-8f28-ee4c266e724d +6a508faa-80a8-3246-9941-90d8cc8dec85,32a9738a-48d3-4428-9a5f-457c585f34d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d045505-57b5-4505-a376-4195e43b6cfe +6a508faa-80a8-3246-9941-90d8cc8dec85,bc56bd71-4127-497e-ae3c-11c8c01a9d97 +6a508faa-80a8-3246-9941-90d8cc8dec85,50b62092-9afd-4167-ae51-15098fac4665 +6a508faa-80a8-3246-9941-90d8cc8dec85,f8aedf01-e9f8-461f-a4e6-d95d925b46d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,96383396-b153-46ed-b384-06488f026bbe +6a508faa-80a8-3246-9941-90d8cc8dec85,d2aa39d9-f0bd-4148-9ab8-dbd2c207d233 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bb5e937-0f67-4b92-9f29-4dc6f4f10984 +6a508faa-80a8-3246-9941-90d8cc8dec85,af25a11f-c7ca-4c69-8a18-e7d840e68b13 +6a508faa-80a8-3246-9941-90d8cc8dec85,351e8d85-f848-449a-bb3b-c7b589d953b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d1c16e5-f0de-4f25-958f-20dbcff94ab4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a08e80e7-e659-4195-b01d-b5a884967468 +6a508faa-80a8-3246-9941-90d8cc8dec85,95b84db5-1be3-47bc-83d0-e04c8b7bd83b +6a508faa-80a8-3246-9941-90d8cc8dec85,df763eaa-b6e9-4c06-a24f-e1b42a04a928 +6a508faa-80a8-3246-9941-90d8cc8dec85,782016b2-198a-4442-877a-7f0151e68881 +6a508faa-80a8-3246-9941-90d8cc8dec85,852dcabc-a5b4-4edf-8790-8e75c4d7f3ba +6a508faa-80a8-3246-9941-90d8cc8dec85,a133814a-7500-43dd-b3c3-5a30988ee5d0 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e3ec8fe-48fc-42a1-933e-dbfffe34b91a +6a508faa-80a8-3246-9941-90d8cc8dec85,1e9e7fde-8c04-4381-a8df-73d15ad61378 +6a508faa-80a8-3246-9941-90d8cc8dec85,f26a6639-12c9-4b6d-ab37-be85e004c137 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4f5cf3d-e1dc-4325-8524-ad738452292e +6a508faa-80a8-3246-9941-90d8cc8dec85,298e952c-1588-4672-8858-88c427244ac9 +6a508faa-80a8-3246-9941-90d8cc8dec85,efef9698-9e25-4a4e-9b44-673cb0730bc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,84e3cc38-efdb-4662-885e-ef8c7c5878f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,13a274d3-7c03-47c3-b480-6362c307e2fb +6a508faa-80a8-3246-9941-90d8cc8dec85,49b83b90-b57b-4143-abba-c078462f4359 +6a508faa-80a8-3246-9941-90d8cc8dec85,21e24358-b4d9-4b73-ac56-7ef13bb0b6eb +6a508faa-80a8-3246-9941-90d8cc8dec85,57041cd1-6a94-4f53-87f6-cc35d4887a23 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba37648b-c4d9-4890-96b2-fdfe46420ab5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fd6c2ad-68f0-494c-beef-fd3f0b2e5d35 +6a508faa-80a8-3246-9941-90d8cc8dec85,fd7c97a3-08a6-48a5-9f61-6229138d4e25 +6a508faa-80a8-3246-9941-90d8cc8dec85,f03a736c-6d2d-426c-992c-8410f6300054 +6a508faa-80a8-3246-9941-90d8cc8dec85,c485c909-1737-40ce-9d3b-e87ff1a71d47 +6a508faa-80a8-3246-9941-90d8cc8dec85,c91fc5a1-d0f0-4180-9fee-c4b6648301c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,79d6daef-f8e6-415e-8fcc-95d7405b51ea +6a508faa-80a8-3246-9941-90d8cc8dec85,c3c9cb37-97b4-4b1f-a680-c1b0191acf2e +6a508faa-80a8-3246-9941-90d8cc8dec85,619b0966-f871-4fcc-88d2-a4e2299b1b04 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d516385-57a2-4a99-a638-6312b1fbd796 +6a508faa-80a8-3246-9941-90d8cc8dec85,279c91f6-b6e3-4209-b552-9657b90bdf4a +6a508faa-80a8-3246-9941-90d8cc8dec85,561f00d7-e057-4581-b0b5-416031106aa1 +6a508faa-80a8-3246-9941-90d8cc8dec85,19c2aeee-2dd5-4f9d-bf46-1d909e432d1c +6a508faa-80a8-3246-9941-90d8cc8dec85,4a29211e-d5b7-4d3f-95be-3977f4f36f46 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f7ad65b-ff9a-4fa6-8f0a-ff059fdd3e42 +6a508faa-80a8-3246-9941-90d8cc8dec85,d56de03a-8d32-4717-a2f4-e8631d2b8bf1 +6a508faa-80a8-3246-9941-90d8cc8dec85,cac58d31-643a-4508-8029-a905c7fa58b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,45bfbddf-df66-4352-af03-a90c6c86972b +6a508faa-80a8-3246-9941-90d8cc8dec85,70bfee5e-e184-45dc-8439-8e77c9038661 +6a508faa-80a8-3246-9941-90d8cc8dec85,57b11633-9664-478d-8e58-d29714d0bdc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,66eada3d-6b2c-4855-813b-fce2b3084be2 +6a508faa-80a8-3246-9941-90d8cc8dec85,4ec60e9b-bac1-4d01-b619-239b13960868 +6a508faa-80a8-3246-9941-90d8cc8dec85,361d796d-cc4d-4c2d-a615-c0d0fdf8ee64 +6a508faa-80a8-3246-9941-90d8cc8dec85,21eb05d3-6b96-4ae4-b4c9-7b5ffcce9097 +6a508faa-80a8-3246-9941-90d8cc8dec85,01b52eb1-ec9e-4f6c-bd8a-0ebf6e9348a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bacbdaa-a165-4a47-abf3-e0c1f5a7aea4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d62d6f95-eca8-409b-931b-298e8abd2f1b +6a508faa-80a8-3246-9941-90d8cc8dec85,6e604e0b-e7c9-412b-a72b-404423bf13a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,c23bd245-e6d1-4f1e-9431-5ec7c10bcddc +6a508faa-80a8-3246-9941-90d8cc8dec85,1e012059-a9e8-41fc-86e7-af75e85a5f84 +6a508faa-80a8-3246-9941-90d8cc8dec85,f53aa666-2ce0-4e73-a0d1-1e32faa8d4ab +6a508faa-80a8-3246-9941-90d8cc8dec85,c562a505-cb32-489e-8414-dfb7a41449e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,acc16ea6-58fc-46c4-b662-8ca2d9a8092d +6a508faa-80a8-3246-9941-90d8cc8dec85,c97e325a-3731-41db-a645-690be07c6335 +6a508faa-80a8-3246-9941-90d8cc8dec85,85aece27-876f-433b-8b14-1fe6d102250d +6a508faa-80a8-3246-9941-90d8cc8dec85,7a3053fe-2d17-476d-9289-af736892dff4 +6a508faa-80a8-3246-9941-90d8cc8dec85,57ee50c5-ee88-4e4f-82b6-a85242296b4f +6a508faa-80a8-3246-9941-90d8cc8dec85,1ce6b82c-c1d0-40ff-92b6-b132a05b1a0b +6a508faa-80a8-3246-9941-90d8cc8dec85,ccfcdada-4b45-4872-b7c3-2d2448b6f9db +6a508faa-80a8-3246-9941-90d8cc8dec85,b773b78d-34e9-4830-9641-82a3b4aebda6 +6a508faa-80a8-3246-9941-90d8cc8dec85,0a5a561d-5903-47f5-995b-89e47205e59e +6a508faa-80a8-3246-9941-90d8cc8dec85,9deb9b7b-5a56-4623-ad40-a4da9354b04b +6a508faa-80a8-3246-9941-90d8cc8dec85,daa851dc-c4e8-4092-b54c-20d6f3bf6f7b +6a508faa-80a8-3246-9941-90d8cc8dec85,218728ea-47b1-4dba-8268-9a975aac8387 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b1ac3fa-8e82-44b8-8b7d-61d03f420483 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f490b7c-1132-4c5e-988d-1cb9ef11d29b +6a508faa-80a8-3246-9941-90d8cc8dec85,24dcbed2-c0a2-4839-90dc-8a1a5f59b303 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbefbac5-7b62-42a5-a50e-cd98a96993b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,56f04e98-8553-4967-a776-0d9040b47a25 +6a508faa-80a8-3246-9941-90d8cc8dec85,b050d1b3-9d79-4289-9321-8961501f4d66 +6a508faa-80a8-3246-9941-90d8cc8dec85,6908de5b-d589-46e4-be6f-a9564027c863 +6a508faa-80a8-3246-9941-90d8cc8dec85,e397d9ee-251a-42db-880e-ad4982f2582b +6a508faa-80a8-3246-9941-90d8cc8dec85,50af44eb-c671-461f-9f21-de51f34c6ab7 +6a508faa-80a8-3246-9941-90d8cc8dec85,a42b85f2-0691-41e3-a44f-7b7d6d5865a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e14b3c12-b7a7-4bcb-9c00-aea65d78cd00 +6a508faa-80a8-3246-9941-90d8cc8dec85,38b408cd-657d-40ff-98a6-8f9cf491b890 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7702dfa-2649-4063-8d38-9f54c69624ce +6a508faa-80a8-3246-9941-90d8cc8dec85,e4014aae-85bd-4643-a852-802ce5d8ae99 +6a508faa-80a8-3246-9941-90d8cc8dec85,618e5f17-de04-4f51-a765-fffc2b5d8643 +6a508faa-80a8-3246-9941-90d8cc8dec85,9cdb07d2-4f3a-4207-9064-05b5cb8c81ca +6a508faa-80a8-3246-9941-90d8cc8dec85,f90c63ca-a71f-4b5c-a221-bc662657caa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,eb1b2bc6-22dd-424e-a0ec-8e2504017f31 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfab2e99-8ee1-4cc1-95d3-e056f6994e51 +6a508faa-80a8-3246-9941-90d8cc8dec85,4674504c-7ab8-4791-b059-80c47399f413 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ef0e9e3-7786-42df-ae80-ed633853082c +6a508faa-80a8-3246-9941-90d8cc8dec85,977e9362-0db6-4f53-ab30-f25a598bb1cd +6a508faa-80a8-3246-9941-90d8cc8dec85,43bad3b2-9326-482d-a46a-00b3f0daa180 +6a508faa-80a8-3246-9941-90d8cc8dec85,9fd5503d-c02d-4da0-a84f-36ddd41bf081 +6a508faa-80a8-3246-9941-90d8cc8dec85,58fc1486-f467-4a02-9281-c19ce217d3f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,98092ef6-cdf7-4bab-8a63-995a49711e13 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc2022eb-94e4-4a89-8dfa-0044fdb97f71 +6a508faa-80a8-3246-9941-90d8cc8dec85,f62a0eb5-3f17-408b-b8c5-16942698f5b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,899fb552-ee40-4568-8b1e-6d4f1236d5db +6a508faa-80a8-3246-9941-90d8cc8dec85,3a4cf867-da37-472e-b255-c1bfb8d9f2a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,3de94eb1-04be-40ff-9674-6c11450e5801 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbd5ea76-1b72-4854-87ab-7ae36894fb2a +6a508faa-80a8-3246-9941-90d8cc8dec85,c2658f5c-1236-4660-bfae-387af412ee7e +6a508faa-80a8-3246-9941-90d8cc8dec85,c9303250-44f9-43ad-9790-20a44e34e0b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,3483d065-bf83-4e34-8a84-f3b839164fc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b2b85ae-4b9b-47d2-92dd-d8d92abcedb2 +6a508faa-80a8-3246-9941-90d8cc8dec85,eac4ec4c-6df8-4af0-a6f1-9c8317422a85 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e766c70-b19d-4df3-8559-08f6da4fd875 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2ad2485-9319-412d-8821-79a4f9f5449c +6a508faa-80a8-3246-9941-90d8cc8dec85,4b39b8d6-d6cf-469e-9539-0cc01841f270 +6a508faa-80a8-3246-9941-90d8cc8dec85,9568e951-b3f9-4e53-ba1c-ccdcf6e5ddae +6a508faa-80a8-3246-9941-90d8cc8dec85,2910b1b8-51da-4b23-bc12-23121b616509 +6a508faa-80a8-3246-9941-90d8cc8dec85,774a1f47-5829-4a70-bb4e-90e1148fad45 +6a508faa-80a8-3246-9941-90d8cc8dec85,0cf0123c-2df8-4089-81f0-262ed80f5df3 +6a508faa-80a8-3246-9941-90d8cc8dec85,066ce29e-8152-4c29-8fc4-35aada2d9c1a +6a508faa-80a8-3246-9941-90d8cc8dec85,555cc36c-5103-4cf6-b28c-4d0f66e57ac8 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b1be14f-d4a2-43d0-9592-09eea783cc25 +6a508faa-80a8-3246-9941-90d8cc8dec85,a5e22935-924a-47df-8f8d-6a388b94b016 +6a508faa-80a8-3246-9941-90d8cc8dec85,37965d33-029f-4b93-bdb1-32ac1781360f +6a508faa-80a8-3246-9941-90d8cc8dec85,885dc1fd-e862-48a8-afc6-686a24538bc0 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ea14071-fb17-4299-baab-4a9418deba55 +6a508faa-80a8-3246-9941-90d8cc8dec85,07f6b4e9-cb91-42da-bf9d-3a949fbfd950 +6a508faa-80a8-3246-9941-90d8cc8dec85,8eef2865-0fc2-4358-8356-4fd70462c523 +6a508faa-80a8-3246-9941-90d8cc8dec85,15d7dca2-ffaf-4ecc-ab39-126b654321f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,433bcfc3-9e9a-49ab-a12e-ee5f91f3bde5 +6a508faa-80a8-3246-9941-90d8cc8dec85,bcd65ef2-a36a-4d6f-b6fe-4f5d35aa42b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,d900090f-a1fc-4303-b89f-0b1def71c782 +6a508faa-80a8-3246-9941-90d8cc8dec85,2b69edd1-361c-4490-93b5-7ad172785bb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6b786613-cb5e-476b-9f2e-dbde95502ff2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f0366aa-0a67-4e03-bb51-055da8654154 +6a508faa-80a8-3246-9941-90d8cc8dec85,342dc90c-3c14-4e41-88e3-7a8049da2d7f +6a508faa-80a8-3246-9941-90d8cc8dec85,ce37b48d-b803-43d9-ab39-3303124296cd +6a508faa-80a8-3246-9941-90d8cc8dec85,ccbff8ed-077e-4b75-ac23-7cbf3ddd37f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0e78b7c-2e95-43a8-aba9-c373486a75d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4ca103b-6d35-45b3-a69f-edffc611f821 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1c544d8-e58b-4593-9018-c43e536dc219 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e34548d-60a6-4620-b12b-8175bf4e0649 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa321c5e-30cd-45b2-ae4a-0fb6ae367554 +6a508faa-80a8-3246-9941-90d8cc8dec85,f87ff0a9-8ff4-4cb3-bb80-ede45aabaecd +6a508faa-80a8-3246-9941-90d8cc8dec85,23a76d22-f343-40d0-9f10-6231238c0fe6 +6a508faa-80a8-3246-9941-90d8cc8dec85,b2ce647b-d972-41cc-9a93-ddf86e1bb12f +6a508faa-80a8-3246-9941-90d8cc8dec85,6c35c325-f6b0-473c-a774-61129c2e54f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,538ae0ce-fc42-4ded-ad9f-91e66ee1121e +6a508faa-80a8-3246-9941-90d8cc8dec85,517f680f-cd20-44f1-9f26-6ed9e7b39296 +6a508faa-80a8-3246-9941-90d8cc8dec85,988d30cf-970b-4832-bd3c-e629ee9a33aa +6a508faa-80a8-3246-9941-90d8cc8dec85,641a8a5c-ccdf-489e-9f40-5c35fa39296e +6a508faa-80a8-3246-9941-90d8cc8dec85,78e56afe-74a0-4a27-a60d-231a951fe44c +6a508faa-80a8-3246-9941-90d8cc8dec85,b306c107-60d5-4f39-8239-3f7d073efb48 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f3f358e-8f52-4eb7-b12d-f4afbef6eadf +6a508faa-80a8-3246-9941-90d8cc8dec85,7d0bb11a-b6e2-459b-89ce-e3a7aac822bc +6a508faa-80a8-3246-9941-90d8cc8dec85,992824ad-9139-4434-bd06-8c502103d526 +6a508faa-80a8-3246-9941-90d8cc8dec85,faa3997f-9980-4148-9a19-c797cbe0e8b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,a6fef482-eb63-4a23-9a67-9fcf904ddfa3 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d465fa2-3c2f-4a18-82d4-489fa52d2d32 +6a508faa-80a8-3246-9941-90d8cc8dec85,b610ff63-6ef3-4a5a-a45c-7d1e9d850bb8 +6a508faa-80a8-3246-9941-90d8cc8dec85,5fcd0ca3-9c04-4a16-bd25-1c8c953f0663 +6a508faa-80a8-3246-9941-90d8cc8dec85,122ecbc7-c751-425b-9c53-f7ecad18fa8f +6a508faa-80a8-3246-9941-90d8cc8dec85,58ff82de-cf57-4581-b3e4-02c5c17bc3dc +6a508faa-80a8-3246-9941-90d8cc8dec85,91d31bf8-4b7a-4248-9813-63b52ef6e4cf +6a508faa-80a8-3246-9941-90d8cc8dec85,dc6cccb0-8e75-4354-8239-2b7f4fd9fc3a +6a508faa-80a8-3246-9941-90d8cc8dec85,cc52c4cb-0bbb-488b-80e4-ddd97e64d42e +6a508faa-80a8-3246-9941-90d8cc8dec85,fb25dcc1-f582-4201-9f55-d7ad8794b9b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dd0125fc-96ee-4634-96a8-2a932ea4c0e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,19e104bb-950c-4616-bb41-2753678a0ca0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ffa8cba4-d91f-48b2-9e99-a6724fb511d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e6f33c9-e479-4052-91c0-d0137bfb3d0c +6a508faa-80a8-3246-9941-90d8cc8dec85,59e7effa-bf0c-403f-9700-aa0681d565a7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c293f440-bc9b-4f1f-8db8-141d5b479490 +6a508faa-80a8-3246-9941-90d8cc8dec85,9caaba82-457e-427e-8387-dea403501e6d +6a508faa-80a8-3246-9941-90d8cc8dec85,3b9c582e-2d14-44a2-8110-662e1f1f7734 +6a508faa-80a8-3246-9941-90d8cc8dec85,3672e186-cb15-438f-b7c8-414206b99c9c +6a508faa-80a8-3246-9941-90d8cc8dec85,d9b0d3f2-ffdd-470a-a959-b3e4407ad094 +6a508faa-80a8-3246-9941-90d8cc8dec85,9361254f-0f9d-45a0-b686-c81e26976833 +6a508faa-80a8-3246-9941-90d8cc8dec85,59738c32-45dc-4f6f-ad99-2fb186a9f704 +6a508faa-80a8-3246-9941-90d8cc8dec85,f10b6e2d-85a2-4c25-9ae2-14dcfaeef8b4 +6a508faa-80a8-3246-9941-90d8cc8dec85,251898f4-8aa2-4c19-be67-1925e854ab75 +6a508faa-80a8-3246-9941-90d8cc8dec85,9692d2b7-f1cf-44a1-a9ac-cab1a2c2e7d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,a8c83110-056a-4c03-99f2-94a3a55a6765 +6a508faa-80a8-3246-9941-90d8cc8dec85,960ea918-ef7c-4f5f-84dd-98e10a10c51f +6a508faa-80a8-3246-9941-90d8cc8dec85,73e0599e-5844-44b0-a347-ae7e3d442898 +6a508faa-80a8-3246-9941-90d8cc8dec85,4cbdcd76-a6bc-4de8-a7ca-5ab72abb79f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d8ff927-7428-47c6-ac3a-ff31c7c03c49 +6a508faa-80a8-3246-9941-90d8cc8dec85,83098ee3-cf89-43ef-82fa-3d11d2cedbb1 +6a508faa-80a8-3246-9941-90d8cc8dec85,31dddfb9-8355-4736-931f-e74a1c61e260 +6a508faa-80a8-3246-9941-90d8cc8dec85,de7657d7-2c5f-402b-b7c4-30a0b4ae60e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,be7f9dc5-d020-42bd-85ab-7985215354e5 +6a508faa-80a8-3246-9941-90d8cc8dec85,dca7485b-eae4-468e-98b3-65bece6a93cb +6a508faa-80a8-3246-9941-90d8cc8dec85,49c25dd3-09fc-4142-a761-bf42a5bd4131 +6a508faa-80a8-3246-9941-90d8cc8dec85,7375cdae-e018-49cb-801c-36e46769af4c +6a508faa-80a8-3246-9941-90d8cc8dec85,f2678b66-dc40-4070-94da-046592c2d646 +6a508faa-80a8-3246-9941-90d8cc8dec85,96f1bca4-24a2-46ed-aaa9-ce4f831d87b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b65043d2-5f54-40f4-a15a-655035a4f97f +6a508faa-80a8-3246-9941-90d8cc8dec85,e1ff3bd7-3435-49ec-8b6c-d5b22ddc3b47 +6a508faa-80a8-3246-9941-90d8cc8dec85,9b3b0918-cebf-4a07-9ab5-9627187a4cc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1599ddf5-5693-47f0-a837-49f8267934da +6a508faa-80a8-3246-9941-90d8cc8dec85,0c4dc58c-5dc9-4047-8546-4bff2a460ed0 +6a508faa-80a8-3246-9941-90d8cc8dec85,ccd78648-2e1c-4287-961e-69a7c1d1e76b +6a508faa-80a8-3246-9941-90d8cc8dec85,a687ca77-3758-47ee-a688-0d96f7a49b5a +6a508faa-80a8-3246-9941-90d8cc8dec85,e7d7a39f-d9d2-44d5-bdd1-372e631bfd4e +6a508faa-80a8-3246-9941-90d8cc8dec85,35158126-6fcb-4586-a3a6-55d83b10a96a +6a508faa-80a8-3246-9941-90d8cc8dec85,a7b46158-021b-4ce7-be7a-66f0dd0cfdaf +6a508faa-80a8-3246-9941-90d8cc8dec85,dbad5a9b-8c38-41cd-b583-81d37830c7aa +6a508faa-80a8-3246-9941-90d8cc8dec85,33e01fbc-5b29-40da-8fb3-b9c37b5eba64 +6a508faa-80a8-3246-9941-90d8cc8dec85,a0292bc9-aa44-4843-a56b-8e84db1ea610 +6a508faa-80a8-3246-9941-90d8cc8dec85,96950b5c-14ff-4f45-b59c-50740514a75c +6a508faa-80a8-3246-9941-90d8cc8dec85,2a18ea0e-ef60-470d-9da6-3f0346487300 +6a508faa-80a8-3246-9941-90d8cc8dec85,61515d94-2eee-478d-a0d2-27bbeaa6bed3 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c813eb7-9f59-4998-b961-4fe452cf9ab5 +6a508faa-80a8-3246-9941-90d8cc8dec85,6c491cc5-7c75-450c-a445-eae8e189d29e +6a508faa-80a8-3246-9941-90d8cc8dec85,6b6f85ed-1b25-40b4-8291-e87301196457 +6a508faa-80a8-3246-9941-90d8cc8dec85,91445ec1-2b8b-47b4-801f-aec1d421454e +6a508faa-80a8-3246-9941-90d8cc8dec85,33417abc-ca3c-47c4-a7c3-e91cba2361ae +6a508faa-80a8-3246-9941-90d8cc8dec85,42e51cc8-3d65-44d4-b52c-da3967936deb +6a508faa-80a8-3246-9941-90d8cc8dec85,ccf4aedc-a92a-4a68-8181-8f0f7a1f85a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,7d929503-38f2-4d96-81ca-b7d2c9aefd03 +6a508faa-80a8-3246-9941-90d8cc8dec85,b25e6ff4-e2f5-4673-8385-13bcf755c4a9 +6a508faa-80a8-3246-9941-90d8cc8dec85,de3e3f99-d397-4ca1-946a-1ca3c9e957da +6a508faa-80a8-3246-9941-90d8cc8dec85,3d24aef4-7683-450f-ac2d-0a332c318a0d +6a508faa-80a8-3246-9941-90d8cc8dec85,25147e4a-0c98-4b78-bdc7-83a6535e4059 +6a508faa-80a8-3246-9941-90d8cc8dec85,271e14fe-9152-496b-9bc1-f8b3a33628fb +6a508faa-80a8-3246-9941-90d8cc8dec85,416b5b69-cf8c-4c92-baec-b07f4415a5ec +6a508faa-80a8-3246-9941-90d8cc8dec85,7f9ea55a-0330-48a3-80bc-f196a5c507fc +6a508faa-80a8-3246-9941-90d8cc8dec85,482a3817-e02d-4795-b675-c14b442c8b78 +6a508faa-80a8-3246-9941-90d8cc8dec85,7faa8428-f03f-4e85-99f2-3c5bdf655a13 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8272f26-199a-4cb9-a7cf-111e9f354f3c +6a508faa-80a8-3246-9941-90d8cc8dec85,85fff5ac-1481-480d-955e-88940a1f4dcd +6a508faa-80a8-3246-9941-90d8cc8dec85,07561d88-41a4-493e-83d9-109d66efaf96 +6a508faa-80a8-3246-9941-90d8cc8dec85,114cd6ba-60af-4de6-aecd-8f398af8ffc3 +6a508faa-80a8-3246-9941-90d8cc8dec85,2aaf1b82-1240-46f5-8c0a-fbb78e9b210b +6a508faa-80a8-3246-9941-90d8cc8dec85,017e36bc-46e4-4af8-801c-787782d5aba7 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c6319e7-5718-4b3a-b004-cf8904b30e9d +6a508faa-80a8-3246-9941-90d8cc8dec85,eb228a54-d478-4062-93ec-f3d457e77c40 +6a508faa-80a8-3246-9941-90d8cc8dec85,7a44e87e-3e2f-4d3c-a6a8-3a11d14e3580 +6a508faa-80a8-3246-9941-90d8cc8dec85,ed7a9216-2126-4a56-b342-69c538de2c81 +6a508faa-80a8-3246-9941-90d8cc8dec85,a9c2ce52-f3a0-4ae3-a6b5-fabc2ae3eda2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d98f6905-d68d-4344-88e2-2a122eb4c785 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e792e5a-a35a-4ad9-8677-90ad921caf7b +6a508faa-80a8-3246-9941-90d8cc8dec85,f2c49634-3548-4d32-8ca7-86f72581a6f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,75fc3503-6374-430a-8222-bafc925f7f6c +6a508faa-80a8-3246-9941-90d8cc8dec85,3347dfaa-e6ff-4280-ab56-f84e4e75472e +6a508faa-80a8-3246-9941-90d8cc8dec85,c5cf9823-fa87-43d5-bc69-3091c58c00bc +6a508faa-80a8-3246-9941-90d8cc8dec85,291a2fa5-94a2-4c10-aa7a-3906d5c771f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,136437d0-9954-4fc2-8d7b-08663f75418c +6a508faa-80a8-3246-9941-90d8cc8dec85,fa8cb2c6-89aa-4598-b2a4-c1a2ea37dad9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e325b22c-c7c9-4c28-9a35-f305d7efe439 +6a508faa-80a8-3246-9941-90d8cc8dec85,21f0a0df-51e4-44eb-bf3b-d75cc1f1193f +6a508faa-80a8-3246-9941-90d8cc8dec85,561928e3-a3e7-40a0-b8fb-a60843c27202 +6a508faa-80a8-3246-9941-90d8cc8dec85,168907a6-2f54-419a-9529-a45910768133 +6a508faa-80a8-3246-9941-90d8cc8dec85,e500aa73-2e38-4166-906c-9c4879cd07e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3581efe-9c3d-4f43-93f6-5b40062fa44c +6a508faa-80a8-3246-9941-90d8cc8dec85,e40566eb-4bfe-457c-8458-47f3e6c006a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f404b17-86aa-4043-9c10-e1f21a43154d +6a508faa-80a8-3246-9941-90d8cc8dec85,733c6491-75a0-488f-8b12-4360ace0c1c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,474a8a4a-e080-4c4b-b2db-86d84e5fdaa5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ac612498-b96a-4e1f-a8c1-363da2a56359 +6a508faa-80a8-3246-9941-90d8cc8dec85,5dd211b2-2bf4-46ed-9d39-65fe8b8194af +6a508faa-80a8-3246-9941-90d8cc8dec85,abb0240e-ea0e-438c-b887-d9f44928e7f4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bdcdc3e8-100c-4037-b9af-c0074d2da7e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,18b7628a-5c9c-45f5-9ba2-8c1d91f8e745 +6a508faa-80a8-3246-9941-90d8cc8dec85,226df84d-9075-4257-81ae-1ebb2473e193 +6a508faa-80a8-3246-9941-90d8cc8dec85,12f86120-01cb-4c53-ad97-4914269257ff +6a508faa-80a8-3246-9941-90d8cc8dec85,80e1f509-7fa9-49a1-9bb7-630dbf818544 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ddd94b7-7bf0-4d03-bacd-e3219baba1df +6a508faa-80a8-3246-9941-90d8cc8dec85,7e0734b7-ffd9-4e80-a592-15d1f1d33a62 +6a508faa-80a8-3246-9941-90d8cc8dec85,9706f844-7403-4e49-b38d-78985552a03e +6a508faa-80a8-3246-9941-90d8cc8dec85,3106bd9b-3f6c-4c49-b3b3-6e2bdcaa2194 +6a508faa-80a8-3246-9941-90d8cc8dec85,d13274eb-5926-4af3-ab5f-69f5796c6628 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a18455a-37db-4798-9456-6fe02f4663d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,ad3a96b9-32de-4b98-82c1-0a0fe2828bd5 +6a508faa-80a8-3246-9941-90d8cc8dec85,75988206-cc02-42b8-8ed6-f803150f00d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fd00564-e4eb-4419-8ba3-2cfd3037b48f +6a508faa-80a8-3246-9941-90d8cc8dec85,80057adf-d358-496c-9594-cf14ca3209b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,576f25c2-77d6-4e5b-adaf-b790bfb62275 +6a508faa-80a8-3246-9941-90d8cc8dec85,52985590-d55e-4c27-bf33-4f6e844d2dce +6a508faa-80a8-3246-9941-90d8cc8dec85,4feab31e-5595-4c7a-a7d4-4c8901cfdfab +6a508faa-80a8-3246-9941-90d8cc8dec85,f9b378eb-1572-4b26-b635-108baa471602 +6a508faa-80a8-3246-9941-90d8cc8dec85,f882ad1f-60e7-41e5-87f9-c2a67f41460c +6a508faa-80a8-3246-9941-90d8cc8dec85,e21058d4-81a2-4198-ad21-c1a6fee9a24e +6a508faa-80a8-3246-9941-90d8cc8dec85,7f2e10aa-6b81-457b-8949-aa690fc5bd49 +6a508faa-80a8-3246-9941-90d8cc8dec85,371ae880-7e1e-4cb1-9a8c-9d270255ac18 +6a508faa-80a8-3246-9941-90d8cc8dec85,9788ea75-2a9c-4fa3-a1f1-ecb0dcd87b1b +6a508faa-80a8-3246-9941-90d8cc8dec85,b9d08a91-1f2a-468f-901d-040b835009c8 +6a508faa-80a8-3246-9941-90d8cc8dec85,fad2c24f-8b24-487d-a568-54c901d54bab +6a508faa-80a8-3246-9941-90d8cc8dec85,bdbc0b88-398a-417a-a4ed-3927eb8b7dde +6a508faa-80a8-3246-9941-90d8cc8dec85,8535324f-b4cb-40fd-bb8d-44f0bbf5d13d +6a508faa-80a8-3246-9941-90d8cc8dec85,20352992-316b-460f-b802-63e19b8813d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,902f57d4-f296-4ccc-bdcf-2590c25c25f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aed1f8c-aed0-4acb-9510-a45dc924e12e +6a508faa-80a8-3246-9941-90d8cc8dec85,429a5312-63b7-4d10-a6aa-9c4ac1083976 +6a508faa-80a8-3246-9941-90d8cc8dec85,c2526af9-b586-416c-b866-99e88bf55c83 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e1d2b7c-1312-4e01-92d3-2c54d6b9ae97 +6a508faa-80a8-3246-9941-90d8cc8dec85,a67a40b2-6212-42b2-ba4c-3fe9df8580ec +6a508faa-80a8-3246-9941-90d8cc8dec85,b2264910-e98d-4e85-a76c-3878f288afd7 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f2f69ae-a50b-4a26-9d36-b1c25d4c6038 +6a508faa-80a8-3246-9941-90d8cc8dec85,9e1fcbf7-e2a3-4dbf-99e1-683f475ebc8b +6a508faa-80a8-3246-9941-90d8cc8dec85,9b657a37-80df-4a6e-914f-61842d9feea9 +6a508faa-80a8-3246-9941-90d8cc8dec85,11a1a400-cf15-4193-a6d2-bd43a8379571 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f5b734b-5c78-4f13-94c1-c10c72a80686 +6a508faa-80a8-3246-9941-90d8cc8dec85,d6d52790-1b6e-402e-8389-68ad30a02ff9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e16e0840-3945-4770-84c0-1f3b02e98e43 +6a508faa-80a8-3246-9941-90d8cc8dec85,6e5cecec-566c-4ec1-b991-436e4cde2e46 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7094d8d-7acc-497b-9c1c-4749c6a68893 +6a508faa-80a8-3246-9941-90d8cc8dec85,3611c6bc-b06c-4a52-bc5a-b88ae9849eb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e6a7dcc-2b59-40d0-8923-5dded01e9241 +6a508faa-80a8-3246-9941-90d8cc8dec85,3ae212ad-ee11-45a9-a190-e9138fbc578e +6a508faa-80a8-3246-9941-90d8cc8dec85,15cac2cf-65bc-4c39-9424-c6794f0e867a +6a508faa-80a8-3246-9941-90d8cc8dec85,3784bbda-77a5-4372-89f5-5e8c365ebaab +6a508faa-80a8-3246-9941-90d8cc8dec85,d0fc6373-eb99-4327-ac3e-97188fef049f +6a508faa-80a8-3246-9941-90d8cc8dec85,cef5b272-b307-4e91-8068-280725c446ac +6a508faa-80a8-3246-9941-90d8cc8dec85,692c841c-6b69-403d-a6e4-675e89225f79 +6a508faa-80a8-3246-9941-90d8cc8dec85,80bbb348-1013-4f2f-bf00-ead86cf5ab17 +6a508faa-80a8-3246-9941-90d8cc8dec85,f015b2ee-7d89-494a-9b1f-9dc92372c473 +6a508faa-80a8-3246-9941-90d8cc8dec85,d15d58a8-d1e1-4151-8db2-c232489c84eb +6a508faa-80a8-3246-9941-90d8cc8dec85,fea8a039-36d8-442d-beaf-cdc7b472e0d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,ba88be36-e500-4e54-a974-dba2591a26b2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f16cb51-09db-43c4-a331-f7737d078145 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7a0e751-0f06-4871-862b-83b2e149cd3b +6a508faa-80a8-3246-9941-90d8cc8dec85,14f9ba7a-f752-494e-94b8-a6fff4967621 +6a508faa-80a8-3246-9941-90d8cc8dec85,44a6cc3d-83cb-44d4-bab8-15ab50fd1203 +6a508faa-80a8-3246-9941-90d8cc8dec85,29837565-93d2-4fdc-b8e4-c465a0071992 +6a508faa-80a8-3246-9941-90d8cc8dec85,4a5b4a85-d4a2-45b9-a75e-27d2e8545603 +6a508faa-80a8-3246-9941-90d8cc8dec85,6724d91e-7562-493d-a22c-a6641d0519cb +6a508faa-80a8-3246-9941-90d8cc8dec85,49779b4e-e327-4512-8dcd-721f2768657e +6a508faa-80a8-3246-9941-90d8cc8dec85,28c8612a-0465-4f85-a670-4c33b340cdc2 +6a508faa-80a8-3246-9941-90d8cc8dec85,acf93cf2-36d7-4cbd-a6dc-5209073eb558 +6a508faa-80a8-3246-9941-90d8cc8dec85,89aa70a8-fccc-49e0-bab0-2af9331915cc +6a508faa-80a8-3246-9941-90d8cc8dec85,c3cac8b5-a45f-44fa-97d0-6c6952831807 +6a508faa-80a8-3246-9941-90d8cc8dec85,8c03183d-e2da-4820-8c1a-471b08ce7936 +6a508faa-80a8-3246-9941-90d8cc8dec85,85343b4b-1547-4fcd-b768-efca220aedec +6a508faa-80a8-3246-9941-90d8cc8dec85,ffd371ee-233d-4c61-9006-64a34d062011 +6a508faa-80a8-3246-9941-90d8cc8dec85,f25a26b7-cb4b-465a-a524-2fdf7a5c834e +6a508faa-80a8-3246-9941-90d8cc8dec85,d09d3606-d7a5-441d-a7e5-8eb7585aed34 +6a508faa-80a8-3246-9941-90d8cc8dec85,d0b5b361-b089-40a5-99d4-d5af1c38bbac +6a508faa-80a8-3246-9941-90d8cc8dec85,dcbd8dd6-dba4-40c7-be6b-c9e3fc5275aa +6a508faa-80a8-3246-9941-90d8cc8dec85,4fd83ba3-8646-4605-ab3c-a17ff387aa2d +6a508faa-80a8-3246-9941-90d8cc8dec85,1b52b37b-5210-459f-a60c-4a418ebc8c4a +6a508faa-80a8-3246-9941-90d8cc8dec85,db1e3076-ca62-4cb2-96a6-38356de8f81c +6a508faa-80a8-3246-9941-90d8cc8dec85,40cd0e2e-b36b-4826-9ea3-36cafa9660ff +6a508faa-80a8-3246-9941-90d8cc8dec85,1046343a-f56e-46ee-8160-e51295835a7b +6a508faa-80a8-3246-9941-90d8cc8dec85,a0f0cdef-1a7d-4203-9f71-a310647ecc0a +6a508faa-80a8-3246-9941-90d8cc8dec85,f8e263e0-6cc8-4a39-8e3a-6c08f186a3dc +6a508faa-80a8-3246-9941-90d8cc8dec85,ac017a59-7279-4778-9ec6-bc64853c0ba2 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff4a5e51-862f-4664-bac1-fa77242864eb +6a508faa-80a8-3246-9941-90d8cc8dec85,74c5309d-c33c-4c01-825d-0420812bcd64 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ea45a66-ac33-4e42-b5cd-adaa0a7e9037 +6a508faa-80a8-3246-9941-90d8cc8dec85,a91fdb00-e7fb-493c-9110-8f40d01bc58f +6a508faa-80a8-3246-9941-90d8cc8dec85,d516d1f7-7d04-4da0-bef3-d85a8323540b +6a508faa-80a8-3246-9941-90d8cc8dec85,6af06ce0-c066-4a41-8b88-23f7e1ad6788 +6a508faa-80a8-3246-9941-90d8cc8dec85,220baadb-3235-4c75-a320-e8ce15d237fa +6a508faa-80a8-3246-9941-90d8cc8dec85,bf7b9717-8a4c-4561-bb40-a6e2c2f90c91 +6a508faa-80a8-3246-9941-90d8cc8dec85,cfe5acc5-3822-49ad-82ef-2ff58a984093 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c126085-32f3-430a-a662-1255183e89d6 +6a508faa-80a8-3246-9941-90d8cc8dec85,8aa1c24d-4bb3-49fc-8b64-2949b44d939d +6a508faa-80a8-3246-9941-90d8cc8dec85,163a582f-1bb0-47a6-9487-766b73938709 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ce6c7f6-555a-4c7e-8686-0df5306f588a +6a508faa-80a8-3246-9941-90d8cc8dec85,a16cfad4-4625-4d5d-b30c-c00cacd401a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,95851d43-0c1c-4f4f-adc2-2c219d265c75 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce5a017c-ef0b-43c8-9e28-9d71ea01605a +6a508faa-80a8-3246-9941-90d8cc8dec85,1bc6ff8d-5a6f-473f-8f44-3311f13680d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e2373cce-586d-4c02-a03a-e3ae613231bf +6a508faa-80a8-3246-9941-90d8cc8dec85,74f47c95-be99-4b85-b4c8-d68987a33c37 +6a508faa-80a8-3246-9941-90d8cc8dec85,f6b9f6aa-1e79-4e86-84be-04283216340e +6a508faa-80a8-3246-9941-90d8cc8dec85,4dda62c9-dd42-420d-a004-86cc68aebf5c +6a508faa-80a8-3246-9941-90d8cc8dec85,7d2cf051-95a1-4e58-bc7a-ef226868bb35 +6a508faa-80a8-3246-9941-90d8cc8dec85,47db1d2a-7422-4926-ab12-df04129fd845 +6a508faa-80a8-3246-9941-90d8cc8dec85,316bd8c8-8bad-413f-940f-fc649ee83345 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8a0a558-833f-4299-a3d4-2c707038a40a +6a508faa-80a8-3246-9941-90d8cc8dec85,b5e5af58-e69d-4dbe-a7c2-7df7bf6003b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,532127d4-77ee-4c21-9228-56245efd8388 +6a508faa-80a8-3246-9941-90d8cc8dec85,178822d4-1b25-4c86-8f94-a65dc509766b +6a508faa-80a8-3246-9941-90d8cc8dec85,058f9029-cf92-4084-9b49-7e1c14daf48a +6a508faa-80a8-3246-9941-90d8cc8dec85,e5db7da2-8a6f-4b7e-a596-85df1034c455 +6a508faa-80a8-3246-9941-90d8cc8dec85,29f68a9d-3e59-4bc0-920c-155ae3a29fcb +6a508faa-80a8-3246-9941-90d8cc8dec85,c9d072b7-3137-436a-8a2b-79e4583950aa +6a508faa-80a8-3246-9941-90d8cc8dec85,80ab2b8d-82ad-40e1-91d6-5c09a69451df +6a508faa-80a8-3246-9941-90d8cc8dec85,520de724-f2bf-4367-9f12-45f4acad2286 +6a508faa-80a8-3246-9941-90d8cc8dec85,b795d7f5-546f-460e-9602-95507d167632 +6a508faa-80a8-3246-9941-90d8cc8dec85,376d62a8-168c-48e7-8d51-3632e1141adc +6a508faa-80a8-3246-9941-90d8cc8dec85,c7274e41-4fa6-4370-a833-1c26d5cead3e +6a508faa-80a8-3246-9941-90d8cc8dec85,c673adff-4b78-46ac-a56f-280c0470b9ea +6a508faa-80a8-3246-9941-90d8cc8dec85,037c9624-e908-460d-a2f8-f3c4b23cec16 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ed7fce9-0b45-4efd-9a84-887fe0b95db1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4147da41-6909-46a7-a859-c5ae0a0cbe23 +6a508faa-80a8-3246-9941-90d8cc8dec85,de2ac499-6fe3-47c2-bab1-00e74aee89e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d50e5124-0153-4ef4-bfe3-df1c1f1fcf89 +6a508faa-80a8-3246-9941-90d8cc8dec85,846e0c9a-3cf4-43c3-b2b0-ee9915e72218 +6a508faa-80a8-3246-9941-90d8cc8dec85,28196f43-1c98-48ca-8cbe-95ff1693918b +6a508faa-80a8-3246-9941-90d8cc8dec85,238672a3-a0c1-4a16-bcf5-a142a0bb04ef +6a508faa-80a8-3246-9941-90d8cc8dec85,0ba28291-8771-4403-9f57-dabae7ddf3a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,bc4807e8-50aa-47c2-9278-219f48f89e2e +6a508faa-80a8-3246-9941-90d8cc8dec85,49703fcd-7833-4b2d-8fa3-1b4ae2828658 +6a508faa-80a8-3246-9941-90d8cc8dec85,bcadb830-635b-43f9-ac71-563b578f9ac6 +6a508faa-80a8-3246-9941-90d8cc8dec85,407f4132-c1ca-4576-906c-a5c7060c3b90 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca479df6-aa77-482e-b859-f54550bf5b95 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f520b1f-a934-4d6e-b686-f1768c82af31 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0dda40d-2309-4d94-8371-067f5c8072ae +6a508faa-80a8-3246-9941-90d8cc8dec85,f00bd575-72b9-49d5-bd06-152ecf275000 +6a508faa-80a8-3246-9941-90d8cc8dec85,2a1f664b-d887-41c8-acb8-27f074b30f66 +6a508faa-80a8-3246-9941-90d8cc8dec85,c28eb868-5ba3-4e75-9cb4-6dc026f54bf4 +6a508faa-80a8-3246-9941-90d8cc8dec85,d31c4188-4e3f-4d7e-88b1-f7f330f1f6be +6a508faa-80a8-3246-9941-90d8cc8dec85,e54b9ad2-a5c3-4da7-b819-7dec93d07fce +6a508faa-80a8-3246-9941-90d8cc8dec85,a516d535-0116-411b-99a5-afee079671f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c36e9a46-6508-4ff7-9f09-6225708256bf +6a508faa-80a8-3246-9941-90d8cc8dec85,05a2638b-dc53-43a4-8b62-1997408c9ec5 +6a508faa-80a8-3246-9941-90d8cc8dec85,250cb8ee-c093-4668-9d50-1878c55fb5e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,08966480-9238-408a-9d87-a7f6fb649441 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4835ef2-201b-47ba-a8fc-438553c273b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4972a48-94a3-44fe-9ac7-09a0fa3d9a73 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5942bf2-f844-4976-a25a-bc139dd59823 +6a508faa-80a8-3246-9941-90d8cc8dec85,cee771ac-3505-4121-8834-0ea102ead79d +6a508faa-80a8-3246-9941-90d8cc8dec85,4841792f-1ba7-49c1-9bbc-9ec7ce6332dd +6a508faa-80a8-3246-9941-90d8cc8dec85,5b9afe67-cef6-4d91-849e-d207b4a1696d +6a508faa-80a8-3246-9941-90d8cc8dec85,df776b7d-ebc6-478f-9cd1-eea7e4da4353 +6a508faa-80a8-3246-9941-90d8cc8dec85,859976e1-123d-4e20-8b37-819fd63909a0 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbd477eb-4df8-4a07-ba96-160f16e11a30 +6a508faa-80a8-3246-9941-90d8cc8dec85,eabd08b1-1db5-43fa-b28a-a3ea19250de1 +6a508faa-80a8-3246-9941-90d8cc8dec85,8778c053-1226-4785-b1ad-056b59e2b5e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7e16ae0-d6a8-42da-bca2-1da7e02cdc09 +6a508faa-80a8-3246-9941-90d8cc8dec85,381df8b2-b6d2-4c19-a063-1876f9096445 +6a508faa-80a8-3246-9941-90d8cc8dec85,89be543c-6081-44cd-ae7c-06b07df54fe3 +6a508faa-80a8-3246-9941-90d8cc8dec85,57a83a9e-eea3-4e79-a0bf-47b203678351 +6a508faa-80a8-3246-9941-90d8cc8dec85,5c8fd66c-1113-41bc-8ae0-03df983a5b6d +6a508faa-80a8-3246-9941-90d8cc8dec85,eb08b7c4-1f03-4ac1-b6c0-14b978e7f306 +6a508faa-80a8-3246-9941-90d8cc8dec85,d60be85f-8c16-43d2-9601-e3619f40136f +6a508faa-80a8-3246-9941-90d8cc8dec85,df1190f3-ac28-4f59-8703-ef8e88cdf6ab +6a508faa-80a8-3246-9941-90d8cc8dec85,07c8ba1a-3858-4ff3-98ec-1674bb1b817a +6a508faa-80a8-3246-9941-90d8cc8dec85,9f1ca624-de5c-45e9-a63d-28d82bd21506 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8518c80-ccea-4a9f-aeef-37cfefa5225f +6a508faa-80a8-3246-9941-90d8cc8dec85,e8a30e25-90f8-4ca6-9b75-a76f5818ad48 +6a508faa-80a8-3246-9941-90d8cc8dec85,99c72e70-76ef-4040-a078-6cf0f5e27139 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b59ec25-2abc-431e-a4ba-27466943c3c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,11b50167-388b-4706-8eea-604dfc104532 +6a508faa-80a8-3246-9941-90d8cc8dec85,55ea1abe-f326-4e78-9de4-8416cb4d3006 +6a508faa-80a8-3246-9941-90d8cc8dec85,177f0153-5481-4b18-96bd-9f0b06d97d91 +6a508faa-80a8-3246-9941-90d8cc8dec85,59e75932-e468-4999-a995-a9656d1423b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,948047c9-ae53-473f-954c-d1d17b662c31 +6a508faa-80a8-3246-9941-90d8cc8dec85,8d93b273-d67f-4ebe-bb3f-c13fac96e914 +6a508faa-80a8-3246-9941-90d8cc8dec85,a1ab48d3-a70a-4142-bab3-464802ff42c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,485c4029-f560-44b9-90c8-4844d14ed884 +6a508faa-80a8-3246-9941-90d8cc8dec85,9f81e611-0af0-431f-aff5-41dd3cb580d2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0505bcb-bff0-45ee-8155-c3489139b3cc +6a508faa-80a8-3246-9941-90d8cc8dec85,8bd87665-7b71-4fb4-b6ee-46383ec754ac +6a508faa-80a8-3246-9941-90d8cc8dec85,35ff5c6a-ea8c-4b0d-b9b8-1fadc6bd462b +6a508faa-80a8-3246-9941-90d8cc8dec85,dda7877b-623a-4090-b485-37b21b9551b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,657871b2-5ef1-446d-a1bf-55f74da742af +6a508faa-80a8-3246-9941-90d8cc8dec85,839a0d2a-589f-4761-8e31-b915b47f3a81 +6a508faa-80a8-3246-9941-90d8cc8dec85,99eef70c-3cb7-4023-be17-4d06c4346535 +6a508faa-80a8-3246-9941-90d8cc8dec85,fc69518c-b6d6-4db2-a472-e9ef7e568e43 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ee25ade-0f02-4257-be73-42090038c071 +6a508faa-80a8-3246-9941-90d8cc8dec85,46b75db9-9b6b-4b85-a1fe-0dc92a3ec9d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,c21beab9-e969-4a4c-8944-2ae0837d8826 +6a508faa-80a8-3246-9941-90d8cc8dec85,55ab2713-3114-4230-9a62-259ebd4bd1e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ee7b12f-fb2d-4ec5-8dc6-3a8c604aac43 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ac74153-f111-4e3d-b629-d0fe0cc40309 +6a508faa-80a8-3246-9941-90d8cc8dec85,69878314-5464-4987-b21a-e81c1d37a674 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c976a16-6ced-4f3d-89ac-7b6ff6198de7 +6a508faa-80a8-3246-9941-90d8cc8dec85,25f29712-805e-4225-807f-0fc31eb4d13e +6a508faa-80a8-3246-9941-90d8cc8dec85,24113ebf-528c-48c4-b0b5-231ee84e685e +6a508faa-80a8-3246-9941-90d8cc8dec85,db643ee5-b4bf-4d8a-9100-6e7a6015bf4c +6a508faa-80a8-3246-9941-90d8cc8dec85,eac5636e-698c-4055-ade7-914ffe779031 +6a508faa-80a8-3246-9941-90d8cc8dec85,565c97be-f7d3-4114-b550-f7b2d150d729 +6a508faa-80a8-3246-9941-90d8cc8dec85,267960d1-66eb-43c0-9b28-a7ad407e3a8b +6a508faa-80a8-3246-9941-90d8cc8dec85,df2b4f78-a7b7-4ddc-8c13-31c48f43217f +6a508faa-80a8-3246-9941-90d8cc8dec85,93e8f2a8-6a7b-4ea3-8252-16c112141ef4 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6cad43c-153b-424d-8684-855f7c7be408 +6a508faa-80a8-3246-9941-90d8cc8dec85,d66fe760-cf7d-4fa3-948b-1ef68d5bb160 +6a508faa-80a8-3246-9941-90d8cc8dec85,89094c90-e05b-4a30-83e6-a1cc2c882102 +6a508faa-80a8-3246-9941-90d8cc8dec85,3261e7f2-119e-45a4-b65b-b1aa2747c0b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,c6317dcc-6043-4b2e-8d26-67b153bafae1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1496c938-2df2-499c-90cc-b9401f372668 +6a508faa-80a8-3246-9941-90d8cc8dec85,105e00d4-745f-4293-9680-f985574776f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,8ea9aaf6-d14d-4d4e-b9f9-635e7fce600f +6a508faa-80a8-3246-9941-90d8cc8dec85,e9a52833-0679-469c-ae80-46ef543b6f5a +6a508faa-80a8-3246-9941-90d8cc8dec85,20c0b765-bc2f-4024-a85b-07d78ff50f55 +6a508faa-80a8-3246-9941-90d8cc8dec85,14ee8335-8f9a-4e3d-b13b-f5e404e56f74 +6a508faa-80a8-3246-9941-90d8cc8dec85,078862f7-d35f-4ca0-9b89-a2db512e5c0b +6a508faa-80a8-3246-9941-90d8cc8dec85,da9f1aea-11c2-4fa3-8c6c-7bfed5dfcb53 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8328d74-2b67-4006-88a3-648bd27dc0fc +6a508faa-80a8-3246-9941-90d8cc8dec85,71a41016-705d-4858-a5f1-fbe0dc8022b8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c7125af0-9772-4956-b081-9626a816bd52 +6a508faa-80a8-3246-9941-90d8cc8dec85,8f94ee31-a946-4d6a-877a-3cc486974252 +6a508faa-80a8-3246-9941-90d8cc8dec85,3f26faaf-adb3-40f3-a59d-efd48cd9175b +6a508faa-80a8-3246-9941-90d8cc8dec85,fda1a911-5951-4516-9fec-69a86d337a8d +6a508faa-80a8-3246-9941-90d8cc8dec85,8f511155-b782-4cdd-bff4-4848872ae29a +6a508faa-80a8-3246-9941-90d8cc8dec85,db1fc021-8217-4bdb-ab79-567c4ff09fc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a7c27f1d-559c-42e7-b7b0-dbea6e0977a8 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae9cc72f-4de7-4b61-94f2-7a833108b32e +6a508faa-80a8-3246-9941-90d8cc8dec85,295e06b0-ac98-45cc-90dc-0d35f1be6569 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f14d886-15c6-42dd-8913-99aafa44700b +6a508faa-80a8-3246-9941-90d8cc8dec85,df1464cd-d425-4eb8-8a85-7287c57d7d4c +6a508faa-80a8-3246-9941-90d8cc8dec85,24deea3e-df1b-4769-aa27-ca7bd33d9fb3 +6a508faa-80a8-3246-9941-90d8cc8dec85,577cda4d-8318-49d3-988b-d7a581643f71 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2941070-6aa3-4759-93a0-4fd6c1a8b726 +6a508faa-80a8-3246-9941-90d8cc8dec85,30f0950d-4075-4e0d-9a47-9acefaae196a +6a508faa-80a8-3246-9941-90d8cc8dec85,04dce22a-7550-4d38-ad02-435acbeca573 +6a508faa-80a8-3246-9941-90d8cc8dec85,0d665b71-10e7-4567-a47b-07b1f8619908 +6a508faa-80a8-3246-9941-90d8cc8dec85,f81b70fb-65c1-4724-99fc-df99c3030ca3 +6a508faa-80a8-3246-9941-90d8cc8dec85,777efd3b-15cb-4708-9120-176066b1f21b +6a508faa-80a8-3246-9941-90d8cc8dec85,84443ccb-3012-4ddf-828f-63fcc74074b9 +6a508faa-80a8-3246-9941-90d8cc8dec85,183a300f-da39-4d04-9669-ebd3c56c5a4a +6a508faa-80a8-3246-9941-90d8cc8dec85,cc32da4e-a119-4a3a-9fc2-34c990f80fc8 +6a508faa-80a8-3246-9941-90d8cc8dec85,331eb1f8-fa81-4a66-a1f4-434d94838173 +6a508faa-80a8-3246-9941-90d8cc8dec85,a00f5e43-5e42-41cc-af05-3bb743892008 +6a508faa-80a8-3246-9941-90d8cc8dec85,7f46b6c0-9714-4fd5-810a-4660ed59d956 +6a508faa-80a8-3246-9941-90d8cc8dec85,4188b283-1247-4a22-8d4f-4a61219b8916 +6a508faa-80a8-3246-9941-90d8cc8dec85,cbe038b0-d1d5-4137-a570-d7b210bd3923 +6a508faa-80a8-3246-9941-90d8cc8dec85,0c7b6d02-d662-4b12-afcb-b43fd74ac643 +6a508faa-80a8-3246-9941-90d8cc8dec85,10a1d113-833f-4a39-b940-d954dade4aa0 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b97f34b-12ea-4ff1-97ec-174fa57986d9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fdd8440f-1cdf-4678-858d-7948b55dfd8f +6a508faa-80a8-3246-9941-90d8cc8dec85,853a90fc-d567-451c-a716-5728e37a2bc9 +6a508faa-80a8-3246-9941-90d8cc8dec85,3d8a1ad4-17f7-4146-b579-22aa5a5040e0 +6a508faa-80a8-3246-9941-90d8cc8dec85,a3d2678a-2080-44cb-8f46-14bac3d11618 +6a508faa-80a8-3246-9941-90d8cc8dec85,77ccc0fb-012f-4fd0-8fa6-7017edba8046 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ffd2dc6-ce4d-4596-8032-8db9162f3ad8 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bd6af3f-d930-49d8-b508-f1e20e975c4f +6a508faa-80a8-3246-9941-90d8cc8dec85,292e20fa-ee97-4aae-860f-dc2d0fd5b8de +6a508faa-80a8-3246-9941-90d8cc8dec85,2d43dbf6-a4ac-4ac9-8ec1-17dc0c4147fc +6a508faa-80a8-3246-9941-90d8cc8dec85,460e2a7b-c7f6-48e4-b1df-09e32cbe1927 +6a508faa-80a8-3246-9941-90d8cc8dec85,d599f9e6-a654-4763-aae6-f259eb0ca054 +6a508faa-80a8-3246-9941-90d8cc8dec85,00fd39df-0625-41fc-85bb-d6c421ccc98f +6a508faa-80a8-3246-9941-90d8cc8dec85,82fb3ac3-ecbb-4869-9347-5271f2600d15 +6a508faa-80a8-3246-9941-90d8cc8dec85,a17b0dc9-198e-4869-913f-c498d8d7c3aa +6a508faa-80a8-3246-9941-90d8cc8dec85,dd4c19ee-c4cb-46b0-b5ae-cc48f4cebfc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,7aa9ee38-72fc-4b5b-9ead-72050ab94b0c +6a508faa-80a8-3246-9941-90d8cc8dec85,6cdf2f4c-67b0-4bb7-ba92-d17dee6fbcf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,01611750-fab9-4a96-bc83-a470d99cdbba +6a508faa-80a8-3246-9941-90d8cc8dec85,5a78877a-fe1e-4c2e-89f3-604a5d9d819f +6a508faa-80a8-3246-9941-90d8cc8dec85,c69914e9-15c2-445c-aab3-a9530adb133a +6a508faa-80a8-3246-9941-90d8cc8dec85,f17ee503-6fa2-4c5a-ac09-e25327d165c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,590760d3-afe9-4df5-bd31-f8c6a3273436 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b6a07e1-56b9-43b3-875f-03e82626dd3b +6a508faa-80a8-3246-9941-90d8cc8dec85,fb71d5f4-3aeb-41ee-90e5-d8843a8b33ba +6a508faa-80a8-3246-9941-90d8cc8dec85,5bb64aa1-19f0-4401-9828-d7324c1a4d99 +6a508faa-80a8-3246-9941-90d8cc8dec85,e77098f6-2403-41bc-8020-36db7f72f2ea +6a508faa-80a8-3246-9941-90d8cc8dec85,711cef1c-31f8-43b9-bf1a-18792c9304d3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dbbea217-7077-45dd-ad8d-a00e0983995b +6a508faa-80a8-3246-9941-90d8cc8dec85,97c567cc-0748-4ca8-b5e7-ad54b7677a2c +6a508faa-80a8-3246-9941-90d8cc8dec85,73e26495-993b-4220-b4a3-74ccf920b66e +6a508faa-80a8-3246-9941-90d8cc8dec85,e9c9d9cc-56cf-4bca-ac7e-aac0a8e6cb8f +6a508faa-80a8-3246-9941-90d8cc8dec85,329b6b63-ce88-4f99-8a06-19a5d284ba66 +6a508faa-80a8-3246-9941-90d8cc8dec85,da2e6c3f-b78a-4d84-bbb5-eb05d09be197 +6a508faa-80a8-3246-9941-90d8cc8dec85,8860ce1d-3f50-4f92-a3eb-e18c3ee44b9e +6a508faa-80a8-3246-9941-90d8cc8dec85,b0a9718c-571a-41a6-bb71-f31e036078d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f1e1f55-dfac-4239-b0fa-e8b20c03683c +6a508faa-80a8-3246-9941-90d8cc8dec85,22a227c7-fdd1-4d83-be94-64b4ba37e7a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc4932bc-548a-44a2-b633-21a47aa6d25e +6a508faa-80a8-3246-9941-90d8cc8dec85,483c34ee-666b-4097-a0fa-f18fe3c3ea18 +6a508faa-80a8-3246-9941-90d8cc8dec85,ce117f95-15ca-4b36-adcb-6cac7ca0db41 +6a508faa-80a8-3246-9941-90d8cc8dec85,bb516b5d-5bd3-411b-96fb-289ff47d2201 +6a508faa-80a8-3246-9941-90d8cc8dec85,365a1c10-f3b3-4378-8f28-4bc2334c0e6e +6a508faa-80a8-3246-9941-90d8cc8dec85,bb426864-2ddc-48f7-80b1-f76b7a4d3051 +6a508faa-80a8-3246-9941-90d8cc8dec85,3692a862-0684-40f2-a060-82723f233590 +6a508faa-80a8-3246-9941-90d8cc8dec85,f9c344a3-aab7-4336-b12a-81aa1fdfedfe +6a508faa-80a8-3246-9941-90d8cc8dec85,7ae55358-b36c-4dd3-982a-30376ad6e0e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ad200b8-a314-4b31-b134-bbe7458ad512 +6a508faa-80a8-3246-9941-90d8cc8dec85,cea72457-8007-47c0-b0aa-1542b592cf11 +6a508faa-80a8-3246-9941-90d8cc8dec85,10a255bd-7690-4397-8d5f-6c049dc46402 +6a508faa-80a8-3246-9941-90d8cc8dec85,3b9440fc-db26-4bf8-9c20-15d4ca098281 +6a508faa-80a8-3246-9941-90d8cc8dec85,b6e4d5ea-6426-46f8-acc7-233562f091e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6da83e1f-97c1-4d77-befc-f789d9a11edc +6a508faa-80a8-3246-9941-90d8cc8dec85,d8d448dd-ce72-4b6f-8142-4de1dc499bab +6a508faa-80a8-3246-9941-90d8cc8dec85,c6d6f813-024f-4bb2-ab7f-7543b0f77fc7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e45bcf2a-a83e-41ac-8641-d7384ca99266 +6a508faa-80a8-3246-9941-90d8cc8dec85,86e58c6d-7f06-4471-8664-691cf87b7f51 +6a508faa-80a8-3246-9941-90d8cc8dec85,2ef52a87-fb69-4f3e-bef5-878fa6c52c53 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fbc52d3-cf28-45a5-9409-3e9057eef48d +6a508faa-80a8-3246-9941-90d8cc8dec85,9121a307-5dfa-4785-bfa7-69bab4e14a45 +6a508faa-80a8-3246-9941-90d8cc8dec85,dc195334-3804-48ae-87eb-0e7eea479d6c +6a508faa-80a8-3246-9941-90d8cc8dec85,3e678e3c-816f-4526-9652-10a107318b8e +6a508faa-80a8-3246-9941-90d8cc8dec85,2d8fd9e4-2971-465b-a772-7bf2431757ee +6a508faa-80a8-3246-9941-90d8cc8dec85,727583b6-64e6-4f8f-9df2-aef2e3425f88 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4bbf084-bde4-4a7c-a2b2-0fbef943c339 +6a508faa-80a8-3246-9941-90d8cc8dec85,e58ef14c-275d-43a3-b7f7-034ea9bfc746 +6a508faa-80a8-3246-9941-90d8cc8dec85,8221bf4f-3c50-49a8-aad3-0589f1a67cfb +6a508faa-80a8-3246-9941-90d8cc8dec85,8a2f19d8-af8a-4aba-8912-b922ed25b4c3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5e139009-e7d5-4a86-a9a1-4a364b99d5c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,9d6b58c1-eacc-477d-93bf-c72fd492b3fd +6a508faa-80a8-3246-9941-90d8cc8dec85,e68d0eea-aa8b-4295-9890-aba3aeaafc87 +6a508faa-80a8-3246-9941-90d8cc8dec85,22ac4411-5a76-4ded-8068-0bbb582f2dec +6a508faa-80a8-3246-9941-90d8cc8dec85,2da3f814-a02e-4da4-b204-60a3f24bc65f +6a508faa-80a8-3246-9941-90d8cc8dec85,aeef0ae6-65c8-495d-a65e-da88ce826fe9 +6a508faa-80a8-3246-9941-90d8cc8dec85,98392a88-9a19-4acc-a84c-e1bebe4ec068 +6a508faa-80a8-3246-9941-90d8cc8dec85,2f6d444d-935c-4795-b96f-37f17b7336b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c337e268-1f2f-4820-96f3-1b100b15e4aa +6a508faa-80a8-3246-9941-90d8cc8dec85,e7eefd46-e47f-4d59-996b-6d4b81e6a071 +6a508faa-80a8-3246-9941-90d8cc8dec85,bce7d614-c011-41a8-be4d-65f06e4100bc +6a508faa-80a8-3246-9941-90d8cc8dec85,b03ab9df-f595-49f2-a498-e7f25c2e51f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,083b7d8c-64bb-4bbe-be86-34a4b7dc07bf +6a508faa-80a8-3246-9941-90d8cc8dec85,68e6645f-b27f-44f1-bc02-6601eba02a07 +6a508faa-80a8-3246-9941-90d8cc8dec85,4271dcde-a418-4766-913b-dbfb69ca5aca +6a508faa-80a8-3246-9941-90d8cc8dec85,55e3829e-ae00-439e-a3d0-f6dd97c659e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7cf6ed71-edbf-4036-8cd2-146a660bbdc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,0f1f3799-40df-48d3-b448-d092557f1b40 +6a508faa-80a8-3246-9941-90d8cc8dec85,60a2df78-c929-41a1-96f2-647676dc9621 +6a508faa-80a8-3246-9941-90d8cc8dec85,eab5a513-943e-41da-9484-dc17a94beea6 +6a508faa-80a8-3246-9941-90d8cc8dec85,96ffb6ff-3b9e-4d76-9079-63ee60f1052d +6a508faa-80a8-3246-9941-90d8cc8dec85,e47be324-db94-4ae0-bc87-96e74d836545 +6a508faa-80a8-3246-9941-90d8cc8dec85,34bc42ab-a354-4fab-981a-6a7e5701a809 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0c55812-6f5f-4b5b-b03d-c88f9f508262 +6a508faa-80a8-3246-9941-90d8cc8dec85,f0c1b943-e8a9-4fb3-b4e9-79bb4000370e +6a508faa-80a8-3246-9941-90d8cc8dec85,0a31edbe-3860-456c-8c3a-77ffd573fd95 +6a508faa-80a8-3246-9941-90d8cc8dec85,ec58ca8a-03b0-4af8-a2ce-210a606fc28b +6a508faa-80a8-3246-9941-90d8cc8dec85,86257bd7-018d-424f-8c20-2b4b4a49874a +6a508faa-80a8-3246-9941-90d8cc8dec85,ebc43ebc-aa96-4977-8f3f-9fc9e2740aa6 +6a508faa-80a8-3246-9941-90d8cc8dec85,72cdcb91-014a-4a00-8a07-6ae370c93cb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,b47eddb8-4ab3-47fa-879d-4ecabc772224 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cdc579d-638c-4950-b336-a9232e4fced1 +6a508faa-80a8-3246-9941-90d8cc8dec85,d3d2d7f9-75ec-4704-8413-8b03e1fdae86 +6a508faa-80a8-3246-9941-90d8cc8dec85,436f9347-e219-4e31-9f9f-b681f8d4e2ac +6a508faa-80a8-3246-9941-90d8cc8dec85,6975d533-e7bf-42c6-ad55-54487d7c093b +6a508faa-80a8-3246-9941-90d8cc8dec85,0b84a918-0460-46a0-a6ec-767916709b6a +6a508faa-80a8-3246-9941-90d8cc8dec85,8934d85e-e0c0-448b-9070-47384c239b05 +6a508faa-80a8-3246-9941-90d8cc8dec85,b3611906-67cb-4911-ad1a-b3742aaec09a +6a508faa-80a8-3246-9941-90d8cc8dec85,243ed293-2c1f-438c-bd46-88706b16a942 +6a508faa-80a8-3246-9941-90d8cc8dec85,ab7daf79-3781-4ad6-9710-4527be34d5ca +6a508faa-80a8-3246-9941-90d8cc8dec85,4fb6de5a-0df2-427b-a8c2-76f819bbafd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,e29ec9c0-a640-4ccb-aa62-2ba2838e3cef +6a508faa-80a8-3246-9941-90d8cc8dec85,33e36e7a-baaf-409a-b292-af468d6c3ac3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5d632e1f-7bc1-4db6-b0d7-084a10c35dc6 +6a508faa-80a8-3246-9941-90d8cc8dec85,10ac54b6-176a-41e8-acf4-5e966fc977ec +6a508faa-80a8-3246-9941-90d8cc8dec85,4714dc7e-0f91-4ec4-9baf-4665d9969e0a +6a508faa-80a8-3246-9941-90d8cc8dec85,aabe76ea-af17-4916-b72a-59f48ebb9646 +6a508faa-80a8-3246-9941-90d8cc8dec85,87d7104f-e0f6-4034-a41f-0f493983eeec +6a508faa-80a8-3246-9941-90d8cc8dec85,1a7578f2-15bc-4149-b699-140b030f8da5 +6a508faa-80a8-3246-9941-90d8cc8dec85,3994a9fc-01fd-4703-a465-16c66764e96d +6a508faa-80a8-3246-9941-90d8cc8dec85,f3c0ec6c-c737-4780-bb54-d823623972e9 +6a508faa-80a8-3246-9941-90d8cc8dec85,205f122c-b863-4878-986f-f69b5a94aa1b +6a508faa-80a8-3246-9941-90d8cc8dec85,4b1c84b3-0ee3-413e-bd15-b7bb14f9d3d7 +6a508faa-80a8-3246-9941-90d8cc8dec85,1059ba10-7f7b-49d7-9e38-9cdc3735c47f +6a508faa-80a8-3246-9941-90d8cc8dec85,f93c9fb4-c38f-4f02-acc9-ce2223a0ba0e +6a508faa-80a8-3246-9941-90d8cc8dec85,4d796ac6-077f-4f9b-bdb7-45635abc1287 +6a508faa-80a8-3246-9941-90d8cc8dec85,25cf0ca5-a0f3-4409-808d-a0529117aa11 +6a508faa-80a8-3246-9941-90d8cc8dec85,f5710000-0da6-4358-ab91-f1386700e20f +6a508faa-80a8-3246-9941-90d8cc8dec85,edc3077f-a8ee-4e5f-829b-b68f1c42389e +6a508faa-80a8-3246-9941-90d8cc8dec85,fe99e87a-c60c-4b19-8167-73e2572ca986 +6a508faa-80a8-3246-9941-90d8cc8dec85,e33e6174-8b69-4d8a-b209-28afdf136e68 +6a508faa-80a8-3246-9941-90d8cc8dec85,58a3aac1-03c1-40bf-a29f-684e0196abde +6a508faa-80a8-3246-9941-90d8cc8dec85,856ffb08-e594-4a0d-87bf-35a8fd7932e1 +6a508faa-80a8-3246-9941-90d8cc8dec85,372b9bb3-ab2e-4a04-84ca-8defb81c4e79 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ad4ab06-ffb4-47c1-9917-f86105264b7b +6a508faa-80a8-3246-9941-90d8cc8dec85,01de5380-37f8-4824-ba66-1ffbd35a50f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,dcd29452-bbaa-4c13-8f3a-af8403ed31f5 +6a508faa-80a8-3246-9941-90d8cc8dec85,c8f5a241-20a3-4eb6-8c07-955848613c7a +6a508faa-80a8-3246-9941-90d8cc8dec85,afbb5626-85d2-4bc4-9be7-80b854ca5f91 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b864bf9-d5a1-436e-8210-86c5009582b3 +6a508faa-80a8-3246-9941-90d8cc8dec85,d8723130-9429-4aa8-9623-ac719e4a5723 +6a508faa-80a8-3246-9941-90d8cc8dec85,9c3349b8-e316-4287-80ab-5f80f1af6add +6a508faa-80a8-3246-9941-90d8cc8dec85,ecfcdcd8-0011-4181-8470-86f324c87a4d +6a508faa-80a8-3246-9941-90d8cc8dec85,549130ff-ad2f-4c96-87bb-79bf089113dc +6a508faa-80a8-3246-9941-90d8cc8dec85,4a5fdbc0-a55c-49c7-8df9-dfe5468039e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d107141-a78b-4aa6-8928-f1c7e624ced4 +6a508faa-80a8-3246-9941-90d8cc8dec85,8061505b-e290-486d-adc9-4d8dbaae0fa7 +6a508faa-80a8-3246-9941-90d8cc8dec85,052b2d9b-3cc1-4502-8830-f969f9e1381c +6a508faa-80a8-3246-9941-90d8cc8dec85,e32e0183-f1b8-4970-a649-a9bab39a8406 +6a508faa-80a8-3246-9941-90d8cc8dec85,cacc2a37-8aa6-4324-a22a-52b1899b4433 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2222826-9db9-4225-b6de-89050c40b24c +6a508faa-80a8-3246-9941-90d8cc8dec85,99509b21-84b1-4700-bd0f-c470260d0c9a +6a508faa-80a8-3246-9941-90d8cc8dec85,e26cc642-0fa6-47fb-ba7b-d68dd8fde775 +6a508faa-80a8-3246-9941-90d8cc8dec85,b028256a-53da-40eb-b8ab-e07fbe931d8c +6a508faa-80a8-3246-9941-90d8cc8dec85,7db62799-f6e1-4ed6-9a50-d7210251f8ce +6a508faa-80a8-3246-9941-90d8cc8dec85,db6ffe9f-1636-44e4-8f83-2f5a3b5b216e +6a508faa-80a8-3246-9941-90d8cc8dec85,6148dbe9-f867-4b35-842e-a9d5f961f89c +6a508faa-80a8-3246-9941-90d8cc8dec85,17b856af-b1d5-4fc6-8bcb-375fa59b9180 +6a508faa-80a8-3246-9941-90d8cc8dec85,a55f63c2-c349-4666-bc8c-86bc93f58d49 +6a508faa-80a8-3246-9941-90d8cc8dec85,3bbcbe3d-77a7-4a51-855a-4a4e1d9719b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,64deec20-43b9-4262-9d3b-f09b19387c57 +6a508faa-80a8-3246-9941-90d8cc8dec85,b0a118a8-7dd2-4208-9e3f-a772a241583e +6a508faa-80a8-3246-9941-90d8cc8dec85,6ecb5362-32b2-4d6a-b0dd-40739d9f3bd0 +6a508faa-80a8-3246-9941-90d8cc8dec85,83670181-97e8-416d-a50e-0bbcedd9c164 +6a508faa-80a8-3246-9941-90d8cc8dec85,c1bf549d-bb1e-4f0c-95f4-5fdc4c1b7de7 +6a508faa-80a8-3246-9941-90d8cc8dec85,be3bb5d5-190d-4dba-afa0-11a9a8c8eb43 +6a508faa-80a8-3246-9941-90d8cc8dec85,04b233e4-9fd3-4e03-9a85-a49bddd4d8c1 +6a508faa-80a8-3246-9941-90d8cc8dec85,1551105c-0dd6-4f11-867b-74a10c3439ba +6a508faa-80a8-3246-9941-90d8cc8dec85,543a9154-b02f-4c90-988a-e6fc7d38e1be +6a508faa-80a8-3246-9941-90d8cc8dec85,fa287a82-9a2d-4249-9945-6fd26bf40026 +6a508faa-80a8-3246-9941-90d8cc8dec85,c74fd102-c1b8-4890-8571-7229855d6b34 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7bfefc6-73d1-495e-bd79-3e46fcf7f9c6 +6a508faa-80a8-3246-9941-90d8cc8dec85,ff01f6d3-01d3-4f8d-b80b-69eeb8e5a31c +6a508faa-80a8-3246-9941-90d8cc8dec85,ddb51bb0-8b37-4496-afa2-3a7a048a9004 +6a508faa-80a8-3246-9941-90d8cc8dec85,088935b2-8a50-4aae-beb1-85571dbf1f3f +6a508faa-80a8-3246-9941-90d8cc8dec85,902a2259-78c6-46a3-91a7-18ebdbd9f9be +6a508faa-80a8-3246-9941-90d8cc8dec85,2e7443cf-30bb-457a-adbd-8a0fe71d52f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe486aea-b0ed-4d55-8ab0-757523e79fdd +6a508faa-80a8-3246-9941-90d8cc8dec85,f080a5d8-5edd-4ba2-a1ac-7ad4d2f34003 +6a508faa-80a8-3246-9941-90d8cc8dec85,83deafb3-1c1c-48dd-ad61-dbcef0373c1b +6a508faa-80a8-3246-9941-90d8cc8dec85,4de8320c-cfa9-476c-b3f6-f833777fc081 +6a508faa-80a8-3246-9941-90d8cc8dec85,53e01f15-8755-4c73-9d59-13b09bb34723 +6a508faa-80a8-3246-9941-90d8cc8dec85,cf72424e-9efb-43b2-b795-e10b2ed2a2a4 +6a508faa-80a8-3246-9941-90d8cc8dec85,3546cd85-ad10-44fd-bf1e-b78c5fa59b04 +6a508faa-80a8-3246-9941-90d8cc8dec85,097b32a2-c33e-40cf-9308-1dad99edca0e +6a508faa-80a8-3246-9941-90d8cc8dec85,b51b3056-5dbe-4344-9379-369986f3e98a +6a508faa-80a8-3246-9941-90d8cc8dec85,018a7a3d-b54d-49ba-b422-e63b3e9af0eb +6a508faa-80a8-3246-9941-90d8cc8dec85,04f2325d-ecd9-4ed3-aa9b-1fcb1443c06b +6a508faa-80a8-3246-9941-90d8cc8dec85,94c735d5-5b4e-4a05-809d-63df1d65a242 +6a508faa-80a8-3246-9941-90d8cc8dec85,b78ace76-0ec6-45bd-bde2-6a2507d2d5d5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4df7ffd7-08d7-46ee-9204-2e93b9dd1b71 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f617c24-3364-4130-a098-09b97a5a970f +6a508faa-80a8-3246-9941-90d8cc8dec85,72c8e4b1-f252-4d68-9e96-e695c8649a40 +6a508faa-80a8-3246-9941-90d8cc8dec85,886021ad-a7ed-4dce-9ea7-8760db57c1b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,40b522d0-7f8c-4d56-84b6-349383f3f5e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,8b8e0e87-d831-45b3-81c0-e332d8abf9a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b22b8d4f-10d3-427b-b7cb-8e7de914c759 +6a508faa-80a8-3246-9941-90d8cc8dec85,ea40e31b-2944-464d-ad30-3c6195c0b411 +6a508faa-80a8-3246-9941-90d8cc8dec85,6db1a21c-e83d-46f3-b270-10fc4dabb2af +6a508faa-80a8-3246-9941-90d8cc8dec85,a985e2ce-3ef3-4f96-ae9e-5d5ce200bcf6 +6a508faa-80a8-3246-9941-90d8cc8dec85,c74b6b3e-ef4d-474b-a369-8dcd0eaa82b6 +6a508faa-80a8-3246-9941-90d8cc8dec85,03a4abd1-4753-46d9-988a-7772c957b1e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,007c211e-9817-422a-a33a-12aa6d72bd64 +6a508faa-80a8-3246-9941-90d8cc8dec85,f2f2a77a-2d7e-42b5-ae82-9e2deace7abc +6a508faa-80a8-3246-9941-90d8cc8dec85,cbe3e420-4263-42f9-b5f0-7283152f1539 +6a508faa-80a8-3246-9941-90d8cc8dec85,3968f13c-62cc-45fd-a3b0-94413c1c5933 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fe6f7dc-69f5-41cf-b325-0ee4446ac2dc +6a508faa-80a8-3246-9941-90d8cc8dec85,35e625e8-9ece-4e97-b1b7-baff6620bb1a +6a508faa-80a8-3246-9941-90d8cc8dec85,53a3d50e-d394-4adc-958c-b99798bd243b +6a508faa-80a8-3246-9941-90d8cc8dec85,0b7489af-83ef-4382-a99c-c884d29b51b7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e27b1ad8-5e76-444e-9779-dc406fa29426 +6a508faa-80a8-3246-9941-90d8cc8dec85,ddc4cdb4-3a61-4451-9a16-6552e347a3fc +6a508faa-80a8-3246-9941-90d8cc8dec85,701c4b65-f050-4c4a-8d24-7ab9790c057e +6a508faa-80a8-3246-9941-90d8cc8dec85,b66f441a-204f-48ff-b215-f1f1520e7f09 +6a508faa-80a8-3246-9941-90d8cc8dec85,abef793e-4842-47f2-acd8-895dd8ca169d +6a508faa-80a8-3246-9941-90d8cc8dec85,2f0aed62-b4f6-4efc-8cdc-f47151987d60 +6a508faa-80a8-3246-9941-90d8cc8dec85,6645ad76-8077-4751-b9ed-ae7d1228bedb +6a508faa-80a8-3246-9941-90d8cc8dec85,4d783807-ffa0-4dd1-9a3f-b5f781b3bd19 +6a508faa-80a8-3246-9941-90d8cc8dec85,adfa3721-40f1-4a25-a3a9-5f0140eea34d +6a508faa-80a8-3246-9941-90d8cc8dec85,800dc40d-28ee-4e30-84b8-5f1645692ac4 +6a508faa-80a8-3246-9941-90d8cc8dec85,64b9c52a-9471-4cc7-a6bc-e7b209f9e55f +6a508faa-80a8-3246-9941-90d8cc8dec85,0e549159-3768-4b34-80b8-2f3e05499bfd +6a508faa-80a8-3246-9941-90d8cc8dec85,f0a94d4a-28a4-4c27-a2f6-b086dc3d7a47 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d9cf850-2396-47fa-9472-fcd149980bc5 +6a508faa-80a8-3246-9941-90d8cc8dec85,baf8770b-1195-4a07-9acb-2488331a6e6e +6a508faa-80a8-3246-9941-90d8cc8dec85,44ce54f2-77fb-40cd-925e-90a0c77f007b +6a508faa-80a8-3246-9941-90d8cc8dec85,b0983169-a4a0-4fa6-828b-711952c8e89e +6a508faa-80a8-3246-9941-90d8cc8dec85,669c08c3-b70c-461f-bf2a-ad1a51b113b0 +6a508faa-80a8-3246-9941-90d8cc8dec85,58868a7e-1e7e-4b1b-b57b-c12f10e5cf6b +6a508faa-80a8-3246-9941-90d8cc8dec85,e93c474f-e931-4982-8476-a75cd9152c39 +6a508faa-80a8-3246-9941-90d8cc8dec85,e4743f29-fcd9-4755-bfd1-32b85e65edd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,7728f9bf-ef63-49a6-a9ed-0b96e973a4e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,cc6ed490-cb4d-4343-8d1f-a83992920cb0 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e938b3e-733a-439e-a0f2-55006c67ab65 +6a508faa-80a8-3246-9941-90d8cc8dec85,b83fcffd-1a42-43fa-a637-ba9f7bed2a3d +6a508faa-80a8-3246-9941-90d8cc8dec85,b71ce947-2b75-4972-9fac-451450087a3c +6a508faa-80a8-3246-9941-90d8cc8dec85,a95b3d3d-4a99-4d7d-a982-e9252e929b8a +6a508faa-80a8-3246-9941-90d8cc8dec85,175f613c-6f71-4402-ac2e-0006e0b5be89 +6a508faa-80a8-3246-9941-90d8cc8dec85,4663a93f-7e17-4b29-9303-d96768815204 +6a508faa-80a8-3246-9941-90d8cc8dec85,b8ecae8a-7bd2-49d5-8e1f-7a3cf21e8ca9 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ad0c048-5904-4034-9e99-3a66068bd63a +6a508faa-80a8-3246-9941-90d8cc8dec85,4998ecfa-cb53-405b-acc6-7ff79a55a5e7 +6a508faa-80a8-3246-9941-90d8cc8dec85,7b659612-374e-4dac-86df-7470fc42ae31 +6a508faa-80a8-3246-9941-90d8cc8dec85,f1ed0c02-00c0-45c0-ab06-0613879b395c +6a508faa-80a8-3246-9941-90d8cc8dec85,d34d4eb2-0e17-474c-bb0d-6a13b6025088 +6a508faa-80a8-3246-9941-90d8cc8dec85,3c23e4a8-12c2-460b-9ccc-2ccfac3f84a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,b90a5c5f-7fca-408f-a28d-5b270bfa985b +6a508faa-80a8-3246-9941-90d8cc8dec85,dd47e525-ff34-42fa-a326-3350fa9489d4 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f998ce4-771c-44f9-a634-4712a294ce4f +6a508faa-80a8-3246-9941-90d8cc8dec85,d21e91e2-a7e2-432a-894c-7ae9991fe87e +6a508faa-80a8-3246-9941-90d8cc8dec85,71d83d4d-4c74-4ed1-a6b5-eb140474e69d +6a508faa-80a8-3246-9941-90d8cc8dec85,c085e3a9-c644-4d3c-86a3-eba78e1f0001 +6a508faa-80a8-3246-9941-90d8cc8dec85,a32c6b3b-42a7-4103-aa79-d462b309b71c +6a508faa-80a8-3246-9941-90d8cc8dec85,3aa6aa15-16f9-499d-800c-2e5af889a94c +6a508faa-80a8-3246-9941-90d8cc8dec85,0579e4d0-07b3-4b01-a97c-a6633adb1b51 +6a508faa-80a8-3246-9941-90d8cc8dec85,7332a72f-8938-4d66-bb56-eb80d33e5157 +6a508faa-80a8-3246-9941-90d8cc8dec85,48e2f44c-12f4-48c8-b547-5a505c5bbf3b +6a508faa-80a8-3246-9941-90d8cc8dec85,cb3ab30a-b94d-4c6a-b5ff-2dfe58b45504 +6a508faa-80a8-3246-9941-90d8cc8dec85,800eec37-c3e4-4b07-9245-762adb70834f +6a508faa-80a8-3246-9941-90d8cc8dec85,75e69a0d-c556-449a-a16e-2aef4314ab92 +6a508faa-80a8-3246-9941-90d8cc8dec85,6fd7ac35-ed33-4ebd-af0b-4ffca3b0b2e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,5eb6a4df-c1b0-4a41-a547-d4ecce73de4b +6a508faa-80a8-3246-9941-90d8cc8dec85,03939a7a-659c-4fc8-84da-3ee53b063fb7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e8628089-d323-4782-bc5f-295db4d192c9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d5cc7b84-0076-4042-b3ac-3c03feac9ae9 +6a508faa-80a8-3246-9941-90d8cc8dec85,a099f468-a34c-4266-a639-21acbe74a3d8 +6a508faa-80a8-3246-9941-90d8cc8dec85,d57960df-b6ef-489b-b7e7-77c355c82cbc +6a508faa-80a8-3246-9941-90d8cc8dec85,7c5839be-da4a-40ee-b802-c3be891b728c +6a508faa-80a8-3246-9941-90d8cc8dec85,f415220a-9cdd-4c33-bd90-1ef54710be2b +6a508faa-80a8-3246-9941-90d8cc8dec85,a9bdf26a-d3e1-4bb0-9776-20e9499ae469 +6a508faa-80a8-3246-9941-90d8cc8dec85,b7f260a4-3804-4a8e-89a1-3154aa804088 +6a508faa-80a8-3246-9941-90d8cc8dec85,1fca1949-57ac-497a-9237-5ab6b379c23b +6a508faa-80a8-3246-9941-90d8cc8dec85,fdff8121-62d6-4177-b0b1-aa44a09cc0fe +6a508faa-80a8-3246-9941-90d8cc8dec85,1240d39f-0b52-426e-8531-6f0dc3230a69 +6a508faa-80a8-3246-9941-90d8cc8dec85,2859ec3a-7f96-4702-ac0f-c2a9e7c79256 +6a508faa-80a8-3246-9941-90d8cc8dec85,2536be20-0b3c-491c-8895-a3cb50f489f9 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbecaa05-ace0-4278-ad63-787c68572ad6 +6a508faa-80a8-3246-9941-90d8cc8dec85,6abaa67c-5bdf-4e67-aa77-c53fd50b1b1f +6a508faa-80a8-3246-9941-90d8cc8dec85,67e9dceb-a2f7-4c4b-b0e8-8a17c165eeb6 +6a508faa-80a8-3246-9941-90d8cc8dec85,f28690b8-a5e6-469a-8a89-8fe87c136b5f +6a508faa-80a8-3246-9941-90d8cc8dec85,1a446e2d-0346-47db-9274-497bdcb59d21 +6a508faa-80a8-3246-9941-90d8cc8dec85,fbc40836-5cf5-430d-8aa9-c2eacd5c78a3 +6a508faa-80a8-3246-9941-90d8cc8dec85,b98c2b21-bfdc-4d5d-8aaa-598a2fbb86e8 +6a508faa-80a8-3246-9941-90d8cc8dec85,0ff4af2f-fa2f-486a-9950-49cb1144f504 +6a508faa-80a8-3246-9941-90d8cc8dec85,fe409ba4-3431-46e6-9475-c0ba8348841f +6a508faa-80a8-3246-9941-90d8cc8dec85,1637da27-7258-4b6e-aa26-afc0dba3f2cd +6a508faa-80a8-3246-9941-90d8cc8dec85,5df72163-07ca-49a6-8793-198208f4d263 +6a508faa-80a8-3246-9941-90d8cc8dec85,b1a879c1-2630-4cc5-b250-7d106e2e9ef3 +6a508faa-80a8-3246-9941-90d8cc8dec85,5cc91299-01ee-48ae-b3a9-a720d97c4918 +6a508faa-80a8-3246-9941-90d8cc8dec85,00bd4c83-e4d8-4c88-9023-943f0bfdcaaf +6a508faa-80a8-3246-9941-90d8cc8dec85,1b8129f1-67bf-4b6c-a36c-87d402557ef2 +6a508faa-80a8-3246-9941-90d8cc8dec85,d32856ba-3fba-4f6e-a2c2-c3b75e5b09fc +6a508faa-80a8-3246-9941-90d8cc8dec85,dde828e5-510b-4db8-ab24-7c5a2044d902 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b2aadff-a99b-4d7a-ab9a-c6bb9daaee0a +6a508faa-80a8-3246-9941-90d8cc8dec85,410169e6-e028-4205-9699-86695a6dc6f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f1056bb-42a9-4fc8-928e-5a8c4aac4125 +6a508faa-80a8-3246-9941-90d8cc8dec85,052e8541-99cb-491c-98a4-ae59ad17070b +6a508faa-80a8-3246-9941-90d8cc8dec85,6974dd50-9d6e-4bfd-9cda-d9abb026f69c +6a508faa-80a8-3246-9941-90d8cc8dec85,39a9befe-b020-4dee-af62-78d5912897f2 +6a508faa-80a8-3246-9941-90d8cc8dec85,1b47ce00-a649-4774-9d74-518c968cf80c +6a508faa-80a8-3246-9941-90d8cc8dec85,8baa8445-c6ba-45f5-9b52-c76c99a4c836 +6a508faa-80a8-3246-9941-90d8cc8dec85,5be1e8d4-9753-4abe-ab63-8eb334806976 +6a508faa-80a8-3246-9941-90d8cc8dec85,9394f13b-3a53-4dd5-a092-e2bb01c2687a +6a508faa-80a8-3246-9941-90d8cc8dec85,b6c3f6b1-10ae-4157-a6dc-475397b6629b +6a508faa-80a8-3246-9941-90d8cc8dec85,cc4b86db-73cd-476a-bcb5-5d15f1bd22ab +6a508faa-80a8-3246-9941-90d8cc8dec85,d48d23fd-f053-431d-8ece-0b0b01e7473b +6a508faa-80a8-3246-9941-90d8cc8dec85,c9f1e679-4069-43e1-b8d1-23ca99f7301e +6a508faa-80a8-3246-9941-90d8cc8dec85,708e52c9-b0d0-4bbc-870d-7e19a4dc5ad7 +6a508faa-80a8-3246-9941-90d8cc8dec85,e1c832b8-e2ad-400f-964b-7fb66aefcd34 +6a508faa-80a8-3246-9941-90d8cc8dec85,79df61b4-28ad-4022-bcd7-01d1c58325f6 +6a508faa-80a8-3246-9941-90d8cc8dec85,735727a7-16ca-4074-ae5f-e2ca2ba6ec63 +6a508faa-80a8-3246-9941-90d8cc8dec85,f78f8a19-a27d-4833-9aa7-79f9584b38f3 +6a508faa-80a8-3246-9941-90d8cc8dec85,1d454a8f-8a55-4122-a505-c8b66c969f9f +6a508faa-80a8-3246-9941-90d8cc8dec85,c3c61f4b-05a9-4bb7-9dcd-13568b947b3b +6a508faa-80a8-3246-9941-90d8cc8dec85,8d4d2d29-cd2a-4284-9ad4-ead62c61ffdf +6a508faa-80a8-3246-9941-90d8cc8dec85,118ea678-f413-4890-ac04-926ab4763e2a +6a508faa-80a8-3246-9941-90d8cc8dec85,ebf13121-ec64-4326-9134-d48dc566ad47 +6a508faa-80a8-3246-9941-90d8cc8dec85,eec480b4-1720-4d01-b14d-5a1cfa99b7a6 +6a508faa-80a8-3246-9941-90d8cc8dec85,4694d95a-cee2-45eb-8cbf-e528b3326653 +6a508faa-80a8-3246-9941-90d8cc8dec85,2df9cefa-ca33-49f7-86a2-1dc5aab821c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,c0e48983-35ce-4c52-a65c-52f8889f097d +6a508faa-80a8-3246-9941-90d8cc8dec85,52065757-c42f-4611-9371-7076096637d1 +6a508faa-80a8-3246-9941-90d8cc8dec85,332af0d6-8be7-429a-9152-97daeb17df7a +6a508faa-80a8-3246-9941-90d8cc8dec85,32891f10-964e-4fdf-aa8f-60b1b31fa9a2 +6a508faa-80a8-3246-9941-90d8cc8dec85,bf8499a3-1fa1-47ed-9491-3fd58b1d6fdf +6a508faa-80a8-3246-9941-90d8cc8dec85,bde991cd-de19-4a8d-b80c-42afc548e4c2 +6a508faa-80a8-3246-9941-90d8cc8dec85,36b84d72-6119-4122-ad4a-5de5ffc3ce3e +6a508faa-80a8-3246-9941-90d8cc8dec85,67af8d95-0212-41c1-a89c-bcfdfc860dd8 +6a508faa-80a8-3246-9941-90d8cc8dec85,c030d9c6-d724-4b3b-afdb-0cdbff044645 +6a508faa-80a8-3246-9941-90d8cc8dec85,fde548b9-3a95-469c-831e-bba14f0b24aa +6a508faa-80a8-3246-9941-90d8cc8dec85,a0193405-56a7-4827-943c-75289eb07d19 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2b2983e-960f-410f-ada4-fe0ed0267b62 +6a508faa-80a8-3246-9941-90d8cc8dec85,f69a5abe-fc52-48d0-8a51-75a4f7633486 +6a508faa-80a8-3246-9941-90d8cc8dec85,19104acf-574b-42d9-aa70-ffa2e7071d49 +6a508faa-80a8-3246-9941-90d8cc8dec85,feb364c8-68e4-4617-9631-cb1fb2d4d788 +6a508faa-80a8-3246-9941-90d8cc8dec85,6853d560-1ca5-449a-9da7-f0f2101577e3 +6a508faa-80a8-3246-9941-90d8cc8dec85,349d460c-9ca8-4341-b4ec-8c52abb3d441 +6a508faa-80a8-3246-9941-90d8cc8dec85,a19b731a-199f-426d-8838-bf1e5ea9e9bf +6a508faa-80a8-3246-9941-90d8cc8dec85,61fd9f06-e099-42a8-aaa6-48d696282a3d +6a508faa-80a8-3246-9941-90d8cc8dec85,e102d726-f8aa-4e02-bfd5-638a50d723f0 +6a508faa-80a8-3246-9941-90d8cc8dec85,45c65c27-0afc-4b13-8600-9f61fe873549 +6a508faa-80a8-3246-9941-90d8cc8dec85,f04df6d0-79dc-4582-bc99-db50a3906da0 +6a508faa-80a8-3246-9941-90d8cc8dec85,6f3155ef-4035-4748-8051-a09105d19d64 +6a508faa-80a8-3246-9941-90d8cc8dec85,9ae0158d-af1e-4c29-b528-83e50bd00c2d +6a508faa-80a8-3246-9941-90d8cc8dec85,5e352a9a-b272-4845-a5ef-ea9026a55098 +6a508faa-80a8-3246-9941-90d8cc8dec85,d4c5f32b-5116-406d-bc83-20ba06dddd93 +6a508faa-80a8-3246-9941-90d8cc8dec85,5ffe6914-8313-47f4-8ed8-adec47f05d0b +6a508faa-80a8-3246-9941-90d8cc8dec85,93c88fbd-7281-4c06-910f-98746045fa11 +6a508faa-80a8-3246-9941-90d8cc8dec85,1288a3c9-d9b9-4d96-bd1e-7a393e35f012 +6a508faa-80a8-3246-9941-90d8cc8dec85,bdb66942-8762-4794-8df0-a5dc38ffa888 +6a508faa-80a8-3246-9941-90d8cc8dec85,ae35892d-ad5d-445c-8b50-71d221a37623 +6a508faa-80a8-3246-9941-90d8cc8dec85,bd869228-beda-4c6b-bf5d-71c7e6965602 +6a508faa-80a8-3246-9941-90d8cc8dec85,9bc73a4f-f48c-4dfe-9b39-cb4b583d0d6e +6a508faa-80a8-3246-9941-90d8cc8dec85,a072732b-8654-499a-9e6e-3bfb55ba2a81 +6a508faa-80a8-3246-9941-90d8cc8dec85,2c4de710-821d-427b-aa77-bd45bae0ce15 +6a508faa-80a8-3246-9941-90d8cc8dec85,307cd43e-14af-4d61-9036-2037dad97a06 +6a508faa-80a8-3246-9941-90d8cc8dec85,a2149e0b-5cde-4ed9-ba56-177674bddcb5 +6a508faa-80a8-3246-9941-90d8cc8dec85,e50ad741-9dc9-4d08-80ba-d6b3e98b8772 +6a508faa-80a8-3246-9941-90d8cc8dec85,b26c4556-60c7-46dd-a536-b0b9a1e25568 +6a508faa-80a8-3246-9941-90d8cc8dec85,54edc6f4-ffa9-431e-adb9-b913a25af18f +6a508faa-80a8-3246-9941-90d8cc8dec85,beae1775-0ab6-46c0-bd3f-fb434a5b3e4d +6a508faa-80a8-3246-9941-90d8cc8dec85,5b1349e5-b784-4e1b-b7e8-3944c7f9d199 +6a508faa-80a8-3246-9941-90d8cc8dec85,8e2c9568-5342-4815-9440-4e0905d25cd3 +6a508faa-80a8-3246-9941-90d8cc8dec85,6987ed8b-1da4-4364-a195-0e0c6d49242c +6a508faa-80a8-3246-9941-90d8cc8dec85,41b1c462-0d01-4190-922c-805f7bd41a55 +6a508faa-80a8-3246-9941-90d8cc8dec85,ca811051-1c1c-44f4-85d6-442d47dd0262 +6a508faa-80a8-3246-9941-90d8cc8dec85,5529825f-60b4-4204-9cc5-3558ddb37d8e +6a508faa-80a8-3246-9941-90d8cc8dec85,c5d27f4b-cfae-44bb-9be0-561a08a1bf5e +6a508faa-80a8-3246-9941-90d8cc8dec85,2a73db63-74d9-49fd-bd87-e72b941b32ae +6a508faa-80a8-3246-9941-90d8cc8dec85,148f9023-3cc8-466c-8efb-a97fb8a7a92d +6a508faa-80a8-3246-9941-90d8cc8dec85,416144d5-951f-4716-8378-00729ad16b64 +6a508faa-80a8-3246-9941-90d8cc8dec85,7e5c65c8-a8d7-4a56-9076-b13aad54305c +6a508faa-80a8-3246-9941-90d8cc8dec85,2e002464-5d7a-43bf-a00e-3278d50c88e2 +6a508faa-80a8-3246-9941-90d8cc8dec85,159c5d15-47cc-4e8b-aa17-12af5a875bdd +6a508faa-80a8-3246-9941-90d8cc8dec85,856e46c2-9c79-42bd-9ff1-db304fe9a680 +6a508faa-80a8-3246-9941-90d8cc8dec85,026c9027-5ceb-4c42-8e4d-ef05ec6a1b48 +6a508faa-80a8-3246-9941-90d8cc8dec85,4c78fcd3-b001-43cf-ba5d-15c1eadb7c95 +6a508faa-80a8-3246-9941-90d8cc8dec85,22fd1eda-89d7-43a9-a10b-eb94f591c0ca +6a508faa-80a8-3246-9941-90d8cc8dec85,0226746e-1c4a-4474-9634-9810676be8e4 +6a508faa-80a8-3246-9941-90d8cc8dec85,19ad4f13-af83-4fa7-a7eb-43d661f8b656 +6a508faa-80a8-3246-9941-90d8cc8dec85,4313ac0e-5eca-459a-bc41-17a4e4b113ea +6a508faa-80a8-3246-9941-90d8cc8dec85,2217aa03-18c4-479a-b505-625440435d3a +6a508faa-80a8-3246-9941-90d8cc8dec85,52b9c6c7-c9fe-43af-b797-a76050bdbc9e +6a508faa-80a8-3246-9941-90d8cc8dec85,da8ab572-2eff-4ad1-81a8-81e0f6dcc321 +6a508faa-80a8-3246-9941-90d8cc8dec85,e6160576-c21b-4f17-ab31-e182a9188bad +6a508faa-80a8-3246-9941-90d8cc8dec85,a343f21d-f62b-4f89-b062-e7c41a507ad9 +6a508faa-80a8-3246-9941-90d8cc8dec85,d7015866-2045-4482-a314-f944c8f54efd +6a508faa-80a8-3246-9941-90d8cc8dec85,a87fa137-f337-4afd-947c-d967b47479c5 +6a508faa-80a8-3246-9941-90d8cc8dec85,296a1373-00ca-46ec-9ebd-a7ebbe538785 +6a508faa-80a8-3246-9941-90d8cc8dec85,1f80888b-e70d-4e16-84c6-08145ab72a03 +6a508faa-80a8-3246-9941-90d8cc8dec85,3e101b6f-5c54-42ae-951d-e5309c877f16 +6a508faa-80a8-3246-9941-90d8cc8dec85,82bd12de-18aa-4a47-a9a8-ab1a139af6ca +6a508faa-80a8-3246-9941-90d8cc8dec85,7667dc2f-0726-4dc8-af28-9e1d875813e6 +6a508faa-80a8-3246-9941-90d8cc8dec85,07658797-1155-4082-b5f8-26338960f7f7 +6a508faa-80a8-3246-9941-90d8cc8dec85,61ce4653-0f61-4d37-9c82-1535b4fdfa75 +6a508faa-80a8-3246-9941-90d8cc8dec85,0e816ee0-c418-4f2e-bdf8-36207ac85999 +6a508faa-80a8-3246-9941-90d8cc8dec85,f4567f8d-1767-4cc1-a9aa-a971efa39177 +6a508faa-80a8-3246-9941-90d8cc8dec85,6d097ed6-6f0d-4cdb-9003-18622582a462 +6a508faa-80a8-3246-9941-90d8cc8dec85,52ea2877-40b5-4e4b-b08e-ea293890d438 +6a508faa-80a8-3246-9941-90d8cc8dec85,10d4a121-07d3-4bab-b659-ec2b8f24b1a5 +6a508faa-80a8-3246-9941-90d8cc8dec85,4d60f53c-8bdb-41fa-b4bd-c8e53915ebcb +6a508faa-80a8-3246-9941-90d8cc8dec85,c0aba81c-aba6-4a2e-8e40-679ddc215154 +6a508faa-80a8-3246-9941-90d8cc8dec85,e7198780-2952-4549-a2d3-032b547b1f0f +6a508faa-80a8-3246-9941-90d8cc8dec85,89d05ec8-8477-4e85-9cd6-2b5e907a0681 +6a508faa-80a8-3246-9941-90d8cc8dec85,251c3d84-c06c-4055-98d7-9ac57ff5740c +6a508faa-80a8-3246-9941-90d8cc8dec85,c3cd8584-e4a1-40f8-a339-2796384196fa +6a508faa-80a8-3246-9941-90d8cc8dec85,63c243b1-fa06-44f3-b8dc-62d416be7e13 +6a508faa-80a8-3246-9941-90d8cc8dec85,c545e699-16e8-4b97-9f44-1fcc7ae29179 +6a508faa-80a8-3246-9941-90d8cc8dec85,4f109a92-f9ab-4b92-99ee-90ba08f16b1b +6a508faa-80a8-3246-9941-90d8cc8dec85,dca90ebf-2096-4e8c-800d-db461229da63 +6a508faa-80a8-3246-9941-90d8cc8dec85,85444279-9987-4e11-bd81-ae10ddf76003 +6a508faa-80a8-3246-9941-90d8cc8dec85,16d86119-9e89-4bd9-8c24-4b289471a52e +6a508faa-80a8-3246-9941-90d8cc8dec85,d070691b-2e27-48db-a345-4ea84f1de43d +6a508faa-80a8-3246-9941-90d8cc8dec85,12e872ea-c38f-42c6-8074-1caf7796494f +6a508faa-80a8-3246-9941-90d8cc8dec85,e0176d7e-8925-4219-a5f3-8630a973bc15 +6a508faa-80a8-3246-9941-90d8cc8dec85,cb7f730a-cbad-40d5-943a-4d8cbe349a23 +6a508faa-80a8-3246-9941-90d8cc8dec85,1ebd885f-809e-4808-bd9c-dd2b4be1171a +6a508faa-80a8-3246-9941-90d8cc8dec85,79bfbb33-b619-4061-a875-1226d40b7290 +6a508faa-80a8-3246-9941-90d8cc8dec85,3dbdd076-ca0d-456d-9903-ff2d9e63780f +6a508faa-80a8-3246-9941-90d8cc8dec85,31773102-7393-430f-971b-48268c3826fb +6a508faa-80a8-3246-9941-90d8cc8dec85,024aa619-5d16-4a14-8f42-e232beece4ef +6a508faa-80a8-3246-9941-90d8cc8dec85,77ddb64c-f311-4224-8690-2b6eb6e5c0b5 +6a508faa-80a8-3246-9941-90d8cc8dec85,aa412dde-ae9a-469e-9664-21b3bffbf33b +6a508faa-80a8-3246-9941-90d8cc8dec85,23f56ef5-e235-44cc-b6bb-b4f0060310b6 diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv deleted file mode 100644 index 288c25b46..000000000 --- a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv +++ /dev/null @@ -1,318 +0,0 @@ -gpc_reference_number,emissions_per_activity,units,gas,region,reference,id -I.1.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",cbe2d629-b1d3-4817-a453-709646159e18 -I.2.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d8e48993-9334-4847-bcdb-4a311ddeb661 -I.3.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e8258735-cc6e-49af-9b12-5085c1938e83 -I.4.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1c3102b3-e915-4c70-98e6-d1b93052a2e9 -I.5.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9e96334e-83ea-440d-ae03-c21bc0a13bd3 -I.6.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",52592791-2b3c-452b-b51e-bb6fb3cc3dfd -I.1.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",23932ae3-c8d3-4517-aa50-0310124772db -I.2.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",88422ec4-4341-453d-8f51-85072e78aba8 -I.3.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c3ab01d8-3543-4158-8038-e91d26d26484 -I.4.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",5ec19b8a-c6bb-4725-8da8-659ec38e16c4 -I.5.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",df81e093-0217-4b12-8c43-7c6820f0f394 -I.6.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b3b55eff-dd34-45f1-a5f9-d3a61b0ff26f -I.1.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a25cd5ca-f794-4c4b-9015-51c1dd61bbec -I.2.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",cded9ed2-b6a4-42fe-965c-c6860349e706 -I.3.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",740bc5ca-c6f5-4f95-9012-cb2e95535b57 -I.4.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",18f73797-3b43-4d98-ae84-02f39eb0401e -I.5.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",62331632-ba55-45bd-b9b9-4cc99c3846b1 -I.6.1,0.8,kg/TJ Residual Fuel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ecb90ba1-f9c7-4f3f-8ca2-25ff2d22f3b8 -I.1.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",33a8e6a8-76d0-4fa8-90dc-f75eff035167 -I.2.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",70e6ee76-2727-4589-8480-8a0260955a07 -I.3.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8becf647-2faa-49da-9e66-0fcdb56a9327 -I.4.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2c4f51f0-bf32-4e70-834e-f5d39e4409f1 -I.5.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",93206581-5303-4cb4-8b7b-32953ef52e1d -I.6.1,0.8,kg/TJ Shale Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",efa566f6-3a66-4b7d-9d2d-be862d90a2cf -I.1.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",96f0915e-567f-4560-ad68-da2668b1ee47 -I.2.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3aff9d30-0368-4122-82a9-a0f024d93998 -I.3.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1d03fc75-c07e-41e1-bebc-bc04aa0693ec -I.4.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a15d13a0-6d1a-4045-a2fd-dd6f53a14aa5 -I.5.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",056098e4-6690-4bbe-a71f-6ab5b2e3db8b -I.6.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e1cffc31-41b6-4b37-9ee2-a4dabfca6d95 -I.1.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c4d7222f-f458-4ed5-83ad-086be6928c0f -I.2.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a2759205-817a-4e4e-8d4b-ff30ea510881 -I.3.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",87b8dce9-0ed3-45ae-9da9-8a7672e62ed8 -I.4.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",cbe7c497-c086-49d0-973c-94351f542276 -I.5.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e11d837a-f0bd-47de-aa10-cf55df7a7313 -I.6.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8b021ed7-39a0-46dd-b63f-afcb704ed026 -I.1.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0189e30b-5da6-49f6-9d6e-e155a8873192 -I.2.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f82e3fca-fbff-4982-a4b7-727434a48d6a -I.3.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e7c4d263-f53a-488d-b5de-fc0bd17db01e -I.4.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9699cdac-f24f-4824-8b64-ac125419d5d1 -I.5.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8f7e646f-a6b4-44d3-933d-f7c09270d8f0 -I.6.1,0.9,kg/TJ Gas Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9eab3398-c5b2-4850-8ede-1f21917ea369 -I.1.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",97b37162-34e1-4a8f-96e5-2ad38dd09f86 -I.2.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0d895766-2a2a-455f-8736-8f33f9062834 -I.3.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0f09d702-41f4-4f2a-b8b9-a6d4dc9fadc5 -I.4.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",32eb42aa-1c33-4a8f-8ea6-7245b173740e -I.5.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3d56438f-ac58-4864-b764-812e360dad6f -I.6.1,0.9,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1cc93a35-bfbd-4496-b72d-85a9874ffdcd -I.1.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8e2c2fdb-828b-4c33-91ba-b44224a0327c -I.2.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",658ac16b-715a-4a57-8eae-44d018714565 -I.3.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3a8e7c29-ee2d-4662-8cac-d7cc0870bd25 -I.4.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e7484a26-a363-4a48-883c-192d53237589 -I.5.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e45a3369-16e3-4513-8773-63aa6c4d7298 -I.6.1,4.0,kg/TJ Diesel Oil,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0f38f75e-7087-4c2a-808e-e3eef05a2c05 -I.1.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4a20447c-3798-4800-a923-13631746c490 -I.2.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d81a236e-e61d-4ad9-99c7-49f7d8310768 -I.3.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",463a2f04-142f-4efc-8f8e-c5fa7ceb4eec -I.4.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",bd46b874-d7d3-4370-bcb9-9a008cef24f3 -I.5.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0f9e3576-16ef-4bc9-947a-eb8e53f9696b -I.6.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e8282307-e53f-42d6-9d5e-c87163072484 -I.1.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b409eb5e-c81b-4990-b853-f120e6283c9b -I.2.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",6a123b0a-8863-4a7b-a895-de90baa6f4e4 -I.3.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",eb290170-6a27-4a57-8a71-58b8cddec6f2 -I.4.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a3cd0e69-e1d6-495b-a40a-b0603fb20f84 -I.5.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",bc718189-b85d-4fa0-8cba-834baf59f005 -I.6.1,0.7,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",95221ddc-a50d-4288-9fe3-dba6eb1cefca -I.1.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",16d30bdc-96a6-4ed1-9194-dd0576a75eb6 -I.2.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",5ed2a963-3100-4d25-a8b5-78b29588bf4e -I.3.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d49a51e4-ad21-4306-8761-ce563e613be9 -I.4.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2d1a6bb7-15b5-4921-8b2c-af5998fdaad9 -I.5.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3b594fd3-19a7-4b46-b95c-a07f2096ab10 -I.6.1,0.9,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",eaec59c8-c893-402e-929c-dc3df78f86a1 -I.1.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",df0ad55b-73f8-4a99-92c4-ddca68069985 -I.2.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",566758c3-7e94-4907-a1d2-de26922b38ce -I.3.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c668c906-5b92-4631-a68d-0abbc667aee2 -I.4.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",dce35b78-ebad-4fa5-ad84-9b0e2d9cf602 -I.5.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d0445eaf-b131-4c05-b702-d411563c7032 -I.6.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b3e31802-44f1-4f8f-8aab-f812934987ec -I.1.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",fa6565b2-a977-40b7-8588-73c8e8712335 -I.2.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4896f926-a169-47ab-87b2-2e112a50b22e -I.3.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",22d1cf66-c846-48fd-bd34-eacb8430d0e5 -I.4.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3c9ba300-2953-4b26-9b5d-14150b60544c -I.5.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",07b48690-395f-4a62-a97f-e15c708acfa4 -I.6.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b3a0abbd-e435-49b2-88e4-7cf297ca9d85 -I.1.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b5f056a1-d787-48ef-9152-ce4201531baa -I.2.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e54ba3fb-8a1c-4cb1-8249-f0d8e396d902 -I.3.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4d16a494-c698-431e-b148-3b40d087703c -I.4.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9e43c522-a46c-4b57-8d7b-8d176e9a1226 -I.5.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c56f4c80-706e-451b-987a-46b91485e6e1 -I.6.1,1.0,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",03efef13-4a71-4db2-a2dd-615057f83391 -I.1.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",fb786ccf-c94b-4aa3-ab1e-5983815fed9d -I.2.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",91763aa2-be23-45b4-bd32-d6306016d1c6 -I.3.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",72ab23a8-8640-4faf-a94f-77a6f7622795 -I.4.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3c6e5e86-5698-43ae-a495-390b20480b7e -I.5.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0e66edf6-c9d7-4d07-b2b9-759f6db739f9 -I.6.1,0.2,kg/TJ Other Bituminous Coal,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",6f72acf9-ec6d-4b6d-8cec-1b909f851ade -I.1.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f89e86ba-270b-4222-a0bf-df690194e2a5 -I.2.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3b02bea4-6f3a-4946-b170-1e339076ac36 -I.3.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f7654a7e-64b0-40cf-9233-b66baf66b95b -I.4.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",37b6944f-d3ea-41cd-bfe0-2e33121deeb7 -I.5.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",5176cacb-e80b-4c70-b6c1-e5198ce146b9 -I.6.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1805c046-55de-44ad-bde8-a04a321fef6f -I.1.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",fb669b3a-162a-48d0-8c0d-dc4e3e27f978 -I.2.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",be29b6b1-c3dc-4128-9408-989bd0d03257 -I.3.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",58a4203d-da8b-4b4d-905d-d828eb264e00 -I.4.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c4b5870c-44ee-432f-a8c1-2ffa9b2bc135 -I.5.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1455284b-883e-497e-99e2-5a9f78b554e7 -I.6.1,4.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f35f48ef-886a-4542-9646-7d3df3da539e -I.1.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",34648cee-b4a3-4f22-ab58-ef72ac84f5ee -I.2.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f195fb2e-df81-4252-a62c-8300bfde1aca -I.3.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",621fbdec-4d19-4b91-af4b-4ae17aa96ab6 -I.4.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",379c29f4-5089-4e27-b524-0fee99aac4f1 -I.5.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",354d4cc2-dbe2-4b93-86b0-958e8ef358a7 -I.6.1,258.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",460fbc63-87da-4ac9-bde0-b50f9bcd7ef0 -I.1.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4a38d2c6-fdb2-4ddf-9a07-c815496f4e45 -I.2.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3254e582-bd31-4a7a-b70d-0d2d43a10a1d -I.3.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",33ac0416-ec33-4e9b-97a7-064dd365083c -I.4.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",970b7a35-d7e9-48d0-8db7-a167c98ff8ef -I.5.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f131224e-1ed5-47a1-b81f-f0c2d91ad918 -I.6.1,1.0,kg/TJ Natural Gas,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a4666fbe-69ca-4e5b-94a3-f8240e6f89a2 -I.1.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",cacfa820-5d96-4c74-aead-0a3be9b97fa1 -I.2.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",54c7e0c1-f221-4b68-8300-3688f509fee7 -I.3.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",f489aec7-4086-4e9e-ae85-5444ccbfc82a -I.4.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",62eb9b60-1a4c-43ec-a33a-ec6db3998403 -I.5.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",5c9af73e-5eb8-4416-9320-6d068502693f -I.6.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",84ea349f-b0a4-4e14-ad18-7f25ffa93eb4 -I.1.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",5df0f747-834a-4a1b-8022-78bb4129dcf5 -I.2.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",c6629667-01b6-4888-bfcc-cfe12eb71fec -I.3.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",3015a95e-d384-4a73-ab3e-43c1d9544761 -I.4.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",2be51994-47dc-4142-83ec-03204a5e075e -I.5.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",a9eee22a-5910-4ec6-95c4-209eaa3f5092 -I.6.1,3.0,kg/TJ Peat,CH4,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",61541933-c8c9-41e3-b152-c5513841c785 -I.1.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",41d57b0c-6bfe-4998-8b44-c1a59d9cda25 -I.2.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",740e71a0-4d9b-4efc-9d23-232a903c5bab -I.3.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",6c0b797f-9e89-4dbb-8107-5b732a3d10b2 -I.4.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",98288be5-2f44-472c-8d01-3b210026bf10 -I.5.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a0bd805b-4e95-4a12-ab34-f0e6bc4eb276 -I.6.1,11.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8e40359c-4071-47d0-92b6-d623dd646161 -I.1.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e2d8a440-61e7-4283-9205-55c80fa717fb -I.2.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8b72f07e-7de9-45bd-adf0-ce141d7d4819 -I.3.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c7f826b7-5946-4bc8-b78a-99184907b1a0 -I.4.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f6c8b6d5-a5db-4bd4-bda0-53b8d669c52c -I.5.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8d9b39b7-d2b8-495a-add2-0fbcaf1c6f86 -I.6.1,1.0,kg/TJ Wood/Wood Waste,CH4,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4a9a8005-c07f-4d2a-90c8-72a8730f0158 -I.1.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",545fc7b6-0cab-45d3-bca0-dae79b150b51 -I.2.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b5d5bf2b-41d0-4129-b0fe-f49d655574c6 -I.3.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",96f8d5dd-b221-4b40-8a39-031cbd029fd3 -I.4.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0e40ddba-fe40-4ce8-913b-2818169492d8 -I.5.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",6064981f-a3eb-48a8-ba99-7dbd22f65702 -I.6.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a4472ed7-fb63-411b-8412-d3e56907e05b -I.1.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",15b10552-a842-417a-8820-8b2c95bcc1ca -I.2.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3df7eb0f-7c99-4098-9172-a2c41e7ccc9f -I.3.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",91bc83b6-d18b-45e7-b2ee-eb376ed842e8 -I.4.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0f3b8582-7f61-40d5-b992-190b71e1a619 -I.5.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",234a683b-6b07-4df1-9a1b-ae6da08726ed -I.6.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7c87a2d6-8c32-4d17-a4bf-9a0159129da0 -I.1.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0774ac1e-7a44-4452-83eb-373ce0bc20ec -I.2.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",398afe70-2ec9-4738-a8fb-ea89646d1af1 -I.3.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e281846f-b9a7-4ef9-8fe1-2f31107e7506 -I.4.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",76791789-c413-4bf8-8912-940dfbf6da70 -I.5.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",381ee680-2d82-40ee-ac4b-483f9740cd0d -I.6.1,0.3,kg/TJ Residual Fuel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ee47a282-49d1-4c23-bb2e-bdd6667a9eb5 -I.1.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",cf73f1c4-e73a-4a65-925f-3dd2004dbd52 -I.2.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0d2d16bb-2554-4228-b608-600c269977a1 -I.3.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7a052fd4-fa4e-4eb2-9e79-b6c2493c72aa -I.4.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2d3bfeee-4b6a-49b0-8016-218a15361bda -I.5.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c73043cf-5ea6-42d2-86c2-614046936893 -I.6.1,0.3,kg/TJ Shale Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0c9adfae-a299-4044-8f09-aa02dd2e6a5d -I.1.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7f5ae227-3f02-4574-a3a5-def2c69835aa -I.2.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",64390b85-beb1-40a9-b8f7-993d8ab2bb46 -I.3.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",94ccf33d-f080-4da4-a9ba-064597847dca -I.4.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e2c05f5a-aabb-4ab3-b914-c01bb7944e11 -I.5.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",427a6c03-13b2-4724-8929-02e88da09315 -I.6.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",036aa18c-9c99-465c-84b6-38d46513244b -I.1.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",be00694f-e332-47d3-9d03-eb2da7f9aa00 -I.2.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3ef232b2-8bab-440f-a763-3aa549a20cf5 -I.3.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b49967d9-7595-4c9c-a8ab-a31b891fce61 -I.4.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",454b2a27-0612-4ea6-9f35-2c4b3425e350 -I.5.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1ea235f1-1ac0-46ed-baa0-8d3b9b658874 -I.6.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a8369554-321c-442d-ae34-fec02f8f1ce9 -I.1.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1c1ffeaf-2dcb-4a59-9b39-33472e241fdd -I.2.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4b19366e-1bbb-4bb8-b810-d14075109827 -I.3.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f6f26f65-b5c4-480e-a456-de572e0e56f5 -I.4.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9d22a450-e931-4a4c-9435-22852e50fdcf -I.5.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4e787a59-d85a-457e-b992-830c979f28cc -I.6.1,0.4,kg/TJ Gas Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c4df36eb-f19d-4ed4-a80e-f8f58a38bff8 -I.1.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c70af795-07dd-4ade-ab27-f614d0089399 -I.2.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",50a2fccd-8b55-4681-862b-32007293d7fa -I.3.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",03c972e8-9be3-48dd-a6fb-b8ab8b3ea50d -I.4.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",5aa78f62-de48-4b15-99bc-98f9ec193146 -I.5.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2e228fa6-e9bf-4612-b954-5f3e803f1ac5 -I.6.1,0.4,kg/TJ Diesel Oil,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1c14ac4c-6055-41a3-afe1-45b2b7b1befc -I.1.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",15f33db1-175b-4484-acc7-800a55d882d9 -I.2.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2ae2aee0-270a-4116-8bf7-0db40ce900fd -I.3.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a9f6cbc4-b97b-4c52-9434-00e05e7315e5 -I.4.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",907e0c6f-cd79-4e64-b182-0c48b4fd13d3 -I.5.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0cc27b83-3b69-43a0-ad53-6fe5e290a0c2 -I.6.1,0.5,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ed407c56-0861-43c8-a18f-a92d2a8d48db -I.1.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a29d8fd5-0067-45f0-b749-5c22cd989083 -I.2.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c79ad98c-9b4e-4700-9485-af3615966352 -I.3.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4a7a87a3-bf81-426a-a865-c00e92c29ad7 -I.4.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",90d57599-88b4-4384-8de7-46c883cd5983 -I.5.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f95a654a-4e0f-4679-9f27-eee4050b8a5b -I.6.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",5b5c1c49-1f50-4dbd-8ce9-e50e2b5202be -I.1.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",07c283b3-bfc7-46ba-9214-a8bc124779d1 -I.2.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",299e16e8-860b-4dc0-83de-fbe5b19df548 -I.3.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",363afc82-4f7f-4895-8de0-1f468115a117 -I.4.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",57282acf-5630-4148-a37f-b6fd14eb3c46 -I.5.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c421449f-ef9a-4222-8897-6847a881c54a -I.6.1,1.4,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",17eaaf7b-66b3-4574-97af-81e23a38d1a4 -I.1.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",6c9ed459-5a99-43d9-be53-aea381d9d34c -I.2.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",198a50ed-20c7-4a6c-b06c-5f04368cbe42 -I.3.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8c7bc839-c760-43ea-8855-897cef4b02f9 -I.4.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",f6aec5cb-a86e-450a-913c-ccce98d6aae4 -I.5.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",276ed7a0-e5e9-4660-b758-cae563d74643 -I.6.1,0.7,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",12695396-328e-4daa-8021-f45d47bd2b35 -I.1.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",11b0b0d7-7140-4069-9fe9-b54d7e8c0b70 -I.2.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",079b6806-0e71-4f15-88f6-f00b1114a872 -I.3.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1014a170-63a5-40a7-84b0-8fdd730d1bcc -I.4.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ca63f5b6-96e9-406f-87bf-3e1a112fec76 -I.5.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",360cb3e9-1c12-40fe-a880-d90f6c73e2a9 -I.6.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",2237071c-692b-4255-a11d-f80af3775e2e -I.1.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",70ebf452-b8d0-44a0-9108-bbddce71f3ea -I.2.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d402ce6e-ed9e-43cf-8890-43e45eedebc4 -I.3.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7c2a31bc-daa8-4d8a-9ced-17372865f8d7 -I.4.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4ddb630f-ab63-4b11-9854-b6ce9e6df3c9 -I.5.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",723e1ccc-1f9c-44ae-8da9-1338df7bf7ca -I.6.1,61.0,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",48998459-06f6-4aca-8519-d14767ba7d08 -I.1.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",33a1f6fe-80d1-42d2-952e-67a50b8f1189 -I.2.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",47414aeb-c697-4f15-853f-dc1fabab90a8 -I.3.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",871ca5cb-80ce-4d62-a5d5-d525f7f4c188 -I.4.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8c814223-d5e3-4597-bea5-3b911b27561a -I.5.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4141b520-3528-4dd2-b0ac-1fe38debf5e6 -I.6.1,1.6,kg/TJ Other Bituminous Coal,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",8a98fd62-6a94-46a7-92ab-eeca0f7063b1 -I.1.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ba8c259a-23ac-4382-a1ec-17e5820ec799 -I.2.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0c87349f-8203-4798-b542-b6b511412034 -I.3.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",bfb935f0-c31a-48f6-b103-b5d58d780819 -I.4.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d3036ca9-712e-4f39-a109-8819fde7ab11 -I.5.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",0a8beb66-1e69-4885-82b1-4aa0deda80fa -I.6.1,71.0,kg/TJ Lignite,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ba91fdc9-ff88-4e98-9793-5d047b56c632 -I.1.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",018d247b-73ed-474d-8d96-512b3563425b -I.2.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ca61fde9-fa5f-4244-a1ac-e4d1ed51a3d0 -I.3.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",94f7e666-d7d0-4d80-a562-7bfef87176aa -I.4.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e74ea624-d0ef-4fb5-a545-b7176fb7ed1d -I.5.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3193a151-45e3-43b0-9dd0-d7a0e070f74c -I.6.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",69e35314-4d2b-4bed-9ca0-a71ac7e65ddf -I.1.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a671f23e-e117-4cc6-a373-b463b9a2d85c -I.2.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a804503e-e97e-4cce-9486-d40b67ed9c67 -I.3.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",42620ac8-721c-4d86-81bd-a64f07f19c0c -I.4.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",9b104400-83ee-40f1-b117-e613b2c4261d -I.5.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",fae6cf9f-94ad-4acd-af17-4828efa5f478 -I.6.1,1.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4ba8b82f-e6fe-4ad4-be8f-855d59201730 -I.1.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",c7c6100b-4d21-477f-b976-16973a2c8c80 -I.2.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7ae63500-d5ea-4cfb-abfb-1b89acb27f6a -I.3.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a037a7b9-d114-4419-b3e4-74517c5f5eea -I.4.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",154944ac-8d94-4046-8d77-d1ef3f4ecb4f -I.5.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",15dae7ac-8171-47b4-b1bf-7205fbf770fe -I.6.1,3.0,kg/TJ Natural Gas,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",1b429898-e586-4bf6-b5b2-b48befb7e262 -I.1.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",f73b8d26-b439-43da-9bd0-9839bec2c4e7 -I.2.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",98710452-4630-4acd-b533-a8d0fbb22004 -I.3.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",780fcd7c-7e03-4b14-a251-9083fb3fce6d -I.4.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",80ad6ce1-5637-41d7-a69a-b1ae6f04659d -I.5.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",1c62e9fe-14f3-4a9c-aa8a-b71878d4fa94 -I.6.1,7.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",f365ae4b-7996-4c3c-9249-553d25ffc55e -I.1.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",cffbab4a-1ac0-41c7-8181-a52142d28544 -I.2.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",dc715738-be14-4c3e-80b1-2af8d05ce6b9 -I.3.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",04d08783-7882-4b9d-a7cf-61c980c65061 -I.4.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",e3a4870c-c09b-4cd8-a3de-f1ca95a884ce -I.5.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",d87056bf-c887-456f-994b-ef3337541c5b -I.6.1,3.0,kg/TJ Peat,N2O,,"Tsupari, E., Tormonen, K., Monni, S., Vahlman, T., Kolsi, A. and Linna, V. (2006). Emission factors for nitrous oxide (N2O) and methane (CH4) from Finnish power and heating plants and small-scale combustion. VTT, Espoo, Finland. VTT Working Papers 43. (In Finnish with Engllish summary). See website: http://www.vtt.fi/inf/pdf/workingpapers/2006/W43.pdf",7fb638b3-1fee-422c-8eed-449f7f4d3108 -I.1.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",e3b72328-4882-4a64-9c63-ed9070b80ee5 -I.2.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",ee2c8663-eeb4-41d4-9314-44c468308981 -I.3.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",19c8d6e7-ea0f-41f8-a462-071aa8dcdbf9 -I.4.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",77f946af-cd5d-409e-acf6-21115dda4444 -I.5.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",d9130d5e-02d6-439d-a881-26ea22fdc1e2 -I.6.1,7.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4e8208ba-6b41-407f-96e8-27a028cdf60d -I.1.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",b6ee7c9c-e9ca-44d5-929c-50ba39420824 -I.2.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",a98bd453-2feb-4368-b795-bca62200d08b -I.3.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",7c21c705-a27a-47bd-b820-b1c146fbca08 -I.4.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",04a3e4a8-684a-4717-8dab-1e814c4de61d -I.5.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",3afc295e-23f3-479e-9951-de696d6b1ffd -I.6.1,1.0,kg/TJ Wood/Wood Waste,N2O,,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",4639fb0a-6669-41f7-a448-ab2588b6cd99 -II.1.1,33.0,kg/TJ Motor Gasoline,CH4,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",b92f8176-6a47-4635-a66c-f576cb2c5fc0 -II.1.1,25.0,kg/TJ Motor Gasoline,CH4,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",1e92c391-ce5d-48a2-a343-53e207a4a87b -II.1.1,3.8,kg/TJ Motor Gasoline,CH4,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",389792a2-0c78-4645-ad52-83ea1dc2673f -II.1.1,3.9,kg/TJ Gas Oil,CH4,,"EEA (2005). EMEP/CORINAIR. Emission Inventory Guidebook - 2005 European Environment Agency, Technical report No 30. Copenhagen, Denmark, (December 2005). Available from web site: http://reports.eea.eu.int/EMEPCORINAIR4/en",61333a40-5a42-4c70-988d-d4964623e302 -II.1.1,3.9,kg/TJ Diesel Oil,CH4,,"EEA (2005). EMEP/CORINAIR. Emission Inventory Guidebook - 2005 European Environment Agency, Technical report No 30. Copenhagen, Denmark, (December 2005). Available from web site: http://reports.eea.eu.int/EMEPCORINAIR4/en",5ccb4acd-6587-477b-b76d-87aa132b67e4 -II.1.1,92.0,kg/TJ Natural Gas,CH4,,"TNO (2003). ""Evaluation of the environmental impact of modern passenger cars on petrol, diesel and automotive LPG, and CNG.""",5b04bd7a-b268-44ec-a029-5dbae640354b -II.1.1,62.0,kg/TJ Liquefied Petroleum Gases,CH4,,"TNO (2003). ""Evaluation of the environmental impact of modern passenger cars on petrol, diesel and automotive LPG, and CNG.""",ebdebab9-33fa-4148-87d5-b169c2adf560 -II.1.1,260.0,kg/TJ Biogasoline,CH4,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",1f79c7ed-c92b-4ce2-ad13-119134f58444 -II.1.1,18.0,kg/TJ Biogasoline,CH4,,,aba3f63e-518f-4290-abe6-3fb7fc61c928 -II.1.1,3.2,kg/TJ Motor Gasoline,N2O,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",4b4ad40d-7c44-4e56-b929-1e1d2276a373 -II.1.1,8.0,kg/TJ Motor Gasoline,N2O,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",9b49ffc0-2069-43d7-b389-57a817bac3de -II.1.1,5.7,kg/TJ Motor Gasoline,N2O,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",7bf0041d-950f-4012-8613-eb52aa0e3698 -II.1.1,3.9,kg/TJ Gas Oil,N2O,,"EEA (2005). EMEP/CORINAIR. Emission Inventory Guidebook - 2005 European Environment Agency, Technical report No 30. Copenhagen, Denmark, (December 2005). Available from web site: http://reports.eea.eu.int/EMEPCORINAIR4/en",ba376fe2-91af-4ab0-b2bc-8369209c85d1 -II.1.1,3.9,kg/TJ Diesel Oil,N2O,,"EEA (2005). EMEP/CORINAIR. Emission Inventory Guidebook - 2005 European Environment Agency, Technical report No 30. Copenhagen, Denmark, (December 2005). Available from web site: http://reports.eea.eu.int/EMEPCORINAIR4/en",a85d7b40-1bf2-4ee9-afd6-3049a3e6b508 -II.1.1,3.0,kg/TJ Natural Gas,N2O,,"TNO (2003). ""Evaluation of the environmental impact of modern passenger cars on petrol, diesel and automotive LPG, and CNG.""",021a9a5e-a475-4194-b685-d6572315f391 -II.1.1,0.2,kg/TJ Liquefied Petroleum Gases,N2O,,"TNO (2003). ""Evaluation of the environmental impact of modern passenger cars on petrol, diesel and automotive LPG, and CNG.""",5b40497d-b90d-4361-bbe0-549fd6606dbe -II.1.1,41.0,kg/TJ Biogasoline,N2O,,"USEPA (2004). ""Update of methane and nitrous oxide emission factors for on-highway vehicles."" Report Number EPA420-P-04-016, US Environmental Protection Agency, Washington DC, USA .November 2004",8c8774d3-ed95-4875-ac34-cc249cf5d1e3 -II.1.1,9.0,mg/km Biogasoline,CH4,,,9802233a-a77a-4b14-b5e7-139e186a4371 -II.1.1,470.0,mg/km Natural Gas,CH4,,,6cac2672-a466-42b7-871e-bd757a4c93f2 -II.1.1,24.0,mg/km Liquefied Petroleum Gases,CH4,,,01ab30c5-0983-46b3-8c0e-6c256dfa5a32 -II.1.1,36.0,mg/km Biogasoline,CH4,,,a6423c13-a4f7-40a0-939c-2aed355f8465 -II.1.1,401.0,mg/km Biogasoline,CH4,,,0161e7db-a12b-447d-9f84-739754b6ef70 -II.1.1,5983.0,mg/km Natural Gas,CH4,,,5013a530-f3c8-4207-80e8-af4be619d8a8 -II.1.1,4261.0,mg/km Natural Gas,CH4,,,f5034cfe-f9b0-465f-b65f-6bb7e124e759 -II.1.1,67.0,mg/km Liquefied Petroleum Gases,CH4,,,02a9eabb-148d-4a78-bd15-f27a20b32aa1 -II.1.1,1227.0,mg/km Biogasoline,CH4,,,041b7951-1f76-4d0b-9a9e-eb1e42323c2d -II.1.1,39.0,mg/km Biogasoline,N2O,,,e971886e-b37a-41b7-bcba-6dc79d718f64 -II.1.1,48.5,mg/km Natural Gas,N2O,,,2542eb70-8ff2-4020-b61d-923f90f1b3c8 -II.1.1,5.0,mg/km Liquefied Petroleum Gases,N2O,,,6f4566de-806c-46df-95dd-936e6aa33a23 -II.1.1,29.5,mg/km Biogasoline,N2O,,,a9e5270d-d62c-4c4d-95fb-26efa95afae9 -II.1.1,135.0,mg/km Biogasoline,N2O,,,e1b98f18-76b9-4a71-b4d4-8bb7027b204f -II.1.1,185.0,mg/km Natural Gas,N2O,,,490c9700-d7eb-4ba9-a4f0-15586f806558 -II.1.1,274.0,mg/km Natural Gas,N2O,,,213f4557-02d6-4413-905e-8781186021db -II.1.1,93.0,mg/km Liquefied Petroleum Gases,N2O,,,a20d5745-23c7-4d9b-9697-330f007618fd -II.1.1,191.0,mg/km Biogasoline,N2O,,,7df2c48b-7032-4e88-a022-c70ea09f6d6d diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv new file mode 100644 index 000000000..cba955ae0 --- /dev/null +++ b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv @@ -0,0 +1,20392 @@ +EF ID_x,ipcc_2006_category,gas,fuel,description,practices,parameters,region,properties,equation,reference,GPC_refno,density_value,density_units,NCV_value,NCV_units,EF_value,EF_units,methodology,emissions_factor_id +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,cbe2d629-b1d3-4817-a453-709646159e18 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,d8e48993-9334-4847-bcdb-4a311ddeb661 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,e8258735-cc6e-49af-9b12-5085c1938e83 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,1c3102b3-e915-4c70-98e6-d1b93052a2e9 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,9e96334e-83ea-440d-ae03-c21bc0a13bd3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,52592791-2b3c-452b-b51e-bb6fb3cc3dfd +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,23932ae3-c8d3-4517-aa50-0310124772db +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,88422ec4-4341-453d-8f51-85072e78aba8 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,c3ab01d8-3543-4158-8038-e91d26d26484 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,5ec19b8a-c6bb-4725-8da8-659ec38e16c4 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,df81e093-0217-4b12-8c43-7c6820f0f394 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,b3b55eff-dd34-45f1-a5f9-d3a61b0ff26f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,a25cd5ca-f794-4c4b-9015-51c1dd61bbec +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,cded9ed2-b6a4-42fe-965c-c6860349e706 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,740bc5ca-c6f5-4f95-9012-cb2e95535b57 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,18f73797-3b43-4d98-ae84-02f39eb0401e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,62331632-ba55-45bd-b9b9-4cc99c3846b1 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,ecb90ba1-f9c7-4f3f-8ca2-25ff2d22f3b8 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,33a8e6a8-76d0-4fa8-90dc-f75eff035167 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,70e6ee76-2727-4589-8480-8a0260955a07 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,8becf647-2faa-49da-9e66-0fcdb56a9327 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,2c4f51f0-bf32-4e70-834e-f5d39e4409f1 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,93206581-5303-4cb4-8b7b-32953ef52e1d +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,efa566f6-3a66-4b7d-9d2d-be862d90a2cf +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,96f0915e-567f-4560-ad68-da2668b1ee47 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,3aff9d30-0368-4122-82a9-a0f024d93998 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,1d03fc75-c07e-41e1-bebc-bc04aa0693ec +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,a15d13a0-6d1a-4045-a2fd-dd6f53a14aa5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,056098e4-6690-4bbe-a71f-6ab5b2e3db8b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,e1cffc31-41b6-4b37-9ee2-a4dabfca6d95 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,c4d7222f-f458-4ed5-83ad-086be6928c0f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,a2759205-817a-4e4e-8d4b-ff30ea510881 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,87b8dce9-0ed3-45ae-9da9-8a7672e62ed8 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,cbe7c497-c086-49d0-973c-94351f542276 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,e11d837a-f0bd-47de-aa10-cf55df7a7313 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,8b021ed7-39a0-46dd-b63f-afcb704ed026 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,0189e30b-5da6-49f6-9d6e-e155a8873192 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,f82e3fca-fbff-4982-a4b7-727434a48d6a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,e7c4d263-f53a-488d-b5de-fc0bd17db01e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,9699cdac-f24f-4824-8b64-ac125419d5d1 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,8f7e646f-a6b4-44d3-933d-f7c09270d8f0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,9eab3398-c5b2-4850-8ede-1f21917ea369 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,97b37162-34e1-4a8f-96e5-2ad38dd09f86 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,0d895766-2a2a-455f-8736-8f33f9062834 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,0f09d702-41f4-4f2a-b8b9-a6d4dc9fadc5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,32eb42aa-1c33-4a8f-8ea6-7245b173740e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,3d56438f-ac58-4864-b764-812e360dad6f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,1cc93a35-bfbd-4496-b72d-85a9874ffdcd +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,8e2c2fdb-828b-4c33-91ba-b44224a0327c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,658ac16b-715a-4a57-8eae-44d018714565 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,3a8e7c29-ee2d-4662-8cac-d7cc0870bd25 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,e7484a26-a363-4a48-883c-192d53237589 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,e45a3369-16e3-4513-8773-63aa6c4d7298 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,0f38f75e-7087-4c2a-808e-e3eef05a2c05 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,4a20447c-3798-4800-a923-13631746c490 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,d81a236e-e61d-4ad9-99c7-49f7d8310768 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,463a2f04-142f-4efc-8f8e-c5fa7ceb4eec +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,bd46b874-d7d3-4370-bcb9-9a008cef24f3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,0f9e3576-16ef-4bc9-947a-eb8e53f9696b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,e8282307-e53f-42d6-9d5e-c87163072484 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,b409eb5e-c81b-4990-b853-f120e6283c9b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,6a123b0a-8863-4a7b-a895-de90baa6f4e4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,eb290170-6a27-4a57-8a71-58b8cddec6f2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,a3cd0e69-e1d6-495b-a40a-b0603fb20f84 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,bc718189-b85d-4fa0-8cba-834baf59f005 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,95221ddc-a50d-4288-9fe3-dba6eb1cefca +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,16d30bdc-96a6-4ed1-9194-dd0576a75eb6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,5ed2a963-3100-4d25-a8b5-78b29588bf4e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,d49a51e4-ad21-4306-8761-ce563e613be9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,2d1a6bb7-15b5-4921-8b2c-af5998fdaad9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,3b594fd3-19a7-4b46-b95c-a07f2096ab10 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,eaec59c8-c893-402e-929c-dc3df78f86a1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,df0ad55b-73f8-4a99-92c4-ddca68069985 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,566758c3-7e94-4907-a1d2-de26922b38ce +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,c668c906-5b92-4631-a68d-0abbc667aee2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,dce35b78-ebad-4fa5-ad84-9b0e2d9cf602 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,d0445eaf-b131-4c05-b702-d411563c7032 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,b3e31802-44f1-4f8f-8aab-f812934987ec +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,fa6565b2-a977-40b7-8588-73c8e8712335 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,4896f926-a169-47ab-87b2-2e112a50b22e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,22d1cf66-c846-48fd-bd34-eacb8430d0e5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,3c9ba300-2953-4b26-9b5d-14150b60544c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,07b48690-395f-4a62-a97f-e15c708acfa4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,b3a0abbd-e435-49b2-88e4-7cf297ca9d85 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,b5f056a1-d787-48ef-9152-ce4201531baa +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,e54ba3fb-8a1c-4cb1-8249-f0d8e396d902 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,4d16a494-c698-431e-b148-3b40d087703c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,9e43c522-a46c-4b57-8d7b-8d176e9a1226 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,c56f4c80-706e-451b-987a-46b91485e6e1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,03efef13-4a71-4db2-a2dd-615057f83391 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,fb786ccf-c94b-4aa3-ab1e-5983815fed9d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,91763aa2-be23-45b4-bd32-d6306016d1c6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,72ab23a8-8640-4faf-a94f-77a6f7622795 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,3c6e5e86-5698-43ae-a495-390b20480b7e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,0e66edf6-c9d7-4d07-b2b9-759f6db739f9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,6f72acf9-ec6d-4b6d-8cec-1b909f851ade +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,f89e86ba-270b-4222-a0bf-df690194e2a5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,3b02bea4-6f3a-4946-b170-1e339076ac36 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,f7654a7e-64b0-40cf-9233-b66baf66b95b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,37b6944f-d3ea-41cd-bfe0-2e33121deeb7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,5176cacb-e80b-4c70-b6c1-e5198ce146b9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,1805c046-55de-44ad-bde8-a04a321fef6f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,fb669b3a-162a-48d0-8c0d-dc4e3e27f978 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,be29b6b1-c3dc-4128-9408-989bd0d03257 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,58a4203d-da8b-4b4d-905d-d828eb264e00 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,c4b5870c-44ee-432f-a8c1-2ffa9b2bc135 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,1455284b-883e-497e-99e2-5a9f78b554e7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,f35f48ef-886a-4542-9646-7d3df3da539e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,34648cee-b4a3-4f22-ab58-ef72ac84f5ee +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,f195fb2e-df81-4252-a62c-8300bfde1aca +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,621fbdec-4d19-4b91-af4b-4ae17aa96ab6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,379c29f4-5089-4e27-b524-0fee99aac4f1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,354d4cc2-dbe2-4b93-86b0-958e8ef358a7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,460fbc63-87da-4ac9-bde0-b50f9bcd7ef0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,4a38d2c6-fdb2-4ddf-9a07-c815496f4e45 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,3254e582-bd31-4a7a-b70d-0d2d43a10a1d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,33ac0416-ec33-4e9b-97a7-064dd365083c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,970b7a35-d7e9-48d0-8db7-a167c98ff8ef +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,f131224e-1ed5-47a1-b81f-f0c2d91ad918 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,a4666fbe-69ca-4e5b-94a3-f8240e6f89a2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,cacfa820-5d96-4c74-aead-0a3be9b97fa1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,54c7e0c1-f221-4b68-8300-3688f509fee7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,f489aec7-4086-4e9e-ae85-5444ccbfc82a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,62eb9b60-1a4c-43ec-a33a-ec6db3998403 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,5c9af73e-5eb8-4416-9320-6d068502693f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,84ea349f-b0a4-4e14-ad18-7f25ffa93eb4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,5df0f747-834a-4a1b-8022-78bb4129dcf5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,c6629667-01b6-4888-bfcc-cfe12eb71fec +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,3015a95e-d384-4a73-ab3e-43c1d9544761 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,2be51994-47dc-4142-83ec-03204a5e075e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,a9eee22a-5910-4ec6-95c4-209eaa3f5092 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,61541933-c8c9-41e3-b152-c5513841c785 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,41d57b0c-6bfe-4998-8b44-c1a59d9cda25 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,740e71a0-4d9b-4efc-9d23-232a903c5bab +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,6c0b797f-9e89-4dbb-8107-5b732a3d10b2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,98288be5-2f44-472c-8d01-3b210026bf10 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,a0bd805b-4e95-4a12-ab34-f0e6bc4eb276 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,8e40359c-4071-47d0-92b6-d623dd646161 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,e2d8a440-61e7-4283-9205-55c80fa717fb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,8b72f07e-7de9-45bd-adf0-ce141d7d4819 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,c7f826b7-5946-4bc8-b78a-99184907b1a0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,f6c8b6d5-a5db-4bd4-bda0-53b8d669c52c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,8d9b39b7-d2b8-495a-add2-0fbcaf1c6f86 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,4a9a8005-c07f-4d2a-90c8-72a8730f0158 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,545fc7b6-0cab-45d3-bca0-dae79b150b51 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,b5d5bf2b-41d0-4129-b0fe-f49d655574c6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,96f8d5dd-b221-4b40-8a39-031cbd029fd3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0e40ddba-fe40-4ce8-913b-2818169492d8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,6064981f-a3eb-48a8-ba99-7dbd22f65702 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,a4472ed7-fb63-411b-8412-d3e56907e05b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,15b10552-a842-417a-8820-8b2c95bcc1ca +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,3df7eb0f-7c99-4098-9172-a2c41e7ccc9f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,91bc83b6-d18b-45e7-b2ee-eb376ed842e8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0f3b8582-7f61-40d5-b992-190b71e1a619 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,234a683b-6b07-4df1-9a1b-ae6da08726ed +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,7c87a2d6-8c32-4d17-a4bf-9a0159129da0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0774ac1e-7a44-4452-83eb-373ce0bc20ec +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,398afe70-2ec9-4738-a8fb-ea89646d1af1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,e281846f-b9a7-4ef9-8fe1-2f31107e7506 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,76791789-c413-4bf8-8912-940dfbf6da70 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,381ee680-2d82-40ee-ac4b-483f9740cd0d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,ee47a282-49d1-4c23-bb2e-bdd6667a9eb5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,cf73f1c4-e73a-4a65-925f-3dd2004dbd52 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,0d2d16bb-2554-4228-b608-600c269977a1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,7a052fd4-fa4e-4eb2-9e79-b6c2493c72aa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,2d3bfeee-4b6a-49b0-8016-218a15361bda +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,c73043cf-5ea6-42d2-86c2-614046936893 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,0c9adfae-a299-4044-8f09-aa02dd2e6a5d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,7f5ae227-3f02-4574-a3a5-def2c69835aa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,64390b85-beb1-40a9-b8f7-993d8ab2bb46 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,94ccf33d-f080-4da4-a9ba-064597847dca +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,e2c05f5a-aabb-4ab3-b914-c01bb7944e11 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,427a6c03-13b2-4724-8929-02e88da09315 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,036aa18c-9c99-465c-84b6-38d46513244b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,be00694f-e332-47d3-9d03-eb2da7f9aa00 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,3ef232b2-8bab-440f-a763-3aa549a20cf5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,b49967d9-7595-4c9c-a8ab-a31b891fce61 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,454b2a27-0612-4ea6-9f35-2c4b3425e350 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,1ea235f1-1ac0-46ed-baa0-8d3b9b658874 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,a8369554-321c-442d-ae34-fec02f8f1ce9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,1c1ffeaf-2dcb-4a59-9b39-33472e241fdd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4b19366e-1bbb-4bb8-b810-d14075109827 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,f6f26f65-b5c4-480e-a456-de572e0e56f5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,9d22a450-e931-4a4c-9435-22852e50fdcf +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4e787a59-d85a-457e-b992-830c979f28cc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,c4df36eb-f19d-4ed4-a80e-f8f58a38bff8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,c70af795-07dd-4ade-ab27-f614d0089399 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,50a2fccd-8b55-4681-862b-32007293d7fa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,03c972e8-9be3-48dd-a6fb-b8ab8b3ea50d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,5aa78f62-de48-4b15-99bc-98f9ec193146 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,2e228fa6-e9bf-4612-b954-5f3e803f1ac5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,1c14ac4c-6055-41a3-afe1-45b2b7b1befc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,15f33db1-175b-4484-acc7-800a55d882d9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,2ae2aee0-270a-4116-8bf7-0db40ce900fd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,a9f6cbc4-b97b-4c52-9434-00e05e7315e5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,907e0c6f-cd79-4e64-b182-0c48b4fd13d3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,0cc27b83-3b69-43a0-ad53-6fe5e290a0c2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,ed407c56-0861-43c8-a18f-a92d2a8d48db +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,a29d8fd5-0067-45f0-b749-5c22cd989083 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,c79ad98c-9b4e-4700-9485-af3615966352 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,4a7a87a3-bf81-426a-a865-c00e92c29ad7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,90d57599-88b4-4384-8de7-46c883cd5983 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,f95a654a-4e0f-4679-9f27-eee4050b8a5b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,5b5c1c49-1f50-4dbd-8ce9-e50e2b5202be +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,07c283b3-bfc7-46ba-9214-a8bc124779d1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,299e16e8-860b-4dc0-83de-fbe5b19df548 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,363afc82-4f7f-4895-8de0-1f468115a117 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,57282acf-5630-4148-a37f-b6fd14eb3c46 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,c421449f-ef9a-4222-8897-6847a881c54a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,17eaaf7b-66b3-4574-97af-81e23a38d1a4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,6c9ed459-5a99-43d9-be53-aea381d9d34c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,198a50ed-20c7-4a6c-b06c-5f04368cbe42 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,8c7bc839-c760-43ea-8855-897cef4b02f9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,f6aec5cb-a86e-450a-913c-ccce98d6aae4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,276ed7a0-e5e9-4660-b758-cae563d74643 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,12695396-328e-4daa-8021-f45d47bd2b35 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,11b0b0d7-7140-4069-9fe9-b54d7e8c0b70 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,079b6806-0e71-4f15-88f6-f00b1114a872 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,1014a170-63a5-40a7-84b0-8fdd730d1bcc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,ca63f5b6-96e9-406f-87bf-3e1a112fec76 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,360cb3e9-1c12-40fe-a880-d90f6c73e2a9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,2237071c-692b-4255-a11d-f80af3775e2e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,70ebf452-b8d0-44a0-9108-bbddce71f3ea +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,d402ce6e-ed9e-43cf-8890-43e45eedebc4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,7c2a31bc-daa8-4d8a-9ced-17372865f8d7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,4ddb630f-ab63-4b11-9854-b6ce9e6df3c9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,723e1ccc-1f9c-44ae-8da9-1338df7bf7ca +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,48998459-06f6-4aca-8519-d14767ba7d08 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,33a1f6fe-80d1-42d2-952e-67a50b8f1189 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,47414aeb-c697-4f15-853f-dc1fabab90a8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,871ca5cb-80ce-4d62-a5d5-d525f7f4c188 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,8c814223-d5e3-4597-bea5-3b911b27561a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4141b520-3528-4dd2-b0ac-1fe38debf5e6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,8a98fd62-6a94-46a7-92ab-eeca0f7063b1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,ba8c259a-23ac-4382-a1ec-17e5820ec799 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,0c87349f-8203-4798-b542-b6b511412034 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,bfb935f0-c31a-48f6-b103-b5d58d780819 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,d3036ca9-712e-4f39-a109-8819fde7ab11 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,0a8beb66-1e69-4885-82b1-4aa0deda80fa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,ba91fdc9-ff88-4e98-9793-5d047b56c632 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,018d247b-73ed-474d-8d96-512b3563425b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,ca61fde9-fa5f-4244-a1ac-e4d1ed51a3d0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,94f7e666-d7d0-4d80-a562-7bfef87176aa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,e74ea624-d0ef-4fb5-a545-b7176fb7ed1d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,3193a151-45e3-43b0-9dd0-d7a0e070f74c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,69e35314-4d2b-4bed-9ca0-a71ac7e65ddf +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,a671f23e-e117-4cc6-a373-b463b9a2d85c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,a804503e-e97e-4cce-9486-d40b67ed9c67 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,42620ac8-721c-4d86-81bd-a64f07f19c0c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,9b104400-83ee-40f1-b117-e613b2c4261d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,fae6cf9f-94ad-4acd-af17-4828efa5f478 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,4ba8b82f-e6fe-4ad4-be8f-855d59201730 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,c7c6100b-4d21-477f-b976-16973a2c8c80 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,7ae63500-d5ea-4cfb-abfb-1b89acb27f6a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,a037a7b9-d114-4419-b3e4-74517c5f5eea +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,154944ac-8d94-4046-8d77-d1ef3f4ecb4f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,15dae7ac-8171-47b4-b1bf-7205fbf770fe +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,1b429898-e586-4bf6-b5b2-b48befb7e262 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,f73b8d26-b439-43da-9bd0-9839bec2c4e7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,98710452-4630-4acd-b533-a8d0fbb22004 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,780fcd7c-7e03-4b14-a251-9083fb3fce6d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,80ad6ce1-5637-41d7-a69a-b1ae6f04659d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,1c62e9fe-14f3-4a9c-aa8a-b71878d4fa94 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,f365ae4b-7996-4c3c-9249-553d25ffc55e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,cffbab4a-1ac0-41c7-8181-a52142d28544 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,dc715738-be14-4c3e-80b1-2af8d05ce6b9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,04d08783-7882-4b9d-a7cf-61c980c65061 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,e3a4870c-c09b-4cd8-a3de-f1ca95a884ce +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,d87056bf-c887-456f-994b-ef3337541c5b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,7fb638b3-1fee-422c-8eed-449f7f4d3108 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e3b72328-4882-4a64-9c63-ed9070b80ee5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ee2c8663-eeb4-41d4-9314-44c468308981 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,19c8d6e7-ea0f-41f8-a462-071aa8dcdbf9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,77f946af-cd5d-409e-acf6-21115dda4444 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,d9130d5e-02d6-439d-a881-26ea22fdc1e2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,4e8208ba-6b41-407f-96e8-27a028cdf60d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b6ee7c9c-e9ca-44d5-929c-50ba39420824 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a98bd453-2feb-4368-b795-bca62200d08b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,7c21c705-a27a-47bd-b820-b1c146fbca08 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,04a3e4a8-684a-4717-8dab-1e814c4de61d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,3afc295e-23f3-479e-9951-de696d6b1ffd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,4639fb0a-6669-41f7-a448-ab2588b6cd99 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b92f8176-6a47-4635-a66c-f576cb2c5fc0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,1e92c391-ce5d-48a2-a343-53e207a4a87b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,389792a2-0c78-4645-ad52-83ea1dc2673f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,61333a40-5a42-4c70-988d-d4964623e302 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,5ccb4acd-6587-477b-b76d-87aa132b67e4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,5b04bd7a-b268-44ec-a029-5dbae640354b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebdebab9-33fa-4148-87d5-b169c2adf560 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,1f79c7ed-c92b-4ce2-ad13-119134f58444 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,aba3f63e-518f-4290-abe6-3fb7fc61c928 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4b4ad40d-7c44-4e56-b929-1e1d2276a373 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,9b49ffc0-2069-43d7-b389-57a817bac3de +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,7bf0041d-950f-4012-8613-eb52aa0e3698 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ba376fe2-91af-4ab0-b2bc-8369209c85d1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,a85d7b40-1bf2-4ee9-afd6-3049a3e6b508 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,021a9a5e-a475-4194-b685-d6572315f391 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,5b40497d-b90d-4361-bbe0-549fd6606dbe +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8c8774d3-ed95-4875-ac34-cc249cf5d1e3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,9802233a-a77a-4b14-b5e7-139e186a4371 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,6cac2672-a466-42b7-871e-bd757a4c93f2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,01ab30c5-0983-46b3-8c0e-6c256dfa5a32 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,a6423c13-a4f7-40a0-939c-2aed355f8465 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0161e7db-a12b-447d-9f84-739754b6ef70 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,5013a530-f3c8-4207-80e8-af4be619d8a8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,f5034cfe-f9b0-465f-b65f-6bb7e124e759 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,02a9eabb-148d-4a78-bd15-f27a20b32aa1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,041b7951-1f76-4d0b-9a9e-eb1e42323c2d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,e971886e-b37a-41b7-bcba-6dc79d718f64 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,2542eb70-8ff2-4020-b61d-923f90f1b3c8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,6f4566de-806c-46df-95dd-936e6aa33a23 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,a9e5270d-d62c-4c4d-95fb-26efa95afae9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,e1b98f18-76b9-4a71-b4d4-8bb7027b204f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,490c9700-d7eb-4ba9-a4f0-15586f806558 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,213f4557-02d6-4413-905e-8781186021db +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,a20d5745-23c7-4d9b-9697-330f007618fd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,7df2c48b-7032-4e88-a022-c70ea09f6d6d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,218f0d96-c545-4f2e-af1b-28f0ebec6b6b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,f2d346d6-1e3f-4b00-8672-84d303b9984d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,8458c405-5d5f-4a00-91e1-066fd7e5cf04 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,263943bc-51ed-4e4a-9d01-ed493ecf3efb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,4cda10c3-0979-4d73-97af-8fa9f963fa1e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,a619e794-db36-4a61-872c-e9445b7c2073 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,71edbed9-0617-4976-b6bc-4ce3f151f88e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0edf264c-6997-4738-9095-688176f7d604 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,e1cd127d-bb0c-47e5-a0f4-f1b1cc0f94ab +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,f4c0b648-8f3e-4b5f-b718-c49ad2e27d49 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,1342276a-e5bf-49df-acdd-eb74a101752e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,708e12aa-91a6-428f-b452-93c01b6f0342 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,6173f711-520f-4474-8d2f-3c0dab088135 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,2c141d1f-a188-4194-8223-b10ed2d4c9ef +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0a26d46d-fca1-4b35-8dba-827408a5fa1d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,f07ef907-642e-4fe7-adaf-8d78a90bb080 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,a0b92e33-1b4b-4246-bb9e-aa18077db981 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,b1fc3ccc-1dd9-4162-a78e-3c1f368191ea +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,925aceb2-4d8c-4082-b81e-85f1278c7885 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,030ceb5c-a12e-491f-974f-e0831f17c8aa +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,5df15eba-bcdf-47cb-b75e-ecd748f501eb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,9d6805bc-da63-4479-80fe-872d4d04671e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,e9b97da9-5012-4eb5-92df-b8138cd1c154 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0f26a5f4-4ad5-43a3-b377-431501bfb8a0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,9363c15f-f645-47f8-a3f2-303e8a073b8d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,6a0a1cca-e4c4-489f-9229-36f7fe16d357 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,a698c355-8d96-46e1-998f-ea1a771f8bba +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,013485ef-6b23-49b7-949d-7e4aa3e1c882 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,e5101dd8-43d8-49d4-89a5-605c195ccc00 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,079d7a5f-4b81-4944-a45b-94c077f15f5c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,914c58e3-809b-4914-a955-88b4fc4c8df8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,0130c316-4710-4a3d-ab82-82c7c62b75c9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,98a3874f-a303-42b7-b46b-4fbd177f6438 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,c746cf18-2908-4976-b29c-e4b9d028ad6a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,615a055d-608e-4174-8b7d-6e19c3fdbf2d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ac4f6d7b-35ca-4cbc-be28-35a21f5c773a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,44a541bd-ae74-460f-8851-3675c8ab58fb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,b16c1117-296a-4ace-bb39-a4117e60b907 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,be6fd94a-0527-4f47-bd69-452aa8010de2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,9bbc4b36-cc82-41c4-8ae8-0e35d92d0d2e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,cbc1d270-d0e7-48b6-880c-f93946cea6d0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,7a3c8b08-1b99-4ec7-b8ff-b9d83036defd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,fb072a3c-7004-4c04-9de2-aed8214a2d0b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,4dbc7716-1e78-41fc-bf85-8afa97b01bc6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,caca798b-6ba8-4110-91a0-f97501f18e04 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,5a41f5a3-57a7-4dd1-b5fd-706980e07d87 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,1e9f517a-c026-44da-8923-2b38ba48143c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,08885846-4a7e-45c3-9308-9bf6ba989be7 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,47fee65f-ed06-4c73-929d-1ba2a54a54b6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,86ed0080-5665-48cf-a764-c03391c11693 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,1eb2f60f-e271-4f14-8092-4a8eeba6e0bf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,409e62de-7ca4-4b47-9b67-67cf32746fb1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,f21315ae-76cb-4bbd-acaf-8a75c4c706fa +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a8c0a41e-2dc2-4887-8969-3f04733017f1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,605c1e5e-778d-4f34-95a6-7c4276fcb40a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e0620689-7599-443d-abde-488867b90e96 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,8aa44437-5b95-41e2-a738-3d4eb33b5a1a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,108945df-b22f-43cd-9b5b-d847a8dabf71 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,de437cf7-0e84-469d-99e1-50148b9db05b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ec1f72bf-62ab-4f45-8005-2762685fd51e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,2cb9e79a-3f1b-4335-a1a7-13976331eeea +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,4ff233e6-f41d-42c6-b4a1-0706b5f37078 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,332200f5-027c-4ff3-b64b-856a37d358d2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,882ac253-d40f-4d7a-b4de-5d1dfc541a16 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,9d90b08f-e9b6-4bea-bd29-dffa8c64de59 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,5b41819b-299d-45c1-b275-19164a6c6fbe +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,8e0eafd8-236e-4015-882d-4fa9df2be39f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b5cf3002-ad7a-4526-a9a6-ea2afe340a70 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a84a17d6-4ff7-4960-a67b-7420feecde8e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,d6b3745f-e4d4-457e-9c61-904e53fbe190 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,ddd5010f-e883-4932-a237-4d85d37d2345 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9bab9da-6435-4418-93ae-f9f3d7431867 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,fe86b0f2-5839-4df4-b789-f8c687df8f9d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,92b7e69c-1ae9-497b-ab8f-3383148836db +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,6cfcdb73-b7d5-4e50-b35c-fd4f72ac35e5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,c7dbf9e4-7156-4bb7-9d18-09f6eb87fdd4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,a8a6e610-3207-436a-a84d-5e7e1228e87e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ac7c2af3-fb3f-42eb-a913-35be728aa4ed +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,0935f225-0396-47bc-84c3-07ec24951247 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0a938260-2173-4997-a93c-ddec0ec587b2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,ddcf72ed-f9a7-46e5-b33c-4f7064e72c2c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,f0d6c2d6-37f4-4d17-80aa-537907a221f9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,a8198fd3-356a-4929-97df-8d5770e0e8e6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8ec9fc5b-53ee-45d2-a6d7-4d558f6292cb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,9f389b83-5b56-4ec1-aeca-b01734a122dc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,e412dc6a-f9f5-4af9-a093-0b87f0dbb59c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,2a3ddfd5-88d8-4951-822d-316ed6e89879 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,22e5b5e5-a9fb-4fe6-a832-36b782ab615b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,bc2c382d-b60e-4bf2-aa90-e4915f618a1d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,91bce1b3-f2b6-4990-9b26-8acd49598847 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,e20c03dd-4f0e-4c61-b497-ff64d8042ee0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,d3d47fbb-2645-48e7-b4f4-4ef82aab9fc0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,72ae5e8d-f89a-41d2-b695-00eb9f08f891 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,3142ed81-e029-4244-90eb-0c869c1eea7b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebaf4f81-04ad-4118-b24f-101fae4e4495 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,b3b26fc7-2146-4b6d-b4bf-00d5a6f31930 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,40df7276-4cbf-41d2-af84-458e1b6dfa2e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,915dc1d3-5953-43e9-93ec-2a1e25ef9467 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ad8a0ba3-1dd2-471d-8bab-672b6b6ccfbb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,cbb2f3a1-017a-4595-a127-b24f2f2aaee8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,5c143624-8688-433e-b387-7c2ef8f52a6b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,682a5cac-eda7-4bea-aac4-13d27c33e04c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,31bd0039-e6af-4751-9d4f-f74e7d376605 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,44f7e4ab-066a-4354-af23-99607d445988 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,9e2aa30f-1236-42b2-af10-f985006f1f45 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,dd93e91c-bf44-43a3-b2da-cc1a0aacb533 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,d27d878e-fda3-4da8-a0d7-8e9ccbb31791 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,0cbce3ae-9265-48e2-b6eb-a815f1021753 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,e1f31612-1980-42b6-b039-ca02e9975ca8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,f4293eb1-c7fc-413e-a1b6-be09a68390f3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,96d38566-acc4-43eb-958e-17e8057ce108 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,171fa2ef-003a-4e04-ab74-d977b85568bf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,71fd2e0c-ca07-40b1-81a8-45dc402e4662 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,b5cb4baa-b47c-47c5-98e1-b5e2890ab827 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,f52e6484-e999-47df-97f4-7e2c73fc02aa +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,af35a801-22f5-4289-bf82-344f1a3592e6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0f14a0f1-e574-43bd-8037-3a62a8204843 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,053b3204-8482-40d2-a743-a73b1722dcdb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,3b100538-dbbc-417c-9b24-4383f60924d0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,10883bfb-f1eb-4ebe-ac67-9b44685b8ef9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,d6b09ea9-e435-4d16-8b9f-aaa1b48711d0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,f7e87096-2ab0-4799-a8b1-d1b0130c8b45 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,d40be0b0-be3a-42d6-900b-ae37ee0ae710 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,287a336f-ba19-4817-8036-9eae46c4d885 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4aa00b8a-c8d7-4f42-b576-eb1c82f52ce4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,2abded6c-7ed0-414f-9255-10cc336c5554 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,987b83a1-b8e8-439d-a6af-9c5bf4c691f6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4a9052a6-c844-4085-b206-89810fc8a3b4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8d4caf68-246a-4677-8402-13418017887e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,1cffcdf8-a698-4d1e-af3a-0f8d222453c3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebcd7ca5-1458-44c1-8ba2-544a8fd95234 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,395ee3af-c22e-48ce-85ca-f671ce5dc263 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,3839d981-7701-40e2-b8ea-da7911deea2c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,c9f7988a-f1e3-4c7f-8391-61ebed48515c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ffbf596e-1317-4842-93ee-5cdca7d8839b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,20a6a9b9-12ae-4daf-98a6-a57479ce98d4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,7ed8e44c-d300-4292-b318-a6550f1035dd +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,225f72f3-4aff-4511-a841-5714cb9987c4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,8f633cbf-d913-46ba-af99-0ae938baf3ce +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,68910fd8-3d51-406d-b21d-d1eac48ecb5a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,dce090d5-95fd-4b01-81eb-97fa4c9cf49d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,cf27f20d-d06e-471e-ae82-a23a5ad14fdd +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,d89d22f3-a26d-4bbd-a49f-9e78f0040819 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,bc989016-6891-4ae4-a22b-19d78bf0cda8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,52991965-8d16-4e0f-884d-1f52ee125166 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,0d755215-6456-4f7b-892e-97578f7d6eb5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ca92f259-c476-4d2a-995d-e6c8a9607189 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,4cc630a1-3247-471f-9c9e-8338857af22b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,b7b96238-f15a-4b41-9439-5896f8ecf622 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,27f97454-10d0-4c1c-a1ad-6dfd2a47d893 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,11483a35-59b7-4c06-a774-cef0002d1876 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,db151515-ff1e-4c96-9684-33bd6d7d5412 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,09a268f5-82d3-44b7-afd2-8668bfcc153b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,17f179d9-db49-4356-8a05-4bafca7e68bb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,05fb263b-2438-42e9-9cdf-adf6d4c8454b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9f8c394-e8ac-4ad1-8bcd-5791f6de933c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,d0fc31b1-60d8-46c1-8c38-4973726f4286 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,04d61e4b-64af-4dbb-baf3-96ee894f41fb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a8474eb4-c662-4177-9578-a3ff16699032 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,739b7cd5-4f68-435c-aef0-29570fed36a2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e3e815f2-b6a0-41cd-9a62-17c9d489a762 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9404b25-26cf-4bf6-a43e-50663342665f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,c55ebdb6-ac35-4ca4-8e0e-42015f95b6ef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,550a50cc-cd69-4b3f-a0df-411980be11d4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,b9583023-a711-4dc2-8d0f-f76205057461 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,34c7961c-a3bd-4f3d-8881-5ebe6d1519ae +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,56f8e62c-d47c-4bf9-8a18-5356b0b86aab +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,640982da-07a9-4375-8551-2634b8a7b381 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,083a7e4a-799a-4ae1-b2d0-1f0559b7d6ad +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,e9f88448-a7b3-4412-b9a4-6522eaf72b01 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,feabdc1e-03ce-4110-abbe-22323fd89821 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,4eec4e7f-573a-4fc4-a7b8-23687a4877c3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,039d6940-00eb-40f1-b7fd-8081b8807a30 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,33bdb4cf-ec19-49e2-8102-c9e319daaeae +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,8269a7bf-81ad-4f33-8154-301723939674 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,e55451d1-e956-44ef-b8b6-341483a83641 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,38d7e862-3d8c-4090-8abc-dc5c48ef4faf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,a9c3998f-5c7d-44e9-b933-662ec4934b22 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,0581c51c-ad4d-441c-a5a8-a80e91d2cdf3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,5ed3c64f-21b2-46c9-9aa2-5bb2e085b8b9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,7b38507e-e785-46da-bcae-e1870ea25ca3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,bec9550a-f425-470f-90e4-b01983e0b78e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,dad5a386-4038-4b3d-ab0d-12b3c93cdc6a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,35962881-9126-4eee-8e0b-f7131bea77fc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,2dcf2a58-ddb2-4569-8cda-9db33f46cbc2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,a0d5e783-67a4-440e-b2b1-ff13036f6cb8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,8c93154e-32e8-416c-a5bc-0887ac0f2b39 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,ce8cfe2d-d021-4773-a571-d47e55901e15 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,ec7714bf-ad61-4a9a-8a60-e226b999b4bf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,5a771ab3-cc08-4ba9-9fb8-ce56244c5196 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,40d84e24-371f-4c3c-bd6b-be36aedb3813 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,62b2ea6a-1f97-4f19-ba1b-8366b86f8661 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,45faa4a1-794e-47c0-9575-1b59809e210a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,9776aec7-1765-4185-9138-9f56805c9f62 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,f63f249d-546b-451f-af00-6fa0dbe3eac4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,5011cd0c-5d14-4fc7-977c-481ae48e2fab +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,619c7fec-9171-41e0-8ef9-03007dfa1647 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,3fe0307d-54b7-49c3-8f33-d9e226cac148 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,4901e484-ec01-4dfa-8fd2-94fa3d7e4f5c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,172e31a3-d6d8-4a57-89ae-17b581b6dc36 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9c1d2efa-45e4-42dc-bf23-267538dc0ca4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,66bdb55b-d7dd-456d-89cc-c26cf0e4ea73 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,6e8bbfda-488f-4d45-9989-9ea556a69d44 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,dee37676-eb5a-4b50-a373-870c87692696 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,0efb9f5f-d4b9-456e-bd30-1bdb93cb562f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,7dfc609f-4a93-412f-a02f-3c37ec5697b1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,8d9196c6-4478-4ca5-92c8-875e4d0e4300 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,d36165f9-f1b3-4737-b9b4-0fb1b38dfb8c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,e2436a86-7649-471e-97aa-747cc23eabbc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9f0f647d-0fa9-47e0-8248-2de37b294079 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,ca109541-b9c7-4130-a7fa-c0d1b514303e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,1771f074-386c-4256-beaa-d42083fd86c1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9ef342c2-dc58-4d7a-9ca8-08da58f68456 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,220b5a3d-7385-44d1-b3ab-5977160b84f7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,ff73f8f9-7aa3-48ec-83e0-fbf6e38dcfce +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,a604ee4b-7de6-4300-94c6-87e984bd99b6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,29eb77b8-6ec0-40d9-a384-1f9767dcc363 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,b2ed706e-6542-459c-9023-3a84dae65636 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,98e7f572-b04e-4638-90fa-d0cded1a571a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,20be1774-ea78-475a-8b84-d5342c26bf57 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,30affb90-e28a-4e19-8473-987accd07b0b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,a6b22164-eb80-4ff0-979c-cfb2e6c2cadd +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,398f0f58-fe3e-464f-8b4e-b5af86f5ab72 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,a8fcaa4d-ce1e-47a4-9c47-52cbf1b4d815 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,ad2c9df5-6f00-4ab3-a1f5-d2ec321c05f1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,e535c7bc-0f97-4398-a015-4f2e721a6455 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,7d9e53ab-efc9-4730-b336-ec3aba2fbf44 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,ec4d9df7-247c-4b38-93e3-56d10148cf4a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,c7e82056-df51-4979-9760-3eaf0e45aa85 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,f95806e0-a1f5-49cb-bea5-08c29427b18e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,d96af359-3165-4016-a045-6f2eeea0fec7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,09bb5fbf-a47a-4eb2-9cde-5b1e76ee2ea1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,f1510c27-a0a9-4af2-af30-e70ae699a0e9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,440c6b7d-c6d0-4e15-aa37-3f2564cb34bc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,c3c83bb4-bd69-4c91-95a5-143ab0e7e235 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,6b6b6588-66ce-49e4-b8b3-ec0ffc6ea56e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,bd709156-c0d1-4680-90e2-bfdb29493b57 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,eadde22e-1789-4ce3-a817-55cbf4a86ba6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,b671fff0-dec0-4aa2-b64c-116cc30eb5fa +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,348596dd-a7ab-4b6d-8f4f-0834c1ceaa73 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,5d6eaa54-fa31-440e-b01a-6fab18e5ce3a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,4b517896-ac37-4111-be69-06ddaa737d08 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,83eedc79-8fbf-4274-b814-dad80c86212c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,952bb199-6cce-46f7-9fb9-ccf45ddcf14b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,7094bafd-b7db-426b-b825-af43871eaebf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,aafbb342-723b-418b-9a20-1dddf5c74f84 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,10668589-f6a9-4ce2-8765-e623cacccf22 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,88859132-4061-4a2d-b9ff-1ff6ecb71faa +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,8fb1cc36-ca3c-48da-9a65-4c9f1c8d80ad +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,bda0e61e-1150-406a-a3be-c89225205b5b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,032365b2-1071-4d33-b0c0-91fc5d33de5b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,392ffbf9-26b1-4ca2-80fa-b1ec46a99fb7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,d8a2b49f-b7fe-4597-afe6-2745d3fd77cd +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,c6d31eb7-123b-40c7-b4da-9a5d4b2c3c47 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,c20b6a90-bf85-4044-95fe-c1e5c65e0119 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,1e16b13c-2bee-4890-abdb-f3606335a609 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,8fe05b82-aca3-42d9-a006-5ee7da9c8ade +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,8372cf7b-d676-43fa-b4ef-f61fa08c90a6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,48af78a3-ccbb-4938-bb7c-25b82bce1fa2 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,3891d347-f53d-467c-9c5b-d897a51f859d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,12169cdd-8377-4211-920b-d692544416e8 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,128592b2-841b-4b92-8f45-2928b5d460b4 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,9a59079c-effe-49d7-8c55-bcb7c4530b75 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,47ff64b6-80d7-4597-a883-002fbcebea88 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,b4891e78-3553-42c2-9399-e51f7a91ed7e +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,bcf23464-ab3b-45c5-ac00-e4e568d01190 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,3f5e9979-96ba-42f9-a00a-a9ac906710ed +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,43fd70fc-2d37-471c-8fa7-d6642008f878 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,13c0e2e9-7edb-4fe7-96eb-acefaa8c6b3b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,0b756c8b-d1b2-467e-ad97-e5adb98cbcfe +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,5878c68f-8bf0-482d-9dc8-889700671c2c +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,3b7a62eb-2e6f-4911-bfde-81a9f4556f45 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,19a3d4b5-cca3-4878-bdd9-33369d06216e +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,f43350e3-cabe-4648-a6ea-0be3f6efe578 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,a86140ba-d352-40ff-a5e8-82bfcfe95753 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,de5cd4b8-d812-4baa-802a-8243b07c3d82 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,370563bd-26d5-422c-aea9-4dea763fdab0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,1609bc26-e748-41df-9acd-2bd2122c3d23 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,c1a0933d-12ec-4f63-a684-1b54be263586 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,1147870c-26bb-4d24-b136-1a854b081f66 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,1ad962c7-d679-44b4-ac1d-9116c35c166d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,ccba0c5e-9f22-4257-8836-48c3dac36a4d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,51351168-f852-4ab3-b2a8-93c478492a88 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,c0b517c8-8c8e-4f6e-82f6-9035ed9dc110 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,5e9a16de-c702-48b0-a255-890d43edb6fb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,67ab450c-d74c-40dc-b3a6-b15130b2d0f3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,fc837fb5-bb7c-458b-a13b-f99a4d03c2b3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,857084e2-48d4-4883-82f9-29930a486eec +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,1e6eaa53-70fe-4be9-941f-11f3844b07da +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,9d8bb3d3-d56d-4d93-9cb1-d437612ed083 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,b35e7d01-b463-4466-b31f-b9acb19ce155 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,48656269-9298-4e61-ac02-a800e3d4d001 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,22edabaf-5ede-4cd1-993a-91b086e6775a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,cb7762a1-6ac4-4089-9547-e9b24dd94f17 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,70efd87e-2a20-412b-924a-2d25e21d5347 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,b3537cc0-4793-413f-9ad9-85311869bd13 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,6718d078-836b-44d9-a60a-a1ba6b22aaef +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,5a7d5f07-69e3-43dc-ad97-11257f854401 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,ee493b35-c6b5-41cc-b6f7-5afb9e4c7df2 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,6937f180-8a13-48d7-8d40-27e25a0bf2f8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,adf25a31-7992-49df-b330-4a64111ae4f5 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,dc493c4f-a6a1-429d-b596-0d061e179941 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,a4d4c05e-4227-444b-ae58-38013c443482 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,2b78bb5c-9db9-4336-bae6-86ff1140592c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,f4c98674-3a3e-4ff7-9429-09745dc5ec34 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,e821d965-1cb0-4bea-8446-c75011496c56 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,ba11e43c-58c0-4cfc-b851-dfdf9e2dfd20 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,22ea7e8a-2302-4d1b-a6cd-983d3f8fbc21 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,70517b34-8dde-4382-bf20-580769136511 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,244423e1-e4ce-499f-aa7b-893481203caa +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,36fb6ab5-32bf-414e-8fd3-6ec71a3f7cc4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,e712d807-5822-4526-a930-d45d09d7c197 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,269b6c0b-1419-40f8-92ed-346bbfc0de18 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,8ca8397b-3644-47d4-b1f7-a68d6091866b +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,5e24ec34-f277-4d61-9621-0711e6c464cc +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,877b5424-d531-4654-b76e-de0e51f3e3e7 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,d51e0239-336f-473c-bb66-2298a5feaa16 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,367ed05b-a6b3-4c0e-85a1-ebc6d99ea883 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,34e87366-7ca8-4709-ac29-6a0a113d8bbe +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,077936fc-e9a2-4d6c-a6ee-d3a83de14dcd +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,16736ff3-b8d3-4c4e-8d0e-7d620b332fda +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,76b5340b-25ce-4bb6-a966-cfef13b66edb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b9a6bc49-6dc2-4d61-a9f9-46cf75b77b29 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,3fccfaa0-774c-4291-9e13-2c5ca63db6d8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,7942ba16-6ce4-4151-9d2b-6098607c5543 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,f6ba6451-7e5b-4b14-9ff5-b4d31973e26c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,26d28020-2032-4fc9-9f12-08ae57703f73 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,38017258-79ba-4454-9018-6e1b1d67ac7f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,abea99f0-ac50-4f7b-855d-8e31f9473330 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,36b03e27-30c0-4fb4-8211-beefa41ddc1f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,dd555069-0136-4770-8de9-a178e197ffd4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,d83b3910-f87f-44b6-80a8-ba959c259590 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,f53293b9-01da-45b2-8825-e9d777b50954 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,231e046c-feb6-40a7-a7be-be0db97d29e7 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,66ef32b1-09fc-44e5-ba0a-eda1ac300fdf +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,fe9b7d47-6f8a-49c3-b511-b5c7839cb556 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,825ec55f-2bfd-42fa-a23f-6f586ae27226 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,a67e2b30-230c-48a7-92bf-744fc7d00cbc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,27fa912e-d2ac-4d82-8e70-775a4d2104f7 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,35d2b1ca-42d0-4b2a-8aa5-57d4d5395c28 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,3807f3b9-6a8a-4512-9479-cc588110fece +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,e479695c-c420-4f62-a23c-838554503093 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,4addbabc-6022-475b-9dd0-64598ddf2b72 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,b2154c9e-3c8e-48f1-9ebf-4ccf34f162f9 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,02560b5f-672e-466d-b434-bfdafc8c73d1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,2e75d68e-2496-4b7a-b22f-5a81f1c53059 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,3a450b1e-7eb1-4094-b206-10740332a728 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,799d4a0c-fa51-42e8-a61f-6987f5882ef9 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,0c60a248-33ca-46e4-90e9-c6f49eb332ae +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,2297b7da-5eb8-45b7-bbd6-bff4e71f7afc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,7e7d8a52-2c39-4632-8270-8be694dfd3e4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,2a9d0c3b-9442-4898-98f8-895c27cf67e6 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,9c1e1a94-29e5-4968-be26-608cf4d02b6c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,a6f2729d-93c3-43cc-beeb-a44ea9f78b9b +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,8b713250-866b-4729-ae10-b0944908ef4c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,bd9e1bdd-6356-4a46-94c3-1ae11442f070 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,1987483e-2689-4e98-b95f-99df18e12e5d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,545003af-0cbb-4919-9420-5e7e37b32e8b +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,3e6e33e7-2ca0-4e49-8c82-c36f9a8e0e2a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,358f2978-7244-449d-9d73-a2dd6ee84e8c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,1fea56a4-e387-4f53-b7ed-4183d61b8a4b +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,5099b18a-c682-485f-a4bf-f15248b3b94c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,c71dac52-e82e-4e7e-88fa-a4e5e033f6bb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,7a668c02-37a1-4780-8cc7-e090e4217864 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,af66225c-6d89-4490-a882-1ef4b56204d4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,34fc63a0-67a4-47df-8142-b2203385c49f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,7b3b6f53-f145-4403-aa30-d88909fa51ca +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b95c9c40-0443-44cf-850d-068d564c7de5 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,a0efb160-3729-467f-a60d-b69b905a91ff +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,55e1cca8-f26b-4da8-897a-e2f14285c7ff +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,41034078-d5b0-45ef-8194-a002747c93e8 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,8a854839-9bf1-4b6d-a3a5-262078d641c0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,aee34c1f-5cf3-49ee-a8fc-e99a49e9b794 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,c51359c7-565f-49c3-afd2-123cc3c4aaf6 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,87c3e1ae-94e5-4198-81c9-3d4ce79760bb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,61598675-0f61-46e9-9a38-740684f67e97 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,d9f31b9c-33f2-4cc3-991b-86dfd13c4b6f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,598fa8f2-1d98-496d-a73f-ad3d34ef3b70 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,9d592f2e-7639-4d3c-bc53-593148fb3c7f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,2fe318dd-4823-49d8-a7b2-8865713e9693 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,a01098b8-8f98-4523-9e0f-91f1d2ffd66f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,fca5423e-7351-4ee3-990d-a41cc1fe69b1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b3ea25d9-03d6-4e6c-a462-8e32a5bbfffb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,606a22b6-55ed-469d-a55d-2e4131639a66 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,649ddfc5-7cc4-42bf-8829-d6269668eab5 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,96b31e8a-e0a6-4fb1-83c7-81c5e8c88368 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,5ab35959-78e5-4ff3-8db6-8a4798767e29 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,871a2e38-48a1-4af5-aea2-b643109b5d39 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,11bc32d8-f6cf-4654-8780-db6cbc73da40 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,64b5f893-bcfc-443c-83b8-32bab519c905 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,70279de9-39b9-46e6-a7e5-0a9f7ea7a16b +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,6b2976b9-b084-4c02-bb76-2dac6c24fcb2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,ef008c51-7e41-42f4-89d7-660efea28a1a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,ba7ce842-6426-44cd-8b23-4e0dd9df9fc7 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,fd6465e6-4ae8-456a-a11a-122b08fe4160 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,27be7101-c6a7-4987-9f98-1e4c433c903a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,a48c3963-1c09-41b2-beaa-01f53f11322f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e41df98f-9cf5-4f24-8181-aa97e481c84c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,139ba7b4-87db-4a3c-ad0b-99259423e92c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,664fb8a3-1a8c-4001-8c41-36e8feed00d2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2b4d3752-e2dc-4a89-87e4-d4a548cdc176 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,eab50c0d-4123-4f35-a190-10007233ceb1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,a8881e45-81da-49ad-b2ea-964185d1d803 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,37086957-e9ec-47f4-b901-cc6bdac61f89 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,62f0d53e-5803-4106-8160-a44e457edddc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,fe69fdea-5558-4874-84a8-71ea250c53ba +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,37bc1972-d2d2-45f6-865c-bb90ff3a7460 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,53fa42bb-f5b9-4bb3-9e00-f9bb8ed18ca7 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,4e753383-5601-4f87-802f-b9b7f82b5f7f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,062999ab-b83a-4195-8bcf-2ecf13b3589c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,aa8939ce-6ebe-4c4e-8ebd-a7484ed8e68f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,383a9912-5efe-402f-814c-57153ea5f8bb +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,6e3bbba0-7838-4a09-b416-4a6795b6d506 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,ddc86afd-23ed-48b7-845b-a4dfe39323fe +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,9dd7ed11-fbad-4d14-8d8e-8c96475ad39a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,d679e85d-db4c-4cde-ba60-2aa099356182 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,30cbc55f-cfbd-4a91-bf46-b7bbe4c249b9 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,4197cb3c-ed43-408e-be1d-b07f1f69ea9e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,8c8a63cc-586a-46fa-8b5a-9774125896f3 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,82ba39e6-446a-466b-9f85-39c594601704 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,9ca6b73e-436e-4f6d-a650-5cfe62177798 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,b8034104-4999-424f-9cee-878c450ed66c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,0c823429-2d82-4728-b69b-b0b23c09796c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,19b1ff9f-d585-443d-a348-aae82d726adf +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,1e99fe41-bb90-4bbf-b5a2-64df81506339 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6ebebae2-670a-4232-850c-8f7f934c64af +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,fdddd9e1-d156-44c4-a68d-a1b92a9de4ba +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,4e13b3ef-eda6-4542-8c57-42532194e2ad +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6a4c43dc-cbc9-4444-be89-6ed2c64b997b +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,4397e5bf-c89e-4ffe-aa6d-37faa615cf4c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,e713f85d-30de-4c2c-a02e-9e8af4253863 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,73931858-c484-4928-9e0f-1c759afb97ad +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,67101230-5153-4500-b32d-f876397cc7f7 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a82f3087-e9e4-424b-acf2-1b0cdaf89d9e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,d84c7780-61fd-474d-915f-d6f98558a99e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1eecb2ba-eb47-4647-822b-2fb4aae79ab1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,e52168a6-608b-457f-aec0-053c7b827621 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,76a6faaa-595c-401a-b5e4-24b335ff87ea +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,071a17a8-0db9-40e2-b92e-1aa676a56488 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b122bc3f-a091-4bb5-961a-7c79e789f68c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,bc794ed7-20a3-4e38-a77d-dfc83463a6c2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,24950446-5ca3-4639-b903-30896e64cd69 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,1f05744a-ea47-44bd-9307-0bf3a548f8c5 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,150eff38-715e-4cfd-a067-dc41244e80a6 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,436eb1e3-9520-491b-8313-66728387df39 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e536225e-0ff5-4352-b3e4-be33a82bb082 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,a1dd0a86-c6ff-4d6a-8e32-c1b06450447c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,4c30124f-ad9e-4bf6-8d39-ca2c914436b7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,add3ddff-bde5-42c9-af08-c7d292a1ccef +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,4afb7eee-bab9-4948-982d-2a737fa68d23 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,c66f1a49-09aa-47d5-a2fb-f52207e13c26 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,44c3355f-9acf-444f-acf5-c040b8a8710d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,e8f9d225-3275-4d2c-85d2-ab9bd2a4a856 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,df3a069b-820b-4547-afec-2dd0947c4329 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2ad2282d-6dc7-4723-8e28-16aa0fbca672 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,3cb44cdd-bc04-4dbc-8704-53e241df84c9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,1d552a72-1737-4d1b-9181-65dfa06ec3fe +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,40779b29-03e9-48dc-90b3-4ec8206830fe +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e76eb312-252a-46d6-9f6f-6f0ea64eb8b5 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,ac905bb7-556c-497d-9c3a-10f9197af106 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,82c95933-b80f-46b5-826f-21a8edc5bfac +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,17d76fd0-1b56-46e8-9710-9521a0ebf74c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,2bba3d68-236f-43f7-8594-b5687347397d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,4fdf760e-54c2-43fc-aeaf-24c4396b1d1a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,65c94ef6-7b5d-464b-8064-16b726e1ada4 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,0f66d24c-e6fe-4590-b0e7-0f6896ca0d5b +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,f1fb5036-f294-47c1-b768-49b81f7f34f3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,d045c3f7-f9d8-4d3b-a146-37a74b03cd6f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,af8d256f-42c6-4c3b-8328-256c6d0ec86d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,8161bdf5-6379-4198-8d96-c64952ec6fe8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e8e89232-2352-408c-b24b-e120b26f045e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,377a73e5-6b86-46f8-be31-69ff9f3b61d8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,169e035c-183b-4df2-aa30-3cb22bdec5e6 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,136ea76e-a9e8-49bc-82bb-cec877d54948 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,260ae2b4-59fc-4708-827d-079092114bfc +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,40a92474-4fe9-454c-8612-9be6e85c2335 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,098480ae-b1df-4c81-bd78-58dbc3802994 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,aa444f9c-d987-4b25-b4af-97f68f2e69fa +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,c560fd5d-6578-474a-a9e4-6d181b2c0c64 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,745b0f3b-3400-4460-a46e-4272a1245cb1 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,7fc277cc-0b6e-4dc2-bed5-9bdd7bae9ef1 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,f69f614c-73ac-417a-8c65-0c83fcae13c2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,5ecd65bd-64df-4cf9-87ba-58bcb8d00274 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,d93af73f-8f54-4a26-83c2-b4b5d0868475 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,2e791dfb-9c99-4b01-b4cf-b8efd09ac353 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,b34a6583-ce74-43d7-a5a0-971c95fb8bfb +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e23be0e8-fbbf-4062-8237-a6c3a6661830 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,b30d1bcc-d156-428a-816b-cd55a4aa127d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,87fe078b-6212-434b-a2d8-a35d935ab74f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,5a84bb28-59e2-4650-bf5d-64cfe1b50ae8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,f59ab336-e49a-46af-bd7e-80a01580f148 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,fbee4a75-efb9-434d-b807-fd2aae0af0e4 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,6a603cfd-e943-4db5-9615-991810c9d527 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,640a5588-8c68-4f2a-b00c-986cb0a06f9d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,57f554a6-d452-4f36-9330-365568bd1806 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,254389fb-69b3-4a94-ba19-900c1eee19e1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,ccbd1ebf-c2af-4200-b052-cc5d735de00b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,c08796da-3882-4201-a076-9cf1c5961f3e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,8e0b14b7-201e-44e8-9554-5f2d14e24327 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,9066b755-22d4-4aba-a77b-05d25e5d105c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,686f6bd7-c340-4a87-b61a-437f8d38a3bd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,25b46c5e-8aa5-4c91-bf29-123f06d4fc86 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,69f80a1b-e6e2-44e5-a41c-8f7de4d7558c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,78d5c6d2-f9cc-4b3e-b3e8-4b11a0ad7217 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,2d75fb0e-86bb-410c-a99c-ba7d3c0c3e86 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,d8829e0a-9f6f-432f-a11a-b5f34d53e784 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,a6165358-6353-4a6b-a02d-f13a437b1d9b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,a15bbd14-f98b-46b7-938e-dad193e5d654 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,a58e1cef-cabd-4980-b521-fa7c2d659ee6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,321c80ff-249d-41a5-b2a6-0ecf47a7c6b5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,dbba648a-99b3-4e7f-af55-4cc0ab55f03f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,202be48f-9676-4490-a517-65d7a1efd6f3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,e3f9ee21-efb8-4af1-9434-48adf73bf429 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,8c1adaaf-4a86-4d52-9095-0c285259d05b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,cff01088-4acf-4ab9-9106-d3de1f84e1ab +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,fc6b93ad-0be2-4bb5-830b-f258a9c90d6e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,90a1f80c-b627-457c-b7d4-0bc322d2bd7f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,afbacb4a-6d03-4c5e-9136-508d859fe12a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,ba4ef289-7cc1-4bd6-9e63-3d96a43e3b0e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,f5f68eb2-acd2-4476-8c22-40594ef8db6a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,98cbaed8-bcc7-4f4a-9d70-3ae950ccc17f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,a6924597-22c0-4dbb-ac4f-945d06fe9f60 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,360e1714-9d4e-4b48-881a-7e80eb49ac88 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,9a312ede-3220-4c0b-bfff-1efd1b004d8c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,f439500f-c15b-4a94-bdc4-49efc9f94b4d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,6695384d-46e4-4294-a390-3d3e06dba0ce +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,70b34653-727c-452e-9be1-c73fd6b2643a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,9e96cac4-6684-40e5-8784-63316e248c56 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,a2d05e2f-e065-4978-a886-7098c3c9935a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,4756690e-4772-46ef-afbb-5338e9fca5ec +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,1b1ffba3-21e5-4b2a-8a3d-5e10d010017d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,c04f8be8-3b4b-477c-ae50-043b9adec5b5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,8d2791d8-b175-43ba-83e5-0b90391b7828 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,0256388d-815a-4cd8-af51-44e74bac6ede +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,7e2c654a-baee-438a-8c70-2fc8080f328c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,9ddf96e7-6600-4557-bcd7-f8c969bd658a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,9c252f3d-05d9-434c-bff5-3cbfe285a471 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,68eed8d8-3dd7-4c02-a4b3-92eeaeb9a660 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,c9130dd2-642f-4cf8-a1f1-56e19b23f70e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,c1465b1b-9adc-45a6-bf48-a26f5ac67ca1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,d298cbfe-9cab-48e3-acd2-28c9baef41e8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,df57b84a-767c-4aa0-b6f1-eb1e9816f30a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,d8e4cedf-493b-44ec-907e-dc3010065b29 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,e1b179dc-db49-44cb-ab4f-8039933b61fc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,e529bd7b-e6be-483b-8efa-4952c4a08061 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,0834df69-a77e-47bd-a6b1-3a6b0309bf03 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,8bc6e9c4-6390-48d4-851c-5d2bcb715cbe +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,d1100c32-d348-407b-9127-56581959e451 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,6827a68d-f06a-471c-a992-3575fc2862dc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,dc1a20dc-15d4-4077-a7eb-c9fdcaa0c45e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,56264a9a-89c7-4e64-8d28-c8926a1aba9f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,cf933ec2-c7c9-455e-8255-22694c867ded +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,f4246063-3a0d-4608-9d04-f5a8c793b581 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,e6a32da8-4224-4814-b74c-527d5342d96b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,a6115d26-edae-48b9-b932-6a41ec9d8271 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,9712baed-781f-40e3-9ca7-cd5ed6489116 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,9d13b6a0-a9e2-47b4-ad50-b88d5423ebe3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,59ccbf72-be9a-4873-9356-947c15469bd3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,f43a092b-8d36-40c4-b896-c830669a55ee +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,90c0188d-be49-48fd-a96f-50017763bf3e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,dd2be2ba-8678-4a71-a334-d783f9a2e341 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,962d9d0c-62e2-409a-8945-ace299774b6e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,c5f25a39-5179-437a-a241-e10c62d0348b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,27eae3e4-c362-4067-9692-d9351f43a53c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,01b5f2a3-66b3-4c28-87c0-fde6c40e66ef +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,09efc3fb-21a8-49b6-9ed9-32dd8941667a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,cd7b56bd-4859-4ed8-a262-0baa4eb1e279 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,814b4b66-600a-44e8-8768-de01303dc470 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,18a3d38b-9adf-43a5-90a4-2baec4c40692 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,40da7194-bd6e-4683-84c8-bc426d0e290e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,7f670bb4-884a-4789-8915-71897842c1ee +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,fe87f5f0-9d9e-4a32-82c5-09b489a536a3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,8e5d31fe-7232-4884-b1cc-89482742a7ff +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,9282949f-49cc-47bb-88f6-dfee15ccb0b9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,8994f923-1a89-4ab8-81a6-4f07324b5a03 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,047c1b05-6d06-4eb6-b678-6e8049357318 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,7c35155f-00cf-4b7e-8715-2995cccdd71e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,0fa33f80-87ce-4ad2-b594-680326558cf2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,bb9f1df5-75dc-4fc9-8214-96e3cc3afa83 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,b4a93e90-a31f-4720-81b9-89dbf445f943 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,34d59c71-0cb1-4b04-a61b-ea21724e81c3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,ceb2409a-db40-4f7e-8368-cbe08af2eb75 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,837a342c-4136-476e-8b64-b0b5c72f21d5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,0d83588b-eed5-4c76-815d-4e33c284d50c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,d0db74ba-3c64-4a56-833d-ff5080dcb65f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,79a65bcf-77ef-454d-9503-ebc4573d74cf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,a399a1d6-5343-4887-87c1-720e622c0b5d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,49fd28e0-cdfc-440c-948d-ca341fc58315 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ed4550af-caf8-41bf-8fc8-8abff7dbc547 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,f98de37b-cc8b-4df5-93e1-6b86f587d759 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,f9430392-a193-413c-97f2-626b753792a9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ab51a458-0c6a-431b-bd0d-dcf03b35154f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,bcf573e7-f8b1-4b82-b8fa-b907d51311b7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,6de94264-a401-473c-bf66-9f8554eabf54 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ae0b913a-64a2-497c-a2b5-be55a685b155 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,58b60819-65e8-465e-9673-55e79a9cf44c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,96d11d9f-16dd-4b10-9011-001d459b5a10 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,86700cd1-2a88-4b8b-b8e1-e870f6665c09 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,60ae4e99-7aad-4831-96fc-c4962d2bf3b8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,3376c203-4385-49fa-af7c-4da8546ede51 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,00275c04-003d-486a-80b7-f8dd14bce457 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,9d33ee39-336c-41a3-8782-14aad550065d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,4ea24d39-a161-4d4d-868e-94eb7c1560dc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,456a36be-3f11-41d9-bec3-93888c65060d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,67bce895-22b6-4e17-9f13-0cfca902cf10 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,d3b0fc3c-8cc4-4d9d-bde0-1344321d64e3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,4505f70b-254c-4aa9-a4e4-fb24d08eb2a3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,400cf839-e39e-4c03-821d-c0ecc8e29457 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,386f61ac-091e-4ae5-9b50-53a986776fd6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,ec91e111-87b3-4425-85a1-4a413ca2ce14 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,08a75ca0-42f9-44fb-ac21-f93c1a580ba8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,b6eca58d-2bf8-46ed-b5b9-4aa2dd67b7cc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,7dbb11be-1d7c-426c-b543-825f5f1208ac +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,4b1f581f-8d87-4a1f-bf55-e78ac0a23783 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,b3049a6c-61f9-445b-8480-043baa561316 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,b11b8cc7-ee06-432d-b7cb-a1e88a6ea2b5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,00286f18-689e-4a1a-a889-d496db84a0e2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,8a65b47c-a6dc-455c-996e-68ea30b59251 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,78723eca-0196-47e8-82de-3403bf213f74 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,6d81bbcb-aa36-4a3d-ac99-d66410cd13d8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,cbc16928-2127-4895-9f7c-3b6712d1faf2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,c6e0704d-0904-484c-acb8-7c34602f31f5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,f57cbfd4-3780-4a44-9c6e-4f3c99aae4f9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,304be47a-9010-4394-85ac-0543cca1bf28 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,f16b97d9-05be-4c1d-a614-86e3481273c5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,b6929acb-3818-4c33-9608-9db3acde2f26 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,630261b5-6a8c-4f05-b861-cfec50b4e64d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,827be2d5-128b-465b-ba17-3952d2d615c9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,3002d078-6b2c-4f27-ad14-16ee5c9828bc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,9245afae-d6f0-4e06-88bf-b64439fd88be +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,70270e89-c4e7-4c54-805f-70a4f7990272 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,bd6dcafd-ea8d-4e4a-af10-890579d2f1e2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,99d4cb00-d8ff-4c82-aa0c-d28fa662f54d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,c43f6db6-8516-48d1-a200-2126f4521823 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,e01b22be-92a7-4aca-a875-9336a0661e8f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,c976b282-d623-46cc-b441-7e5783360e16 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,e32c7ee6-47d7-4b51-b5b9-d40cb46cb3d3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,4790de0d-7eff-4d07-adce-fc9a9fc8da51 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,aec17684-171a-4b3e-91ce-56ba4dfc5525 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,e4fb0f20-ebdc-47b4-a8da-dd2c143cdc01 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,05a24102-84ae-48b2-b9da-d66693afcd61 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,d239d053-5e6f-42b6-bd89-afc1645541f9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,53a66f54-69df-4f2b-b13c-cfb618f12a1f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,8f737ffd-ecd1-4d0a-9daa-60dbb50034b0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,5c2877b9-e318-492a-b8a1-703587a3ebca +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,667781b1-079a-49d5-9926-40153978569f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,2356664b-7079-4767-a6cb-e5a844914c65 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,d174a215-9855-4010-a38a-8062018633ea +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,6d7e5336-0878-46e0-a2d5-1f4f3b97cb11 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,9e3bf1fd-cc12-491b-a9a3-f5de101a3581 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,32348fd4-e85f-4764-89fa-f1d381d2b524 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,ceaaff66-c5fd-461b-b970-ef3d01eb5147 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,648e71b8-86d6-4d49-9457-03a487fa31e1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,7bda79a9-a656-4e03-8906-72b62ebb54c1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,d2faca20-1777-4b03-91fb-cfa99b55c9a1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,4cb684de-acab-4077-b19e-523a35c2535f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,832706a1-73e0-4bc0-95f5-51c4a650b996 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,fa85b7b4-1126-4354-a4c6-97017a9bf8a5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,47c31b7e-73d6-44f2-8015-7bdab5e86f8d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,2f427746-ea93-4186-bb86-e8121c9d0c13 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,db2f1df3-56b4-4ea0-841b-4a83c261d82d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,96a46f66-7f88-4744-b4ac-9ceba286dd4a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,7ffabc21-fb9b-4b51-8e17-64ffb7d09910 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,428ae49b-97d7-4cd7-a8a1-65b1cb42561d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,d919c6a3-14e5-438c-afb3-735f2eb86d5f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,0addc337-94d8-45f4-9732-81af01c26dbe +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,edb23c5f-5bd5-4cf2-8e94-0ea5df0ea220 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,b5bec580-6dbe-47ad-ad6b-eed978447eec +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,17b03ceb-e2d2-4b64-91d6-0060d1892d7e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,df1853c8-2bbb-45e3-a076-5b5e3c1a154f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,3d20350c-a67d-4ab4-bb02-e33b1703e390 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,c2506fd6-06f6-4c8b-be3c-2305f456308a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,3d7d9d73-16e7-4763-811d-0c98c7f37634 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,59a5741c-21e3-4b71-bfda-31c41d2d26d6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,7bc58a6e-14b4-4945-9cc5-0829889cd011 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,ae0dd287-ded7-4a0d-a21d-182b84d4b520 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,5a69b273-13a1-4dff-a089-f46fa7068f19 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,f0781f04-4546-4050-990f-74daf4b08fb3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,12ae67d7-f197-4052-a0ea-c5b36d5e538e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,7f8c96f3-cdb5-4406-bcf0-401900c6755e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,c24408a5-b555-43fd-87f8-fec6892b10ad +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,99f5ba6e-ce86-459f-80cd-8597b03f184d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,dfe3dbb7-d00c-4393-a900-38ed3f3ecb94 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1e2a9f22-9eeb-403f-815a-8d1b86180053 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,ce280719-74f8-45b1-8bb1-00e5137dd75d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,4c762669-465f-4542-a051-b2a15726a989 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,2b91d138-53ee-4d3f-bd76-518ef849c4bf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,b68e6082-b5ce-4ece-9116-3936171c0363 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,5bb3d963-2272-4032-985c-accde367a2a5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,e8bc869f-8579-4427-a01e-c034e27dee83 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,481c176a-818c-44b3-8a58-ac93f790ea61 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,ea62ee2b-4160-4628-8c5f-5b964c933cf1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,19632ff7-bdf4-43f1-b33c-8f5f8c6c7434 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,82079108-f014-46d0-aec1-956f7e32438f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,6a016dd2-9ae6-431b-af3c-474ee50944a5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1712caea-2fb8-43ff-ad48-0862ce6572ce +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,d7da0272-011e-48bc-b584-b2cf2181768d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,a753c3e5-49ce-4016-8bc5-8d379ae20d79 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,e7b8fbd4-9497-4142-8c85-a894e2c2108d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,0affe6e2-fdc5-4d5d-994f-a64339dedd32 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,49ba82a5-c544-4661-98a4-30945ae3a036 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1f92f094-9e9e-45ef-b47d-d342f790a3da +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,c65cbc15-79a4-4bd6-a66e-edb03a2c9aa8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,50fd7cdf-760e-47ef-a26a-acbe014bb449 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,261d5fc1-3bf4-47f7-8fb3-61eab8d5f57d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,923cb40d-c610-43c9-896d-61edb7c9fbcb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,22329bba-41e6-4d43-bce9-33264f39ed94 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,d2044b87-88a1-4b2b-9e9a-018340ed4fe8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,5e852da3-f77d-426f-b326-826155e29d2d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,440d120e-d55f-47cc-807c-20a4020d852c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,3a6892ac-da2d-464c-9fea-704c3e81a958 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,a19644b6-7dc1-463a-a9db-a2da0f4f10ff +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,10b62ea7-c431-4244-ba66-376bd2a5ba11 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,6dd31e1a-6f64-4c38-9608-4c102241e974 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,0880a824-b49e-4229-a135-e6d4f7bf08dc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,10e609d9-418c-49f3-9da3-2518577cf7ad +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,5c83f085-d7cc-4ad4-85cc-d6668df806e3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,b1263734-36e5-4e4b-a237-87112affa2a3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,3fe85368-6f49-40b6-958a-021f871cec80 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,b973cd2e-e4f0-4a6c-bd48-e233fa5fd6ac +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,17d71cd8-3a86-4736-b898-e98f2e3e2f9d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,028fc0c7-2a66-4abc-95ab-8b78d7879f27 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,18774a01-a60f-477b-9208-beeea2503ca7 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,09d9e4d3-c680-4e09-a13a-e4bc37763bf0 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,1900e273-9937-4cb3-a182-6fe201c55eb8 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,006bdd65-cb35-439b-a564-772c049c2f8a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,333e8533-bc3a-4876-b0ed-40721e4a517e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,079ba7e7-58c5-4d1d-860d-f9423cecf24b +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,2d4d66fe-5b6e-48ed-a25f-37a5baa6347e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,682b41d6-0556-43ef-8821-f236dfb0291a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,a594cbf0-5d83-4c7f-9a7e-9252d445885d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,ae9b64e5-2abd-47bd-89ca-a921543b8b50 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,4b5d0f7c-24c6-44d5-9bb4-cafa7b06530c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,4ea951fa-63ad-4f7f-926b-55142f1a94b8 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,2697629c-c67b-4f8d-a9ed-27a5ff6c07f1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,c3475f16-8711-42ac-be7c-a8d2adae9a31 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,b4c02b73-2458-4ced-a960-ac6e0b2cc5fd +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,5565ac94-1fc8-4bdd-8231-ce3a4e3aedab +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,f46dc2d6-54bc-4fc5-ad62-4b7e8dc13bab +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,e6c19e18-8f4f-4fe0-ac81-0ad887bd9570 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,c3fb13fc-21ee-4195-a090-0cc6990cf448 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,e7da2c94-af85-4168-a157-3448eeb3e7e7 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,78ba1ff1-4003-48a5-9c86-dd5698dc78fd +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,716feae7-8008-4351-8a64-e424c757dd4d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,ba8d988a-8fdc-43e0-b69a-8fdb1e56fa49 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,66757173-2ad4-4aff-a147-6f1d3dfb7f9b +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,1c703dd8-4970-45c4-8181-90fc6b854190 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,76febcd3-2330-4eae-8539-b5def18a077e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,b6fa3626-97e1-4eef-bef6-efd3a19e773a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,7367b1a0-c9c8-42d2-815c-f38c4abd0958 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,661715d7-c99c-42b2-9af0-a143b11898ac +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,2de8675f-7e4a-4f93-9b39-15fe09c1c20c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,211e2262-7abf-401d-b6ad-a32994c37505 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,4db1f854-9a6e-43b0-8bd5-7793385b9fd5 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,630705d9-6c77-43bc-8063-b8f9c293bfb6 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,05bcfe96-1b53-4348-9c2b-db203e7682d3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,0b53cd9e-dd67-4c42-b1e8-93243d9a570e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,923b8455-7a84-4790-bfc4-727d16ad5133 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,bd8cb983-47e2-48c9-bc1b-1a84f592f19d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,237e9a6c-4050-4764-b82b-e9fb27a11fdf +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,4f5fb0e4-d357-4808-8b3e-5a377ffa970f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,76817d90-c0cb-461c-8632-bb99e9447349 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,b8b9ba83-64ce-4a14-b6c2-a280b93a19b6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,7483005f-e3dd-4615-8d3f-384e9b183766 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,7e06ba4a-30cc-492e-9cd4-a2e792376d56 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,bd6ee1eb-bfea-45a2-9134-d95983fc5383 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,ed208df3-f973-471c-b80a-27fbaa51f635 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,76db8c67-7371-4971-be20-a0cf1488453b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,c11cf5ea-82f5-4f06-8a0b-dd91d31ed765 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,1d80ba85-3897-45c3-97aa-e2d454340859 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,9cf68ed0-ac50-4c6c-aa2c-ff71098be8f4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,83517c2e-8e8d-49a7-9026-46514c3e071b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,64123bee-5333-4f6c-9df1-a6fbc0e0f012 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,9ccdff38-2e2f-4b55-8be0-4b6ad7c5f9fc +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,9f8decd8-8fe2-4d6e-8087-595522e5a07f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,34440b89-5660-419f-8361-2aadee2b7f9f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,6dded61a-9a22-495f-9c41-a467635f2aa3 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,5b86d9ae-b20d-4d5d-bb1f-e316bb98be42 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,ffbd3895-84e6-4591-a118-f7f8cfc87d7a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,b7cf7b7e-c4e8-4112-ba9c-02defed687cd +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,4236680c-deae-440f-843e-11d644cc2ebb +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,3df640e0-d927-4544-aba1-b105c1b03fb6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,3d3bc155-c665-4d1c-bf9d-f8ab2f59d059 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,acd6ad08-3deb-4763-bce3-1d7cfa0384e2 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,d3cf284d-fbb3-4f98-bdc5-22e275727ec1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,1b4be2ee-af8f-4b58-bccf-251156672d17 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,e9fc4031-7917-4990-b039-2c0b816d99b5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,5a95f3d1-c66b-485c-a2fd-219459f6f390 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,bdf21dea-38c9-4fc2-9175-315111683f46 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,f2dc9d02-d66b-4f64-82e2-e49617cfacb7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,938eca2d-aa12-4988-ac04-336445bc11fd +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,c01d2b70-b276-4742-83c3-6641598cc3de +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,3b92ffc3-dc4f-47cb-94d6-0f468b45fce4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,1e071b40-0385-4c5f-83a3-004fdd807fab +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,883bc29b-e512-4313-88f3-4d6f4af93865 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,a1a808b0-e742-4ddb-b3af-5d29ce6481fb +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,8892b010-7bc0-41ed-9e19-0e70ffda5606 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,83069712-6bfa-4ed2-ae70-89a4a21cc4f4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,bd6a0168-9f21-477d-8168-a8345fd50654 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,69ebce3a-4416-43c3-9199-47159ae7ab56 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,1fd0c608-150f-4f66-ae12-8468a03b6cfd +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,a4b18729-581d-4538-87e7-19378a949ef6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,d5a6371d-92a6-4bc1-8079-94e1fed4ba74 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,3b5b7f79-5475-41b4-984b-23c8cbdef62b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,917a2200-775c-4586-a459-508b3a275d64 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,886ff20d-9b94-4fcd-a527-aa9141e0424d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,9060552c-7ede-426b-b98e-b1f3e2a736ad +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,dde1dacb-0bc1-49c4-a0dc-1719e468a615 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,b955a817-28c6-43d0-9639-0bb80c29626b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,d5c60e08-3d3e-4305-9451-b5edf1db874f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,a2267405-c49c-4599-a4b5-fba018ffcb72 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,45a101ee-3e90-4585-949d-8568612b82c5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,64a847ca-c6af-4566-ad38-f407367aa2e1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,28b3b746-502e-4a8b-9fce-876f5f25d38f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,a34cf9f9-cfbe-42ba-b31b-8d7dca2e5a61 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,1b8ee9ce-495d-4a35-a3d6-799c2804503a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,8e69895e-9bf8-4898-9629-f63c0d0afd78 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,36b527c7-b7e1-4f25-a3f8-61f0b4ef806a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,73b5dd7a-522e-45dd-85e3-f04d1be56bd1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,ca780c06-fecf-480b-95c7-fa47ba3b977b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,d8a2eddd-da1e-4aca-8605-5430058f77b2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,53bb75a3-c868-4711-ace0-cec441220222 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,f8d11ae2-51f4-40dd-a4fc-f2edcce36de5 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,20dc54e9-0cb3-4d69-8f46-447084f0678d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,4581cfa6-1250-4806-a48c-e966ad56b358 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,c901c83c-35c9-4b58-a98b-731f53f0aa8e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,d0479d88-3e8c-4b2d-8dc9-19c13e621fd2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,926fe36b-968c-436f-83f4-0c9eaa40d9af +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,32531930-f151-45f1-8922-b5a1fb582a68 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,4afeaa29-635a-430f-aa6a-10fe71d2966a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,75b2dae0-9bf5-4430-8bd0-51571c8cb53d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,d5abc35a-4e27-4079-a598-5065792f0320 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,804a4ee9-e2ef-415e-b8cf-2b7fc30ef5d0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,1481a5a8-9239-49a7-9901-a9579e7239e7 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,2f6a0625-a44c-4ae2-8839-400b91f0df29 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,e8a202e3-9ac2-440b-a6c3-2324eaf44e98 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,1913b36d-88e2-45af-a9e7-e84cfb5e2932 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,fc54b36b-6425-4e08-bf08-0af92541b25b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,58708839-a873-472f-b68a-9c2e080091fb +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,42fd239c-64bc-4360-8b36-a183b31c1924 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,66d4e141-d1ae-4cdf-8dfc-7ee186bc77e6 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,b458e18e-f8e6-4074-b19e-2770c8ead7b3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,e54d7fa6-228c-4471-8c6c-fb0b508a0da9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,b7e2182b-0231-4412-b9e2-c87a34644765 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,58fc1664-ed00-4d7a-a53e-b0179912bbcb +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,ca1eb141-55b2-45a2-9b51-21d8bd944ab0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,2ac51dc0-005c-4f1d-bd2e-e6940c624c3d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,7df38896-cefc-4ea1-a411-50797699b9c3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,2396d811-e64f-4ff3-8510-609433d692c5 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,32e07609-0019-49a5-98cd-338869f1f2a0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,0286ff11-5b5b-453e-a706-a72e8e90c84a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,6408d81f-0fde-483c-b9d0-6c6b7ccce0b1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,93010890-a6f4-43a5-9284-2d5ed03e639a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,b1752c39-2c0a-4527-9286-d3cec9377891 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,2e9302e7-23a6-42a7-8aef-802d26aac641 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,b8475939-b8b8-4772-9545-f8bbc0fcb110 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,e303ebe5-90fe-48da-b53f-e558ade64614 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,2a6d0150-e6a5-4fed-90e0-8f39e794a12e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,e58d426f-5f52-4ad9-80ba-0c0e50307617 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,fc864659-1765-4e94-909d-1a303b7a247a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,20ef9c8a-b104-474d-a4dd-f99be94ba70b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,8a954e74-b7a3-463e-bfe2-d286fd82b2a6 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,7cafea06-3b9b-4aeb-8889-2917e9542283 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,6bb921c2-f9a6-4417-9df4-f6e088cd72b8 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,f96ed42d-c67e-44e4-b0c6-7994c0dd584d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,0118814a-c7d5-4238-a02a-a12f26fcfe5d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,574ecd41-1d95-4f87-8341-ed390949fcf0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,5d6f6688-4a8c-49cf-9406-ed9a8a5cf805 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,515332d9-9008-4141-abb8-b96b9dc7020e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,77b1faba-5317-445b-b09a-9612255a9e56 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,987bf604-5b4f-4af2-8f2d-ce05d0d5baec +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b942f6ac-3b1a-4455-9d4e-9eced7462152 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,c5d21e40-db56-436a-a277-f3e58e157c26 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,4d02a972-bd65-4563-a5f6-6a6230ad5d53 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d7b35550-c0b8-45c4-ab7e-dcb0d237de34 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,64e8b646-716f-45bc-b6f5-740aaefa3932 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,fe97ad97-ca97-4ca2-b3cc-cf098693fd06 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,065e3524-005c-42d0-82a4-fdb6f3a16f99 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,8fc94f79-981f-4444-9ee1-e1cfbb507257 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,5b28ef5f-5eb3-4c21-a039-be7311afbd40 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,08ac5179-4aaf-45e5-89c7-94cb6bf8e357 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0374acd9-53cc-4c03-8497-189c86ae16dd +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,c02202fa-2f09-4840-9268-c50caa6838ca +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d1630a85-a3ad-477b-bdd5-f76d964a2e48 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0fff25ba-fdfa-4718-b5c4-8126661df6fd +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,2cd30e8c-28e9-4770-bd06-73393c4f6565 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,02e1bd40-9721-4954-af6c-c04d3b4ba2d9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,97809a64-dd35-47a0-9652-98194854a596 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,06f303d9-9767-45fc-8648-50d95c2d25c3 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,3e8e054d-7f0a-4411-86a3-63ceea13ce8f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,65cbee0a-7e4c-46c7-847d-62b69a17afb4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,5c1f4d39-7e32-4450-9ad4-44f0a13658ae +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,c7e0704f-6a92-418e-8d25-1a8650898564 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2bc72957-d4a2-4da7-b9da-b37f2db80380 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,d1937810-f371-4e04-9b21-2c3c73ffdd1e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,116dad34-0000-45f1-93ad-764805619161 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2b07826d-a75f-4ebc-a52f-333a51915092 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,e77916fb-1166-4bd5-a1f1-a085be570c0c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,56380b00-f5e8-44cd-adc3-fd66693261a0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,b05fb8cc-057f-41f4-a053-d4e6a7d45ab2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,6bc9f306-5a0b-454c-869a-28f3b5857a54 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,7258a8bb-c23a-486b-909d-3ff18d9b85d1 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e4b7fbcf-b98a-448f-921e-5385b813110f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,d9d9c8fd-5b84-4d6f-958c-09d8bd31d592 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,d478ae5c-faaf-45c4-8aec-22a78b0cf740 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,5cba484e-1504-4a00-96ab-bb9aef7dba6b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,bddaecef-71b2-413d-ade2-67f1a06feed6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,302876d2-a3e6-4d52-bace-9d1b429e5bd0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,da442c6c-3c14-424a-ac5f-cb0556dc9869 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,b10730dd-3378-4c5b-9b3b-6683c8a81daf +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,447ac9d2-9bef-495a-9293-2e91b93d3510 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,be344fdf-77c4-4247-9daa-0aeace9f9aed +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1e0b31ea-1114-4448-8352-dd8cb3deeb32 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,6f5c2c69-bfda-487e-8da2-f75545697bc2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,3f2a1e43-5124-49bb-8a5d-4942aa8296a9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,4f09615e-4f61-4804-a1d9-af8a103baf96 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,feffc26a-e0dd-4c16-a171-f03fbaa408c2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6e3c24fc-87b3-4945-be3f-bb5d6673b17a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e8779752-81c8-4fb5-aa0d-d106152df3ad +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,54b760c2-ac31-4d5e-b690-9b11088cfcd6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,5fa1ce65-a472-4015-95fd-c8cf96caea46 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,66c60843-0fc8-4795-9b35-fa9a54fcb659 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a8960582-accc-4da2-9cfe-4852521e2857 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,708c0aa9-bc38-4e7d-aba3-04d5bd2ae4c0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,214da3cf-19f0-4c39-b8a8-065b08ed49e9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,6c585cdd-940f-4175-b898-bf1639989bfc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,31478d82-5a49-4c72-90b4-e646955f7457 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,4ed1baeb-3d2a-48e4-ba85-6bcb9daadf88 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,9a436b3c-e224-4cc9-ad19-dc05c968df8d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,9f134616-3049-4aaa-b613-789d627e66e7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,4b30aa76-f1aa-4f05-89f4-27c5cfbd7c03 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,f44f7eec-0fa5-4419-bbf9-98d70d46980d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,33d9644f-053b-448d-a53e-77ca0ca8f6e6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,3cf88e42-aebf-4ffa-9b53-60f5bc4abb09 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,9395385a-57c4-4e7f-9287-34323e67f0d9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,606c0bbd-7e00-4c44-99d4-496b22b9cca5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,b156a691-8a16-4259-a4d2-972278829471 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e151a325-a5e0-48a4-be32-c54dde83e0e5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,2c1409ad-0907-4d88-b2fd-6b4d85609a47 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,69d9b06b-06f4-4d11-8ded-8dfc860fb57e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,384289e4-03e4-48b2-b6f9-4f9449591847 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,25351305-b370-40ce-bad1-824f15693c9c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,5bb64419-dd7e-4e40-a3c7-331133941c96 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,fee7d0b4-da96-44e7-bf60-eb6e1fdffd7d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,e1698f30-c184-432e-ad45-9f44da76a5df +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,23260d42-aa0f-4035-9022-499bd457c280 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,d6cc9b1c-308a-402b-93ba-dfbb18ba613a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,982c41fb-a992-4d67-94a8-6c51a7b70015 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,cca44383-43a8-4ece-9289-331258f6b0c8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,c8aabb69-a8de-40e9-a217-f8707815a659 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,3f325ad5-234f-4e7f-bbe4-1e9d02fa8397 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,f7bd3067-6aa4-4779-9f20-4fd5bf89103e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,52f91ab1-5789-4897-b340-d6a6ebde912f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,8a0a14c2-df40-4055-a984-8355fba4a4cd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,0b82e63b-e602-4d3c-84f3-abaa5b2edb85 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,b93de3b1-94ea-44dd-a69d-5dbaedd4c553 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,b4b910f2-c6ba-488b-9b5b-5a2febc9f0f6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,616e7905-74a2-429e-b4df-1fef1a054f7a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,c1715839-150e-4d54-9254-b68d2b7b13fe +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,4c93194c-bc7c-49a3-a527-54f99dc7ae1e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,6df9caa7-f636-40e0-9abb-1801f597d850 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,6432cbf3-6d2d-48cb-a8f8-808c7e7c5726 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,58b72bee-0400-4eb3-a953-03b292f29944 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,8e15754b-6a7c-431f-9345-d91a8ec7392f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,6810f34f-4f7d-4fef-9d0f-2e582602cdfa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,d5eb5850-b9ae-4023-8bce-2c505fece69c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,67fc1b6e-a7bf-4a35-a5c4-a362e178b815 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,5dca410e-0a4c-46d5-87bd-331ee8331497 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,053d3529-074a-46f0-9022-4098b3142ea1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,65947f08-902f-411f-b3a9-dba72220989e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,adce96a7-261d-4b65-993f-f96427e361d8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,f0df317b-0f46-4c8e-bfd0-06b71536066c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,2af25b76-f5b1-4edb-99f6-9b12f817d8eb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,049b5754-9870-4335-9e8f-a2e530de8953 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,4720b3dd-30bb-4656-8941-37d2de632690 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,49f743a0-39e2-4d32-9e13-4f9f28195b98 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,3f93d1a5-edee-4b67-9095-7d11b4ae6506 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,ae3232c4-3f6a-42f8-bb1e-558bbe88cdec +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,7ecdd932-58d3-402d-ba1a-58b145920113 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,02ad732e-5900-4741-a306-78323872f7a8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,367b05f5-190f-4e2a-94c1-13c372538e82 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,83fe7889-6d65-45b2-b2fb-602776e2cc37 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ef127e9b-eff5-4cba-bbbf-0c17f71a2d6f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,217bd763-83fc-4ed4-a391-6d2bfd8b36b1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,a76e8483-3741-475d-b2b1-4690a59c67b9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e6551b62-8f7c-42f1-a53f-74a3efa7f898 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,98f09fa5-bed4-49e8-9f3d-3418b91cdf06 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,23b240b0-7d59-40f4-99ba-5db0267a6067 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,23d01b8c-e69c-41e5-9479-b75c6b809a26 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,af026278-9a1e-4b33-b825-b51ec6c9cd7c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,c21cdc95-01a2-4a2b-a10a-54e655d13e5e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ca28717a-8fb1-46bf-b3e6-67a35ace4b23 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,aecfc9ee-fbc2-4acb-b613-ad020c8a8066 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,e1cffa0b-921b-45fd-b793-2bb1cc951e27 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ab86d3cf-62c5-40db-a888-3ceea2792ed0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,63c64221-f232-4f75-b822-2526758f42b6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,ec2bd6d6-b623-43a6-bebc-2259a0eb20bb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,3359ac5c-48f7-42cc-98b3-fd4864e9335b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,e0b91063-b239-4db5-a450-3fef9cd1fbc7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,1b0a2606-1a34-4f19-bb8c-7d7a2b59affe +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e389cc0a-8ec5-4851-ab72-5f03bcc63662 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,8f7a4fd0-c528-430a-9c2b-50eb8d7b9884 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,19585f79-0d58-4125-9d6b-8ae93ffd8e0a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2cf261dc-85e5-4ca3-b0ab-1b2c33b52646 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,0096b2f7-fcfd-48fc-ad9a-121c689bdafc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,1916b26e-0aea-4308-9441-826ca2143461 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7e4956b3-6767-4342-b6f3-a69632c05fbb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,702b4d5c-0284-453f-8d42-98d92c413fbb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,c0ea0b8c-47ac-4b02-b8c8-aaeeb792f18f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,bab45ef5-2fdd-4983-863f-aaa8de7d22d7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,cf21d7d1-f491-4f05-abf7-0496cf265636 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,a23b4c17-85ae-436d-b0fe-fc64098cebc9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,bdd66c9d-c682-49c5-941e-6bd246ed9c6d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,d3cebd8c-4aed-4a42-a0d9-7331fa869ad1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,01e2f043-1424-4d98-871f-b4fead97eae4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2d43ed9a-b63b-401e-8b28-837290451cc2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,7285cef7-e7f7-40c4-af52-3ca74740a536 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,383eaa14-d41a-43be-9c38-920823b5357d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7c7bdf2a-5e53-43f4-9fd6-8a7a6da34100 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,e9f7885e-b9ff-4263-9dbb-6d2bc323f9e9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,4234d786-b055-4260-bbb7-791044087a12 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7e9dec58-8fb5-4b20-b401-1cdf64a90de3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,88873eea-121d-442d-b30e-167ab87c8e08 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,520dd567-4028-4bfb-9945-dc74f0860bf6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2f8ed74e-025d-41a4-9e87-14cf48683069 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,c544726b-cc98-416b-94bb-3a8af35ffd14 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,3137bba5-14ca-4a9b-9d85-316c9f7c67f5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,8cd1124d-1577-4cbe-8af1-1c9ef81ff8a2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,dc552547-6bb1-4d3a-ae87-96a84955aaaa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,eec49280-7902-4b5a-ac75-8937c7c8d0d2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,0ca73a67-5c78-497b-a1f3-5a6909d1e5c5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,ea9aade9-437b-4875-aacf-15f82044cc88 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,8ded6be7-7550-4910-9c7a-e297d3b97988 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f45af1d9-4bcf-4f62-9436-70fb4ea049d3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,e2bf9c8d-f7a4-4224-921a-dd0cb40ba8b5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,b79ce0c7-86d1-4bf6-b9be-b9b91dac426b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,10c1d01d-39a7-40c5-84a6-5a0f65399e60 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0745183f-ebe2-4591-8660-7cc03dbb0448 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,6a5eae1a-8b84-4a27-a636-c36e4f826a32 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,476c667c-070c-4eb2-8a3d-4600e463e3ec +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,b96cc83e-7115-411a-aec2-2028d193e709 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,d267d464-90bb-47aa-8d4f-cffb053b8c07 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,88e91d33-7ba4-4bab-82e3-22d85e598778 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,a6c33c64-282b-4d51-8c6f-3470f29f20f6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,7ffe90b5-ba52-4eba-af7b-d52ef3de2f4c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,ef746fcb-e164-47d6-8c58-97342bf9280f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,c4ba3ab5-42c4-4bfc-8727-15d7b0bcbbe5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,9aebe209-035b-4912-983c-fca24369541c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,c22d8e38-2732-426e-a2ad-45a4f8887d16 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,366d4d60-14d5-4f3b-b5ef-a18ee0d3633f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,b3f5ceef-ee0e-4788-a89f-6e30ab3484e2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,afb53e8a-acd4-4a25-96e9-5368842eae56 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2bfb02ba-e5de-4ef1-9745-055d0423b35e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,30d362a3-d813-4043-bfa4-9a48044aecd8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,ac72bf8c-cc3e-4d42-9744-343b5e30df2a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,f80988b9-0cc5-4098-88d1-56d359280701 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,20cecffb-a37e-44a8-b057-e8af3f5625a6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,bfa06b77-059c-46d9-9af4-0d26fb4b9b66 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e5227052-c87e-42a9-a1c1-bb4fcaf4065d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,17630572-a9e6-4cd3-81d9-e6423e5c5df0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,3830630c-7ba4-4928-9d69-f6f7174fe292 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,922d1f00-efce-4bd8-9645-d5b2fffe08d4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,a9402120-48f8-46d0-97a5-3eb3b002b578 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,10efd6b6-2473-4951-a0e3-15ffeb0c983d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,167a5a3e-122e-45e3-afe5-91002c06a148 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,69b4f74a-0dd6-438d-b2b6-820fbe43e763 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,711c28d4-3a95-46d2-8488-a4c60ae121c5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,95652b18-0367-4069-8ba3-27dbf0987c8d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,82e0e96b-6ebe-4c02-a79a-7fef33e9ee0d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,2175d269-220d-4d34-bcd7-fc9411f5e0bf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,591c660a-b9f3-4f87-9621-e7083bc89d5f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,75d8db19-93dc-4dcb-bf0c-32f5f4e616fe +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,493d9e13-60a3-4548-8375-071d026db89b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,d4f51f17-65cd-485c-801b-5062d50e0990 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,936dc9c0-0369-46ef-b7b5-9d76bdb2dba1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,4d5e15c5-f2d9-4fb5-820f-334a7c9bfcb3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6180ae0a-5eab-4d46-abc3-bf61f1d421a1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,9f181967-5aab-45d8-b1f8-31f84c4a9704 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,042ba458-2aaa-420f-b058-7e9acb6a90ba +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,36093e75-9e26-45ce-9ee2-3622a640a977 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1d6fde2c-112b-4029-bd4c-fd894a07e0dc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a2ffd4b5-584d-4cd2-99af-d0e344ef0ecd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,56631143-ccbc-4175-8e29-a9fe92169f9d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e9fcdff1-9ab7-4563-8319-b871d89fc21f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,fdf4a4be-4dcc-4895-a56d-2298b88a4628 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,093d3d99-4fa7-409b-baa1-de229c9589a9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,72dde3a8-1502-4cac-9899-560266b3cd5a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b98e3455-f6e2-4d80-8819-36d2ef37aa8c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,de681431-6940-4503-a31e-524d2474e51d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,f329c911-d62b-45e1-952d-832cfd5b498f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,0ca89111-9068-4e03-a3f9-f461e291e9db +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,aa5b1efe-75f8-490f-880a-10643da7a4ec +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,8e4eeb16-1933-4a47-a5f8-eb1bdc38d253 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,79e3f858-e5c0-49ec-8a6a-51d8a4b2c263 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,5408bbee-fde0-4a8b-b444-60950672bbbd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,6b46b424-3c12-4e8e-a742-430940831440 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,84cbca75-b7d8-44ab-b523-13958c8e2370 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,2d3267b5-1a6b-4892-bbeb-612cd1eced5e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,f6eba5d8-8e8e-426d-bd44-e8d32c89df33 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,5ad3c68d-60a6-44af-9d2f-4ba8af1e4e7c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,daf74ec5-9f88-444a-9e0f-75f665f8c95f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,9b3172b7-9a85-4bee-ad9a-2393360b5432 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,92d15b82-0959-48d7-aba3-0323942aa1c2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,1000dbb5-9117-456f-8c42-be55d53d412c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,bf32709f-0e46-42be-9b3b-0c5179dbfe4a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d41e47d8-4d8a-49b0-843d-2f0bbc338739 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,42c75470-22ef-43c5-93f3-dca4a58b49ec +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,2ac07148-ff11-4b12-ab42-bc3313007999 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,874d02de-ea0d-4c6a-b03f-06e5c4362764 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,acb9248a-aa7e-49fb-94e8-45771937ca12 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,64a1a71d-f2c6-448b-8e30-27dc4c9d8304 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2bf7ffb4-9ba3-4907-9a3d-1cb8a89861cb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,61b51f6a-d06a-494f-8a2b-3cf159cac0a9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,d9745779-8e33-4422-aed8-059aa08c71f5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,417b4c80-e28c-4407-83ec-f68edb659d07 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,47ad091f-b37e-4db8-8c45-0df959f4679a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,bf47e08c-e014-414a-b36e-ed87a0f88dd4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,ea86fa3f-45fc-48c0-8cb5-2065dadc638a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,8c09c7fc-7603-4d63-bc07-c97adf88cffb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,61f1c43f-9abc-4271-bb7b-c3b9615d8d28 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2499a21c-148d-43cb-8bdb-f0a387bacc64 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,958f9d75-5055-45a0-b3c4-eff4eee0bed0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,9a814319-61f1-451a-9a6a-8e4648bd080d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e613611d-68f3-4dd8-924d-6a0e56721540 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,629cb7db-90b2-49de-908d-62cb5989c850 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,0d9e5bb5-5cbc-41c3-9f34-37eafdf026da +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,6c5c3423-6b9a-4e71-86dc-28b807aa751e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,f4bb0957-9af0-4157-bf18-691bac0c40ab +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,1d3c71b4-1b41-48da-8979-4779bc93c02c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,37282cd4-57a4-4e0c-93a3-535c2bd39e17 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,f044d0da-43cf-4bda-8ba9-a7b088cb8017 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,7747f312-75bc-4893-8cd7-616caa7a0ac8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f9e1430b-8935-4bbf-ac14-a041a0c5172b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,9ac94216-a28c-4724-a4ec-ddc6974011ae +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,164b6361-49f1-4a94-ab76-46e3a8a7dc3d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f513a461-2c44-46c1-849d-8c0b84275f3c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,3c30011f-cb79-4895-8b0b-2cf1a4717a76 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,6cca04d0-d44f-4ddf-aed3-4862de8f7f75 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,aba29490-142c-4b27-84d6-d1974e5b952b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,873ec718-1cee-4477-a487-e9e77a9077f7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,4c6a33a1-4fed-44d9-9124-5381dac9fb52 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,4fa460cc-312c-4e7a-989c-f19ffa51daa1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,0330bc86-6d4b-4c08-80f0-4d208a521e35 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,78392be5-4704-4ab9-a453-cae098ab1661 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,2dc4fddf-adfd-41bc-a961-db8820da100a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,e9f991b2-ad4f-4024-82e8-6433f573c79d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,c3c77e0f-74ce-4f28-8d18-decc020bb1b7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,154bbe75-3d07-45cb-974b-dcebf7d49847 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,a8a7cc3c-3d91-4f62-87d5-f359354d2bbf +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,d45099b5-ce8a-4352-9745-08ee0a33a3ca +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,2c9d9ee5-6b44-4caf-87e0-3dd11380908d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,d354b4b5-c3da-423b-a76d-f994b409d9d8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,15777d37-f9d4-436e-955f-e7032c6312ba +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,00d22ba8-563f-4e0d-a290-2088d0564333 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,fe92a468-db7d-4f40-80ac-af373a30bbae +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,b334e456-d740-4999-a193-1860a4beab21 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,3f0ca3c6-9288-43a6-a551-356bcbfcd47a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,bc6f3e58-9399-4b19-a50c-43cb5caa8eef +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,a805e615-cf49-47b7-9c4d-bfa544e9a3d6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,d623404f-a99d-4d68-9c4a-32b7393ff587 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,f4e2ea76-3b08-49d7-a2a6-dfeba6de3986 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,021be1f6-05de-49b8-b9df-4301b8a17740 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,c0541747-f4a7-466f-bfff-4ca0edaea87a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,d42b1ea6-4007-49eb-af6f-22a3d5d0e8a8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,6d9f02e3-d9dd-489d-ad62-cff3983bdf83 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,5e51b4f4-0e03-4ca1-8869-0d80d3db924f +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,25118532-6e92-4705-b881-015dac5631e4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,d9261b86-fc00-4739-a7e8-5143faa34e15 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,e125a0aa-cfb4-4f50-b551-67c96a12f7d0 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,57d7eca3-4d3a-487f-a202-ade9eb933595 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,932907bd-5669-4063-b880-9ccf557470e4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,fe0d2d97-421a-4fbd-9e1f-91eb47f30e1c +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,8d147c67-2392-4cbb-8984-3693653850df +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,8a0017c0-1533-4995-ab12-d99e991bec19 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,cdb347a5-6891-42e9-88e2-0cfec8953e6a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,c4d0008a-250a-4c6d-b57b-96b38b5948cf +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,2cce7c9d-8a14-48ca-aa1e-396a0c1d38de +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,2fabfb49-7b82-41e5-a8d3-dcb382b617d7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,851b754f-74b9-4ed4-ad8c-bf4a2b7a158e +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,60123521-6419-4004-8e54-8a02ce7c9258 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,a1699300-48d0-48f2-9881-159db5c793db +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,cc81d75a-dafd-4197-8550-1189c76ba9e0 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,fa3ca069-9f0a-49ad-a463-78600b7865f6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,4be1b8ef-5920-4d80-85cb-d1d47ceeb9a5 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,89d020a5-794a-42cb-bdd2-93bd83e1f8e1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,6db0e55e-6cff-4055-923c-a488fbb46716 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,b0623d78-a82f-437b-981c-fed98fdfc809 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,80622a34-5667-467c-aeb8-4c125d838816 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,1ddb2991-5e01-4d44-afaa-707d83edb56f +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,3f88b487-191f-4c93-8e74-10e7557d2429 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,556181cc-6276-46a8-92ca-c8daeb2bda72 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,d3dac0d4-8328-4de0-9fdb-aabf1cebb826 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,25f0434c-fc5a-4565-a724-da4f08820e56 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,9ca82795-a87e-4432-ac9d-f3d10e2d5f14 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,d972b5d2-ebf3-4b51-85de-bc580d8dd84d +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,956709b5-cdf2-4a5e-ad84-7eb569b14149 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b6ee56bf-daa9-4a0f-952b-9d6989cf6e30 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,9a2c3349-0b5b-4a1a-9f8e-c54a12966070 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,398b88ab-0d5d-4aff-b7ae-a5fb75fa86bf +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,7b37bed2-3cec-4c9b-ae3d-6ef1921fa2ee +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,4d9d532a-bc24-4dc7-a943-a5f61cffd2fa +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,efe22f15-61b4-4401-b424-e1cde1b24664 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b9de0ca1-81dd-4fff-85a9-d3b26fbee8e9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,3d85c649-e2f9-4d90-a66f-332b388262f5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,5d7929be-d684-4856-875c-0e0c935632ab +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,d4daeaa7-d372-4b3d-a0b0-44ad79ad0ffd +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,b820888b-f841-4271-b67f-9baa8258472b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,f6f505cc-6c89-48da-b09d-eb9878f0a5fc +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,e613f30a-5922-430a-98ec-5eb58af64bb4 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,fc0505f4-92e9-4e5b-b7a3-1759b38dec27 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,c56b2954-167f-404b-bb93-5300414a680b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,115c7ae9-1bd2-4aa5-89a8-c728cc2ae2ec +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,9ccc7e6c-99d3-4d0b-bca7-b5d2e17cc686 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,3ce8b48f-e3a9-4360-9c8c-2b31e54d5c61 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,108ea63c-82bf-44a8-ac43-79346c99ddf1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,95385d66-e04c-4cd2-9562-8ae84e0bb867 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,27f96a9a-8db6-4563-b37f-f070577854a4 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,b499b1bb-ba09-4180-9a3f-514f0aec2d28 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,74ea379d-6bbd-4227-bcc3-fc080bdc5be5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,4269a822-222d-4296-af1f-c1e7c065ac65 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,dec43685-d22b-4dbf-b580-cc3ed193c420 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,a7be63a8-672e-4f1c-95aa-affc6ae381c2 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,d16a063e-f9bb-4387-8526-df938ca3c209 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4b9d5ba8-4d2e-4d14-bead-cf52231b2cab +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,f7a8125f-2300-4526-a3ce-0a5c9b329078 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,2be9d054-37a8-4513-a7d7-62536c3d054b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4fec3261-15c7-4008-9688-87e71785a481 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,deeff45b-e4a4-40a9-a2a8-2ccd39de1aca +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,e3c6ae80-692b-4e39-b746-9913149568a9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4053b16d-b824-4cbe-af0d-7ecb17188006 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,da4d8e56-1047-4655-94aa-8fa98e8c3474 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,2513cdfe-aae8-49ba-afad-22671345cbb3 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,444ab809-7178-4e55-86dc-f8eefa81de8c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,0934a94e-82ff-4548-87a5-be9fe50ea0a4 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,c88ca189-4d52-45de-9bf3-f9a265d6f7b4 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,814d98b3-ee7a-4bac-94d4-63654309d8a6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,85d0b8ec-b8dd-4720-92eb-220082bec4d5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,595942a9-7de4-4aa6-b0c4-5bd726413420 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,7f838ed4-d2c3-432e-b4e7-3fbc37fc2051 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,40ee5769-b48b-4083-8407-5a40e43744a7 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,90b80a71-1f59-40e0-a52a-6bb8931f0940 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,7cb74464-ff31-4776-b35d-ad77f75d9492 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,696b9c0d-0126-417d-8afd-8c23e269318f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,838bc994-52fd-400d-be45-e7b43cbabdd3 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,1463eae9-fca9-495a-ab06-af0458dd444e +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,a5c75831-0713-410e-8673-b6e43cd27319 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,33e4ad8a-c637-4a7c-bd8a-89b389d7da80 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,b94543ea-2953-49bd-96ae-c5e6fa0eca58 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,6e38139f-066e-40bb-9373-3f330106d57a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,ee39c708-ed26-4f20-87a7-26d45a56517b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,634c59cd-a2b7-4664-984d-f34e740b477f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,18b5bca8-ac56-42a1-bcb5-438ce6c19db3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,b98db2bb-4a7e-4f59-808e-8da6772d3f78 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,2c6974ce-1e56-43e4-8d36-68ece5a6be68 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,8c89c6fe-bebb-4edd-847a-bdfc3c6ceef3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,a2cbee8b-5346-4644-b3ed-7a908b5cf13f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,26541c88-51d2-4457-ac97-c418ec282747 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,4aa8cb8f-a1d6-4b8c-8805-b7a8b0be47fa +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,68f7be83-4ddd-4581-a232-81e02f88d64a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b54569d3-685e-4f12-a9be-b5f224ac3958 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,c0f0df18-9bda-44b7-9703-19b9018a6f14 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,da1e639f-3183-4e2f-ad9f-d7799bd67265 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,bfde02a6-d29e-4c5f-abfa-2520e1ffbcd2 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,e8ec67c6-e1f1-4a4a-a32b-d6093781152d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,1982bc86-cf4a-4b65-9db7-0fa175707716 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,282cff57-857c-4503-8f0b-9b7b91917d8c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,47a2c04e-8562-49f7-be4c-edefb6bf0136 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,458c6a61-3630-4f66-9fd2-795ef2daf189 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,5b5db165-fa48-4726-a2ff-da4da6635727 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,15371559-a1f8-4dfa-89bc-de0e9dc89b9f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,0b8d704e-3825-4b1a-80d4-aced98575c7d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,bb2faf5b-6b67-49bc-a2d9-c5c2b5c40d68 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,de133120-1fab-4865-a10d-39e5deff68e8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,fb0e491c-6ae0-495a-8e27-8498bb2d3bc0 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,0707efac-0f4f-45f8-97e0-624bcc476665 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,6d7a9167-71e7-4d76-9011-7e6ab6028482 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,235c376e-c0dc-44db-9cf4-0b1d685f2c5d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,b260e73a-6473-44ea-a99b-cb806b4bd34e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,2c2fdf44-83ca-4429-a29d-d943409f0696 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,643e0bb2-584a-4933-b54b-324991375899 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,fa263827-236b-4e62-b8a1-ca0e485c8cd3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,91dae801-7b81-49bc-a9f0-d0a55792d3d1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,2ca9f79e-67c0-49c4-9a88-79d0c375e375 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,e5b24f1c-cab2-4003-8568-da5f8c318767 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,372367bc-1005-405c-bb66-88dc645dfe23 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,4bcc6f61-9517-463b-8c4d-a69b6aa5adf8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,b5ebea4f-ed23-4c94-92e6-be93adbdf04a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,fe612bf7-3134-4329-be03-9773324d2b7c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,d8fb04e4-403a-4384-843c-f2768113f023 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,68e07dd5-d507-4708-a2ca-f1f358286524 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,f94a42c9-2e72-4a6f-92aa-c86097c9811b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,82f6cca5-93be-4297-99c9-ef59a8018781 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,21167dd4-180b-4d2b-bd13-e7dab887fba8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,b87e08f8-62d0-4314-bbee-67c31167de88 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,b9fa43b9-34b1-4fa6-967e-831fcd672c6e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,0ece35a0-3dc1-48ef-8ab2-18dd7ff201d3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,221afa5b-57a0-4b6e-8092-f3ddb622d064 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,3bd6b1a0-70fc-47fb-ae7c-14b855ffbd18 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,917350e5-85da-41d3-86cf-eb6d193ad460 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,7c58acf5-a617-4de7-b335-290c20591a70 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,f1fe8326-8d28-48eb-8849-0b017cf173f1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,6ffd0741-381b-4058-b256-87d7cbd5607d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,9f61e174-2754-4723-bbb8-b3e960bd8112 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,e099668b-bc25-4f60-8f4e-b5e76816f941 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,a4f67d25-c82c-4cb3-ade2-1112c54d1148 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,6438f8df-cf12-45c5-9930-3e5d9f11023d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,17dc442e-bfb0-4c42-ba56-910ae2d2fc94 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,eb95affe-6f59-47b1-aa7c-a139e19a3cdc +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,484097f9-d3dc-4ac7-9575-5bed23384d0c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,90deb127-2dcc-422c-959b-95e1a9526f8e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,2cd2aa5b-a9b3-495e-82bf-35d19ad89ad0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,cb2c4668-e8d2-4a2c-af8e-19bd383233ec +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0569d5fc-737e-4da4-a833-4a1b4585319c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,15d38ed7-81b3-4d10-88fe-2d6a5333d6b5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,969575e9-f602-42e6-8e5b-db1d5ee39e83 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,22571cbe-6517-46d8-89f5-b3855e29103d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,9f5f695c-9e5a-4c7a-b340-4a56ad1db7fb +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,f0229019-f349-4f4e-8ce6-dcdfe53bde0c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,098f4869-f3e7-4b81-859c-12429ead3fda +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,e9984a64-ed78-4ad9-834f-0c5e4bc3e592 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,698e7a7c-ae90-4b9b-a8c2-1aba10dd4528 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,0d144b95-7a1d-4898-abd1-2d93036a2e12 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,005b9991-c954-49fb-9b00-d9c51d5c6d10 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,0afb3962-6045-4bd9-bb7c-ce2c1386fe81 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,3e3c8ac8-97cb-4f08-b67a-01233d45f9f5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,f1d12b4c-d441-4b89-a37b-58b248d1277b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,ec8363f1-c469-483c-957f-e32eeeb5bf7b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,5cf182e4-778e-4344-bdde-f939417a6eb0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,ce9dbc1f-b760-4e10-97d4-b4364ff03d38 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,96348761-b91b-4242-a91b-72ac6b780e55 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,ff722ead-9e6f-4a60-a62c-c2065f326b77 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,3db5ba8a-ce1a-48b4-8084-2014abd6f9f0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,8fc85285-85f4-4913-bdbe-1a87b7bf1737 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,8570b368-7e59-40be-9886-b40f0ed3385e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,ba7fec44-1ffa-4351-81fc-7dbdedf26587 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,3c91516c-f7b5-4670-a013-bd974ff8c311 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,3f0f519a-06e4-4a29-93fe-da74c22ecb0e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,81a14880-4d12-4b57-8682-b1c523bb0caf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,35dfa810-7297-4621-b4d7-049ea2cae39e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,b77894b0-acb1-421a-a75a-9c0664a4af88 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4c6e515b-11e1-4269-a8a1-428bfb0b83e3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,6412f363-241a-45a2-9998-570e219e12e8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,9604b9d6-55e2-4d13-9f11-f14b0b04dea6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,d0aebc0e-a359-43f5-9726-ffee3a00273d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,e077f808-7567-4785-8d2f-b04dd2be391e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,98ae5c10-a004-4e29-9402-76e0c3d573f8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,271b37a1-4245-4836-801c-955daf15bcb0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,9b1845b5-a4c0-4273-b713-3f6b5962a93f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,82718bd3-d110-4144-9aca-c47a9f8513c0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,1e45ac1e-b827-4607-ab30-7afa231201a1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,48b4c9c8-f516-4be5-8837-7d72126587bf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,8b487f55-ca65-4561-a382-ae7b7d062b62 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,bcd4f5f3-f92a-44db-b309-e10683ddce57 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,86809467-ece3-46cd-a429-ffa361cd8a9e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,2212f497-7c93-4355-bfe7-85a0659abb00 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,2d2877c7-dc8a-431d-ae8c-b2d6ab8c2f02 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,ec2dbd8b-3e00-484c-96eb-947614d853ed +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,45f37bf7-3539-4468-8c66-62c75a5858e7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,45dc7e29-76e7-45ec-ab50-ae07c119a321 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,85e701cb-4c0e-4c72-87e6-09515eaefebd +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,b4793507-f380-4074-9fbf-21f4218efd7a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,9f97a9cb-b905-41d1-8a1f-738fa817fb26 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,072f3d42-e060-4a48-9297-499dd3b2daa7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,33fc89c8-042f-45e3-827f-e384e2453111 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,cb607331-1c57-46c9-ad00-9d068df66055 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,f5eea584-1af2-4626-87ba-f2ee49953084 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,2c9b737a-a2a8-403d-9f56-e9604bf14d89 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,db926028-c38c-461a-9543-a143bc1b3859 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,62e01315-909a-4ca3-b043-193e5884108b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,29223e9a-b612-49b8-b0f8-3800b6a4827e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,36f2dd7c-eff6-41d8-b18a-d794e4d96338 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,205ea6d4-388c-4f32-af83-33eff5e30362 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,840deeb6-ef2d-421b-b13d-0955e5995709 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,02838feb-6983-4aac-8cbb-c28a0b6852f5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,a1b8e321-c3b4-406f-9385-bb19e1acaf58 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,71b3022c-5a32-4993-a1e6-574f123e07f3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,5f42c7f2-0d68-4b8b-a9d2-6a29a6f2001e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,45047210-e49a-4dda-84e2-87acffc07fb1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,f3d7288d-c9b7-4fc6-8ad5-97574284642b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,be1576f6-5ade-4a57-ba24-b7c84e4a10ab +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,b9c793be-7097-482a-88be-1694bae50b94 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,a43b94f1-c714-451c-b6b6-a22207ed1c5c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c868649b-3e5b-4ce3-ae36-cbe8dc99c261 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,221ba1ae-fa7c-4fbe-9c11-52e23ee51772 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,84f3e851-b6ae-4f0b-b158-b14121adb4c4 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,d3537e74-5f00-4484-ae27-44daf0425757 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,78e2ddb2-ff11-400a-883e-2360c613f9a6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,89af0878-52a0-4e4d-959c-545506c12ffb +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,0164fafb-5df1-479f-bbe6-ac0e745be886 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,28aa56e0-a328-4cfc-9bd9-9cea089458bf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,6bda6c76-2df9-4d56-8318-d42b978015e1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,9c539946-065c-4275-86bc-24d0b61d8224 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,44afcd3f-a4f0-4af1-b90b-91ddcc92216a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,2fa1a5b7-b449-41bd-bcf4-06cb50f590c5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,f9332335-1ccd-4a41-8fae-4db747cfc4dd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,ed5f8fbc-86e3-46bf-a7cf-d8aee256e4de +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0801cf8a-bb73-455d-a5ef-a31f2fb44e8d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,df2a19c6-c9b7-4dc9-a63f-57435c17c776 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,40d4886c-c852-4e98-8b24-cbf7e3667eb6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,1e62bb59-dea9-478f-afd0-3d467487c3b5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,fac3f11e-ef01-485d-9329-10d1d524f4cc +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,95a9875d-ab93-4718-95a1-8a180f25f23a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,54c6ece9-3028-4a48-812e-1a923c4323d8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,d59a5915-c2cf-44c9-93e3-e0a2637d19aa +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,88474c47-691a-497d-aac8-14283049d28a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0198997d-3c26-4b85-8f9c-09da0b13db9b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,797d6fb8-f121-4781-9259-3ef5493bfd96 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,d9fc9fc5-2072-4ab2-ad25-d17a66c01d96 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,2a2112a1-4890-45cf-a126-859b89d97e26 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,0ffb99e7-6758-4cb3-abb5-3e0403b75df0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,9e34941f-5f5e-40b7-b3cd-1836b9517345 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,958b1fe5-f4d3-4e7b-b812-9336ce59123a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,96a7c691-8a1f-41c4-a2b3-64422f600073 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,2b9e4242-fa52-4dc6-b8d0-710d6ae939e2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,6c8c79f4-b95d-4b03-849a-a6fb4943ab71 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,532b42ae-8a16-4f1a-a369-0b4d3a9775b1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,fdc1c421-8eac-4d8b-9d5b-c14786f98b6a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,a6f6e6c1-6fea-4d6f-9a0f-57b98218005b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,2cc6ad15-ca79-4b11-85d4-3e99a782e7ce +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,d8a71a0c-4a66-4dae-b042-df929e4f6843 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,ed14ac99-2ae6-4b7d-b45d-7064771743b8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,35f368d8-ad4b-4515-b073-afa7c094b336 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,eaecbbd8-8861-4efd-8a98-afabe83e7078 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,f5dd98b7-8c98-4332-9e7f-8bb41cc23319 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,106b4586-9d68-4ecf-b310-e6aebbf87714 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,7f151526-6df6-4dda-b86f-dd5ceabf79f1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,e427574b-26d5-4d71-a9f3-a540cd1b905d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,4ac42389-e06e-495a-a3dc-d220add15338 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,26c858d1-e771-4804-b125-8616dceb032f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,78416ccc-db77-4747-ae15-2324c90d6dd8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,69d84c0d-52a3-4595-bedc-84aeaba0491c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c84e6f83-fb2c-4991-8796-70207549c354 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,9d475a74-4d33-4e90-ac55-377c1f966ec3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,8e23e4d1-4baf-4ad1-ac31-ddef81491435 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,cab0cd4c-3565-40a6-9c2c-c8136232f2a3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,d8e89e28-d165-443f-be87-089372318f6a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,7b1ea0f9-6b60-4c35-8eff-880352054e53 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,d257a8e6-c05a-436b-a852-40b588507f83 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e36ef220-ff60-417d-9a4e-1a1956332473 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,99695542-ec2d-4ab2-9ef3-645efb3e1721 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,cf5cf5d9-168a-41f9-9acc-d5b5fa1b3122 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,50bffbba-61e4-4e14-80d0-6eab556e2a88 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c1c3e72c-2f03-4fba-bc83-7fc33eb6056b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,e43e13fe-da83-46dd-a50f-d576be660b06 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e716bc42-662e-4e75-adea-dd937339b549 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,bce76ade-b8b2-4b71-8b7d-2e1171b64733 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c01543cd-4ef1-45fb-b452-a852ba4efa6a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,ccc63616-e11f-4ccb-a0aa-493ebf01ba31 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,1cb7ec4b-e16c-4881-aceb-7d0cb8f2e28c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,7e06ac6b-67e6-4a17-823d-33dbe962e55b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,9272022c-80a7-4955-95ce-3d50785b54a0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d9c4edcc-6588-4bd2-85e7-a74d67617efc +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,eb2f4711-3fcf-4736-b868-6fde2612c565 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,477ba13a-dbc2-44d9-9b89-4cc89415147b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d7943670-76b8-40f7-a15c-2ba8e800496a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,5ecc6e01-e627-45a8-8081-a61d459e02f9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,22ee407a-afbc-498b-99a0-3694823d2b3d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,9e4477bc-f2d5-458d-877c-1da410e00d02 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,79f11216-0d18-4b27-80d1-2a7a4f068bf2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,1d8fb2db-dc2e-4d8c-8e8d-78dc83bbb164 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,4ee5039d-39e2-494e-a9f7-c55bd5d0d49b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,425d7691-9a47-4c6f-a284-9593014e2e81 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,d0952069-48dd-4ac9-a838-bb9c59781e6c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,e3abbbe4-9254-4e76-b579-3c2d7fa3e491 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,a29c229a-e843-4c57-9992-d7d2612e8c69 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,99b03cc2-ef7d-4837-93be-1f223f224b99 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,94fa1edf-6a63-49f6-8755-19a9682fe1dd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,3cbea3bd-b4da-4c35-9434-1b28eac732db +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e1c23bee-c576-4809-b990-2956cc59eea6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,cff96db2-3f84-41c8-80ee-5d8f2cccc07e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,d0324336-7ecd-4e30-883f-7a276f2f8877 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,790e8609-ed7f-4b5d-96f6-972e4c74183c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,869c2852-8b7e-433e-9b3f-32ef4ca02a7c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,415880f3-8a66-4b80-8225-ea67157c1074 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,980c9e55-cb7c-4d6f-8032-0c6c2b4fe672 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,76649706-445a-4fb3-b60b-e847e5d0a99e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,4a8fbef3-0e32-4f2f-acc4-c4902fdbc0b1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,f2e66e00-a1b8-4fda-b51a-ef0413e4b3f9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4bd0e8fa-5015-4ca2-8a3d-9dd642d08dcd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,5f69f1a1-f3b9-402a-8063-ad197ae51a44 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,a8c198bd-ff25-4c23-a90c-8ee3e1e5874c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,fc2f5ef7-6518-4a0f-b166-76c053ab8aff +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,c1d240d1-3e75-481f-b681-7614f1741062 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,b585a606-2743-497e-a956-0d4bc572118e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,56a0fe71-5a9c-4c43-9cee-df9e1be91945 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,d2f58cf2-855c-4d0b-92f0-972f4d4235fa +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,5dea7c4c-396c-487f-ad9e-18c0e087e14f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,7d286820-424b-45da-aedf-aedaef1460cf +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,c29269be-abe7-4212-b0ad-1ec65d66f121 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,a9462d8b-f74d-41a5-962d-e7c320ff64c1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,a40867d3-7157-4be8-b90c-b0a72a3a4745 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,052a7b67-b475-4890-8f2f-0bf3f4e94c2b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,73d7210e-58e1-4546-8c96-dfc2a2a2401f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,798e6f62-39ec-4c31-920f-d2a79d9820e1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,fd615db7-3d41-4850-a38a-c7dd37dbb342 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,6d09847c-8eb9-4c62-a4d0-23c3a77f1bbd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,05a0d702-8e51-44e5-b8e9-80cb3b4e24e9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,88874a01-eeb6-4150-8104-bb482118bbf4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,e506bf50-d3ca-408c-b560-ca890801b618 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,9b009d8e-e92f-4045-a152-843681f30c4c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,36da64f7-d3a8-4b51-9730-58960e7957a8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,379e350a-7287-48fb-b22c-b8611bdc4ca7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,999b01a5-ecb9-483a-9fd3-bf3ae51f0ba4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,434ce23b-814a-4baa-8964-8c36d83a1bdf +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,02e0b1fa-4312-44cd-bdaf-2967dc471f61 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,29a68830-7ed6-40d4-9833-be18e3265b64 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,b597804b-08d8-4027-b44a-d0e557e1dcd3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,801a4d3b-66a5-401a-8fa9-0d6ad7cb5a5c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,626ad104-a772-4bcb-a234-ce7c59601f8e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,a2315141-5a26-4070-b609-16fdc764ab09 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,84ee08e1-cb94-48c8-b40d-85520f5b55d9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,2e19f2fc-73a4-4533-b7a7-9226382d140e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,1e80c223-4155-4fee-a4b9-baa0ae652442 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,24826520-9ce5-4a7d-b0e4-4e070b766f4e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,623164fd-ddf5-457f-a7ae-ecf04c0fa498 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,57474fde-b6fe-4d0c-8fa1-48715807ed52 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,cea4875e-ef3a-4373-bed1-b679991907bd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,b87d4728-f85a-45ec-8d4e-7fad506833b8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,32f73506-62ff-45f4-80c4-d2ae0eceb954 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,215f4ff3-7e1e-4490-a6ed-667885e335a7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,16c418a3-c3b4-4e1e-a4da-fe3bad9060b4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,0b4a4130-d1a4-4feb-b4fe-07b540f7f00b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,2360d828-27fd-4f36-93d9-1bdc008a61f5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,ee62cd6e-0c05-47cf-8991-8e36db08f877 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,9fdb2d24-6fe5-4bfd-8b9b-2bae474319ab +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,def35076-5f30-4ff2-8fc2-a5ba4e36d669 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4d101b75-8e00-45ac-ac7b-9c2cd7ec4034 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,2efb8e68-c2d7-402e-b328-24c89d2df2a4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,4e552b16-a780-4e79-aad7-3a5f66246d17 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,3e49e8a9-6b27-4459-8e81-ae6e217c48e4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,88dd9228-ebe7-4e3b-8a7b-060fdef946ac +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,27c43003-51c8-464d-9caa-cad59c1e417c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,983bfd29-e7aa-46ad-93f0-fa71a567e9f2 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c659491a-e19e-4496-834d-2e47242890e1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,5261e43d-eb1e-4b0b-8e36-d76555285579 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,9d86d84a-ee94-41d2-9b47-254f75159efc +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,4470693a-e041-414c-bb94-acaf9cd8acaa +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,f711fdfb-b084-48da-84ab-2cecb90b79ac +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,216cb8c1-b6bc-421a-98b0-a99f4f43e572 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,70703e10-06ea-48c2-a66b-56c862775513 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,fc94b1b0-63c0-4b28-8f0b-7f753c1ad61a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,872e3eb9-963c-464f-9515-df0397333600 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,4d2ab888-1b4c-4fd9-9eb7-3d966aa90d07 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,ebbdff2d-95eb-4f85-b188-f33d380c61bd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,5c42f8a5-9f47-4023-8a5c-922784763d82 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,1bb88719-9e25-4076-a82e-3d7b496ed0b8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,f3e93b69-4403-4d9a-9636-b7a698b0b752 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d9615fee-bfc7-4a89-8139-d682ae981f74 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,06cc9778-4b5d-46b9-bd9b-7f04b5f24202 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,2619785f-e270-4788-88a6-a6c0ee0c6356 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,738529f9-6f89-481f-95fc-ad0c50d80d75 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,8bbd6a3d-3799-48f5-8ee1-d6fbf4c877e3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,703e3785-c94b-4b29-b48a-7f6ecc8cfde6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,5e6abedf-da21-43ad-9a11-37274c551b82 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,f2c542e3-0b44-47d4-b2b3-5c5e297e6500 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,4a701f2e-29bd-425e-9a28-8eef6cf4fb35 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,aabfdaa0-6e35-4bdd-a18a-46e2910dc3a5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,ffd8068b-4ce4-43ea-a4e6-457c245902bd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,ebb4f5f4-12e4-41f1-b2c3-834b93826c6f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,a88719f5-e498-441c-bdbd-e78fab4991f8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,6521a857-c5b0-412f-bc94-5cc946e94951 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e33dd88e-2452-401b-ad37-a14b1b7e008d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4c5704e4-18fe-401c-86fb-563256d2d518 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,1c39d288-0ca8-4310-8d20-018eb4be1101 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,6d34d955-1118-4d2f-b1ad-7eeda1e42490 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c055b544-c9b6-47f6-b8ff-47da23c65c34 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,4146bf88-aee8-4a77-aea6-93a998594302 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,89ff756f-6d5f-4b47-8224-32c37175735c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,948a3a1c-59f6-429b-a5e4-ec8b461d09bf +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,6cfa1734-316b-4182-b80f-b1d8ec402e0b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,574c8f8b-93b9-4c45-81f1-a7db612474d9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,a0fbe64e-5535-4b0e-8db6-c72906e8cde3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,8938069b-f61e-4b29-893d-70a541a89cbb +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,fuel_combustion_consumption,afc5b78d-f068-4253-bce5-2cc765024c90 +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,sampling_scaled_data,43d0acb2-8f20-45a4-b105-fabc5808f943 +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,modeled_data,e5e7bfd8-9437-43e4-9d9c-853ea625e257 +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,fuel_combustion_consumption,5039afde-d157-4856-9ae4-0c4cea1a7275 +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,sampling_scaled_data,6a2fe246-f294-4a65-a84d-474aa7b0a6b5 +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,modeled_data,5373475f-c34c-4b40-8aa7-d6193d811a2c +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,c2097f0b-fe9e-4db7-b78c-36205d8b2bd4 +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,sampling_scaled_data,cac9cee6-d7f2-46c4-bfa6-eaad1af42a13 +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,modeled_data,3fd0aa14-84ac-4301-a440-66ce1445ac3a +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,031fd82e-42ad-4589-854b-2a0e6b940631 +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,sampling_scaled_data,69c570d4-28e9-43de-8987-34ad63cae76b +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,modeled_data,5f435d0a-d7d7-4052-886b-be6d0ecdf35e +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,aa1ef38f-a750-4d39-a4ef-7aef59687fe9 +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,sampling_scaled_data,a52eb6da-c3e9-403c-8d6c-b55c34465c5a +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,modeled_data,d791fbc5-24c3-46ae-a025-d3e600015533 +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,b7924ebc-3f73-44b5-99fe-17aec30da601 +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,8fd2e6c8-de11-4e06-bf24-7d5aebb83fd2 +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,eafe1fb6-8203-4ffc-8a5b-f5584efacbef +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,d0792e4e-6373-48f0-a472-7c2ab4b136dd +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,a987caf6-1779-4d23-a2ba-8da609384c47 +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,25ff9bae-4932-4dda-b1f9-21dc560fb2d9 +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,c727aa1c-d970-4fde-9407-cfe8d4e9db70 +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,2ec1a8ec-b853-464b-ac96-500ca9296c88 +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,304b9e27-6f30-4e0e-acd4-a9e970e38e20 +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,1493220b-86cb-48e4-9d33-dee2ff1449fd +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,85e8f411-f4e5-49ac-9841-5b6da9a4589e +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,c44c1ee7-1304-4372-9f17-eef8fe9fdec6 +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,7bedaf02-adff-4dbe-a6be-3866467a78bc +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,364a6c04-075f-4018-860c-54d6b606ef9f +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,b934298b-e70d-4499-bd1c-da5b7c79fe04 +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,fuel_combustion_consumption,1df8acbd-225b-4456-98aa-6cbfbefed81e +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,sampling_scaled_data,5c36a27b-5f56-4719-933d-e55ae906af5f +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,modeled_data,7b511b93-f380-4e17-965f-098eb580b9a8 +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,37ee3b63-a794-4764-a103-aba3400c5d72 +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,sampling_scaled_data,92ccc51b-e870-4f9a-bde6-4495fc3dbc2f +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,modeled_data,24c302ca-5dc4-45ce-b4e5-a508e0fcac9e +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,4d0d7ae1-951a-4fbe-b932-16639f8b0d72 +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,sampling_scaled_data,c7d3e7ad-4685-4c6e-9d73-6095564dbd46 +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,modeled_data,9f942eb4-db52-4d96-aed5-60e005515ab1 +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,e93395b7-45bd-48fd-a372-f8df595a7604 +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,sampling_scaled_data,052c6a39-a19c-493e-a871-5ad06bfd8bcb +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,modeled_data,1d1832c5-596a-4192-9b6a-5a797ccde7d1 +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,886f654f-6370-4450-90a7-40abc8c24db4 +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,sampling_scaled_data,bc2f8140-2463-4e97-b413-c36c2db5659e +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,modeled_data,608416ea-31c1-4aa5-afeb-260f312fa8f7 +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,fuel_combustion_consumption,5ba557b9-857e-4a38-bfdc-f24ed7e87efc +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,sampling_scaled_data,83c95e4d-9e63-406e-9bbe-9d7de41bbaf3 +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,modeled_data,9e6ee853-4a60-4f40-b840-ecc99db3e5b8 +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,fuel_combustion_consumption,751ec1e9-f59f-4ba8-9aa6-6634bf46e4b8 +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,sampling_scaled_data,b2f8d51f-698a-4a83-b7f9-9d1b4e5ad34d +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,modeled_data,18c03ea0-43cf-4de3-8675-b01124a7a77b +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,41c7c9e6-9ee3-44e7-ab53-436e5ca0527b +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,91d540f9-7f6d-4ec3-9d36-5cffc1a37b09 +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,cf9be7ef-3b3f-45d8-8dca-53e29915c8c3 +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,7b284e70-1cbe-449b-9c69-4a79dfd10093 +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,f94ed0d7-270d-4b40-9d8d-1cd9c3a166bc +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,a83781cd-d102-44ce-be0c-fca86164ae44 +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,67b08658-9b33-4652-875f-790fafe9cb7d +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,a0b4a2d9-3fad-4322-ae86-abdfc091557b +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,26578faf-ba91-4f64-a66b-14ab31ec81b2 +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,fuel_combustion_consumption,02716870-8561-4add-8d01-44d056994ef2 +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,sampling_scaled_data,764942a9-41b4-4427-ae5a-c58ca865f4ac +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,modeled_data,add17051-3fa3-4396-af83-8f1163bb87d7 +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,749edbc3-e3f7-4a3b-95f3-5b50c88d86f9 +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,sampling_scaled_data,cb3f7572-6ce4-4fda-a6e1-a62d5cabe362 +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,modeled_data,cfd90bcb-fd17-4efe-a2fe-a9d45c2fa80f +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,ce510e12-f3a6-4873-80c5-e4c495baad74 +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,sampling_scaled_data,6794d2dd-1a14-48c5-9bb4-fb7b73635706 +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,modeled_data,ae47225c-9bd5-4481-904e-829a71c07047 +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,4a01fb87-ef3c-4adc-9478-7ea885c132b7 +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,sampling_scaled_data,d091db62-2ce2-479c-b5eb-a25140ba05df +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,modeled_data,fe02f7f4-3899-4d43-b8da-b51d445262cd +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,aec88de2-89c5-4644-82aa-e07844d8d1c3 +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,sampling_scaled_data,1e820339-ae7f-48c2-a0b8-ca7b39b91a8f +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,modeled_data,d280c383-b2e8-4de5-80a7-219a3cd595ae +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,719d106d-4e7c-4bf2-86d9-b0ecba75c151 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,fae2bef1-d25f-4989-a158-8c47b00c6b19 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,2e09b130-72a1-4387-9705-449ed2d33349 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,af48748d-6b53-4657-b027-336da908e010 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,a2a45aa1-f569-4db3-8547-1ef67becaeea +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,7238b4ba-100d-4f6f-bf73-07694b6c8dc3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,f4d3d5db-db33-43e2-8c5c-78b725083a0d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,c361a36b-5494-4920-b70e-6098750a068e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,878a79e8-423c-4ed2-aa19-b361d64673c8 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,13614777-0d16-42c3-9850-1e78f967a02c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,db55402e-4c67-41ae-8d36-5608dfa16213 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,405b6f8f-0e9a-4514-afb1-6a0390425ab2 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,7224f101-5077-42b6-a2c5-ab7c8cf4dbae +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,c28dfd77-38ce-4b60-be28-9dff0a1cd751 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,ad9d6d08-30e6-4320-b5e8-42c57dad0049 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,c165175b-c96c-4f1d-8a2f-515a1fed0b58 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,b1c714f1-a9a1-4fc6-bb0c-178e87e03d2c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,99e7862e-ad7f-484a-b66b-9819adb64b23 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,8e402707-1013-4882-affb-bd50c502f107 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,39058689-9a36-45a0-9c19-caa443f41c5a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,e61f2bdc-f48c-4673-8a86-12fef7470b8a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,773613f4-5c7f-4bad-a9f4-8c4d4dc20aa5 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,e0204983-6732-40c6-aeb1-a63db5d58ebd +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,f3228f71-0fe7-4ff4-b546-1b49001b7860 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,adf13ede-3870-4ef3-aced-1be0e9ccc357 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,f083dc2f-f0c9-4e6b-8c27-d8b2f7cc0d2d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,e6633878-1611-4b52-8df3-e685c5439563 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,99f5f460-feab-4428-90ae-170756d80f2e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,0aaae8ac-fce5-4b8f-9148-5d542c7aaa4a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,dbf698bf-e72b-4f73-80d0-b0ad97520781 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,5e56681d-baaa-467c-8ace-9211a100bfc8 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,a14febb5-9304-4b9b-9356-ea9ae4c09635 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,eea5b041-e04c-4423-8393-d9bfdfa59788 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,a0b3dd23-9f56-4d27-9193-83ed69c5dd27 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,bdda72c7-f24b-4046-bf6c-84d5e378393c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,da39cb6f-f033-4f6e-a827-18da4b8b9bba +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,7bfcb17f-d668-49a1-a06a-2c22ebf2ef6a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,5ad389e9-8906-4398-8a00-8b4b0c9e97fa +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,09bd385c-722c-4a84-a929-58250902b22a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,be6d7718-6cbb-41aa-beba-4bef514282fe +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,a725657c-9b4a-4875-ada3-89c2b96df023 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,d4deb7f3-e3c7-46c4-a46f-5faaf3657eeb +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,e2e36b91-89cf-4ec4-b2c0-cb9a780dceae +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,375f6769-0168-4834-b2a1-a01909041814 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,817693b9-42b2-4e1a-ad9c-56b79829eb5e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,a7c20e69-a0ec-4649-bbe1-32834e5592da +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,a2608592-91d5-4f05-b922-3d780368691f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,47976538-d477-486f-8ee4-32be741d6f45 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,39d46804-1883-4ce5-bd4a-7e247828bc2d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,b7bd834e-3652-40dc-9e85-754835dad90a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,f2a07530-7b08-426e-af19-75b7f2cb33e6 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,83663ea7-ee00-45af-b91e-7feb54db6cef +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,43a2cfc9-032f-4517-948d-5efe3dd9e405 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,e7e5ec33-cd9b-4629-9bfe-bba54d49efc1 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,c616dec4-09cf-4663-bf3a-913615de6939 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,86fbd11a-31ca-44f9-b7a7-55413dbaea14 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,3ddb0cd9-6731-4003-a188-77c3a6b2b0ae +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,1bade8d9-c1ad-40cd-9e73-d57b100aff6c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,f1810ab5-ab2c-440e-9a9e-d70769471bf0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,3bca67cb-e7b9-43b5-a9be-ce403e1dc4b9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,9fa11672-2cad-4131-8db7-fada15fb1a3c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,008b081c-84b5-438e-82ff-c6cd302ff3bd +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,a1d5be77-0f0c-405e-b086-c48fda597f93 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,e25a7c60-0a0a-457d-9dc3-6a066a73044e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,a008a34e-b448-422f-b4ba-c50328696001 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,caca5c09-76e6-4104-85a5-6ed4c27e7b53 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,7067dcf7-1195-4406-9acb-a0d9e5ffaa2e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,2d44c146-003c-4f57-aef2-365fdbe29fcd +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,a61813f5-6129-4fd5-8c9d-a83dab45fe81 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,f2fca03f-6a0d-4222-8a32-bc29e022920f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,56aec857-719d-4342-af41-7d5200f4588e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,803d3298-3d57-4730-a5ee-7affb79eaff2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,772def74-a1c3-4a7e-bdc2-5ec28b07049a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,33184e4b-2ed1-45dc-a5a6-32ca1bc0e20f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,ab25e807-9ec2-444b-a995-f59f7f0d2b09 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,1b6b5f28-57bc-4bb9-95bf-b8a842a197a3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,743b4518-2d18-44d8-ad24-b39777a7ee32 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,b77e2642-82a0-4476-b418-09f3f5d86b4d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,401034e9-83be-47fa-ab4e-2fbd9fdaf69c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,4356efd2-fbe3-444b-95ca-0b99d7d3f347 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,497660d8-e39b-4c75-9a86-b5322b27706d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,6cea2c04-6534-4fd1-a0e9-aaf8d2eac81e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,bd161b19-4200-4f2c-a468-c1755ab02b29 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,d6bcc2c7-698f-45da-8682-0442db9e6b3b +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,119c96df-c2f7-4b48-b465-a5137ffb1ce8 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,a293d157-04b9-4347-b238-be113cff599c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,523a30dd-3a20-4c82-bcf3-e08c5698ae2e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,d856738e-a3f7-45b8-9e79-824071f50cb7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,146acc67-431c-480b-b9e6-21f6b13cc1a2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,8030dc30-d35d-45cf-b64a-48373b4368ad +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,2803306e-5039-407c-9d48-efb12bb14dcb +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,e463843f-5703-4463-b1b3-0803f581e141 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,fc309283-15e1-4c3d-909e-111fa172243d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,b875e2a5-e5de-4f3a-be5e-65d309b8fabc +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,05d9a20c-8455-4089-bcb3-9716b7cfe6fb +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,d7038dc6-7557-4836-b425-6c0004ff3a2e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,2fbc9a09-9638-48a1-bd07-35780976c7fd +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,2521c65b-7bee-4899-8710-b3229d458072 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,e7eceda7-1f31-47cc-aace-f3715883caf6 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,db922bf5-95d1-4f75-9d40-77b8b8bb7b56 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,13c24e89-2841-4525-9ae3-ffe8aa549ca0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,a2534e7e-a69a-4223-83c4-040cee857d69 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,230b27af-8241-4aea-9d91-301e22e704bf +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,235f62d0-3cb2-43c1-af94-0c33b4eb43de +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,5db68256-4f0f-4344-a320-1a923c9b624f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,a675d95a-22d3-41db-ba19-35681318f0e7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,42b34241-5e21-4b5c-af82-0cebe0355453 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,1a3c0347-0c26-4522-9df6-4cc8d935c1e2 +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,fuel_combustion_consumption,b42fa2f7-e003-478b-9df8-8f38dae92fb2 +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,sampling_scaled_data,e096a5f2-e06a-4270-84c6-b083da11d7fa +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,modeled_data,4fa6997e-7891-4cc4-afe4-81d2914d8e87 +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,fuel_combustion_consumption,a9dcc002-eba0-4088-b1d7-fb4c04475aaa +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,sampling_scaled_data,d9f50052-4b05-455e-90d8-15dbbd2cea69 +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,modeled_data,ca029316-fc2a-4fc6-9e84-52d5aba61a4d +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,fuel_combustion_consumption,727994af-cae6-43c7-a8ca-18dd5a3a6558 +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,sampling_scaled_data,37f4519a-40e7-4e38-b96d-0bdd0d516b4b +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,modeled_data,0380aeea-7bca-4bff-b781-9e6d5d65ce67 +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,fuel_combustion_consumption,5b06285d-d54d-4898-a8a6-594f3bfdda9f +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,sampling_scaled_data,61caa5c5-eece-4ce1-bc33-cfc10f69c345 +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,modeled_data,3895e117-0409-47e8-815f-2eeb737ce1d2 +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,fuel_combustion_consumption,d6250f41-5892-4ca6-92aa-bb1cc6923413 +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,sampling_scaled_data,50cd4e47-6a57-4da9-ac35-4d9533ab6da1 +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,modeled_data,c0aa28f0-3c2e-4bb1-bdc3-d02939ea7f56 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,fuel_combustion_consumption,b7d1fa31-675a-4adb-92a9-e6c643efc918 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,sampling_scaled_data,93d8dab1-70a9-41d8-9563-6d4ebade3129 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,modeled_data,ac8de527-f5a7-45f6-9b43-1a2cd2c76c11 +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,fuel_combustion_consumption,4874d614-6032-4024-b0ee-55a0ceca878b +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,sampling_scaled_data,495d9161-cb35-4dae-9471-7c423e485859 +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,modeled_data,0199ee80-ce17-43bf-96fe-f27f9c4de4f2 +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,fuel_combustion_consumption,9bae63f0-ce69-46f2-9ddd-a7de142c59b7 +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,sampling_scaled_data,91270663-9176-4240-9684-d3f920cc1feb +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,modeled_data,28220e23-14e4-4af6-999b-1f1504be4713 +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,fuel_combustion_consumption,acfc0514-0f57-432c-a910-e87d8e6f8348 +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,sampling_scaled_data,b511adbc-24f8-426e-901d-4a5cc559c8d1 +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,modeled_data,40632301-fb8c-4a73-a1f8-d4eba45131a9 +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,fuel_combustion_consumption,6e16631c-4677-44e4-82cb-f63418af207d +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,sampling_scaled_data,43a81400-5bed-4af7-af1d-20f5e27af728 +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,modeled_data,61d0c01a-adf7-4c18-aa5c-028a857f76d0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,b722026b-a825-4fed-85cf-b769a877ddfa +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,286a4162-3553-4172-a25b-ac57f3ceb923 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,91370ab8-ebec-4747-b448-7f0274be375c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7edaab0f-fc10-4583-b174-832a4c56a19e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,83f338a8-476e-4e3c-ac03-bbcca9e3eb6a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,3d702432-5b4e-431b-9189-a09ed1be0de7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8ad9257f-9507-4fe1-8bed-cf5d181b05ce +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,03682d6c-5740-4233-98a9-811ea7918ce1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5b15c426-0554-497e-8922-4f4df9c57ba1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8840fb17-5ac7-46d5-9d91-00921ca8fdba +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,6a4ad861-d800-47f2-aab4-4167502e2b2f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1ba6f351-46b8-4987-a181-f056caaea9de +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,af3eb67f-e41e-40fc-85ab-9627d192e332 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,69fd998b-a27d-488f-b530-eecb4e23d9ae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0b986f35-cb22-46bd-a58d-f9bb28259b1c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,5fb922fd-d663-461f-85cf-ab062c09989b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,43a705b2-f9c4-476e-9c4c-659f1ffe3c3a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,aa1d2c50-0c53-4150-b518-9029d7711007 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,0206d1b9-9a81-487d-835b-4ae8d7df2c7b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,50d6590a-3703-47dd-a8b1-7616d273ab84 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,d58a9d84-2c01-4c33-a1a1-2dba6e94377e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,16291726-2477-4956-a232-9477799632e4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,2a0b6c67-ec1d-4804-a389-f172e7d4f030 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1e524e9b-d512-4c2c-8aad-f3d3db3ea58f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,e2032838-8ecf-4ec3-aaab-c0d25e8a94d5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,7c9affe5-3fd8-4d4b-b070-878a27cb6494 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,82721ea7-f3b4-40e9-aa0f-a6c6892e3984 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,9ebd30ec-7071-4ebe-b1f6-d7fc89dbbf06 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,7e1977ca-65d7-4656-b503-9ef80b4b2dcb +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5a6335aa-113d-4554-87af-a99b534577cd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,e9f8357e-fdcc-43c2-a1f4-84c1be2b9d5c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,cda51195-50b4-41e8-a8be-93d91b669e07 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,55a6e82e-7a12-40ac-b948-681b7e0730ea +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7d09997e-111c-4a3e-8803-845d4e61ecdf +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,5b67ee40-1b3a-43a0-97d9-3de989f06a1c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,bb027e0a-5886-4dc0-92e0-ad7f9ce3d3fd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,a8f0e530-64dc-4569-9a8f-24abf88aaf93 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,9c0b75e2-245a-40c5-b3fb-16331f756941 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,cddc6f6a-bfd9-4860-a0d6-4a3e3656cb8f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,0d51c3fb-6c20-4a9c-9edc-72a54beb2f1d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,d0ab35fc-4fad-419a-9bab-e09a98fc2f66 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,dd3adb3f-c6b7-4ceb-8cc1-5585e77334c0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,c34502a0-0559-44c2-8a94-3d56f02c9783 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,ac9a8d5f-48ef-48f2-99f1-dee268310e4e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,d9077e7d-b10c-4ab7-b7e8-3f8e12b943a7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,a247afb9-80a3-486f-a8bd-d746bc380e03 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,4579f6d5-6964-48a5-be32-f7349f863bbc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,4d23b179-f880-4767-ac0e-1c25650557c4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,d108c011-b5b0-42fa-8aeb-c6395f6ad7a2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,16cb7eb7-b849-444b-870d-a9ba0a5b7f60 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,6b67d968-a062-41c7-a4dc-24e06cb49a33 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,589597d3-b9db-4e53-b09d-286eb259752b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,57a548b1-9a42-44f0-baed-a3c874c0576c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1d932e79-f4f2-4ddc-b54d-f0f2e00f793f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7eb08f34-c36d-4acb-95b2-5f81b7ed0028 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,0416163f-ace9-4077-bfd2-3f5442c8e2ec +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,410f8573-2d58-42e1-ba37-36667d1e4ae4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,224e7e7f-7866-4d3b-81cb-81d4588d6f10 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,76cf4f10-4550-447f-b91d-4cf2ffcd9fae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,b6417e0d-b0c9-42a5-a437-fba2ab542294 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,217ef127-6e23-4ee5-aa08-6b9eb9fb5f55 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,1a0a59e9-bd2c-4a89-8f81-f1b016ca8a2f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0348b27d-5852-4d88-b3f0-33ef2161d64c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,951ee5e0-cc03-460c-8907-bb58dcd49527 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,d69bd9d7-2e3a-403d-adac-fd30eebcf903 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5252439e-7c6b-42d7-8d99-29741f012b86 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,3de99229-11a6-4216-bd92-2e6b9d7680d9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,8e446a4e-9701-4d6a-afb3-2cba07c6c30f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,4d492ca8-84d8-4442-a30f-6fbcc103730e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8936b45b-f14a-435d-996d-317741123396 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,91d74fe9-f986-4a45-b7f8-9749e6d6c7d5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,e53d8d71-022a-473c-aa99-70fdf59ccf92 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,72d7094d-8c18-41f5-b3b7-142b0ac4fbb8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,195dfac4-9e53-439d-a3c3-d56aa835e4d5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,57b6fd1f-6f86-4068-a327-12e3787131aa +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,bfe7ad38-ab31-4524-8d81-7127662c664f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,b87a7f93-3c33-4c19-9431-c47af0e99599 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0aa9f10a-1876-436e-9f83-013e1308af8e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,57044e5f-1a1a-4d2e-85f8-c5f1d6a1d501 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,2b86892a-d21e-4eb4-bd0f-b5d19b9dc587 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,58dafbe1-6747-4e16-a2b1-754a3f25bb66 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,c12e19a9-8dcb-4c31-a63f-52c0ab9d13a4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,a92db02b-782a-4f26-af5c-defd728eda63 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,009020bc-3de1-4ade-9150-a34e5575becf +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,219acbec-fc47-41a5-996c-c941c76b09ae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,b144642c-544b-48dc-a248-5154e198f5ef +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,87c1e7e5-cc31-41c7-96c4-baa5de10cbb0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,4962aa1f-6e03-4f89-bc4f-e2fbedf92c99 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,1ee299d0-cb75-43df-9851-3d03037e1ae8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,73a1910b-86dd-407b-86bd-bfbc741e2b8c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,efdac960-0ac2-4013-bab3-c51b280ee807 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,49829909-45d2-49eb-9270-fec6ad7fbb18 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,0235e730-5846-4375-8cbc-a0baa56c13e1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,0072c3ad-6634-43b1-b7d2-3e481e0c7fe1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,c9fef3b8-4b56-4cf7-84a9-22b634365e2f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,d561edc3-73cc-4060-9d63-4a6886ff448e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,d95605dc-7a70-4505-a0ed-b22c6325cba5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,3a4397de-6174-4281-b392-e70cb3acfd2e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,3c4d2680-1caf-4611-a9be-c9a0f04647ad +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,40d58ebc-f66a-4cbd-8f59-95455cb0d93e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,14d119d3-329c-45f0-93fc-e0e079315e6c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,899f1228-c461-4a90-8af2-329d30c6817d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,2c9661a0-0402-463d-9767-ed246be50315 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,b6535ed5-c971-40a7-8a8f-1462f86bba2d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,69e862e7-5a75-470c-a6f0-e97ef16e65ec +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,cd41b459-7548-4a45-b25f-d1aac2825b4c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,30900344-ccce-4481-8afc-bd80d41dc379 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,af576d72-cfdf-4611-8f77-cbc71fd7acf9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,9f2aabc6-b2c0-4cb8-89bb-84f2c16b50a2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,15bbaf6b-22f0-47fe-9f1b-7db7db7ac513 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,b4774827-a15f-4304-b3ae-14a05986ad5c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,3e95587f-0d13-4cc9-bd0b-9f3426065f4e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,3b6877f8-cf01-4c8e-9ce6-a9bad1f22108 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,2fbe780c-1ff2-4a06-b21b-e74004ba0448 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,0e171889-f456-4fc3-9929-d23f5cd617cf +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,0ed2d01e-d739-4424-91d8-b7a5f653c29b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9832a19b-f51d-44bd-a161-aecfbf0d0444 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,dcddcef0-a929-49fa-9b7e-53bb5f806e88 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,e094a01c-a1fa-4b20-a4a4-2b78854653a9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,996c03ca-c589-4838-880b-d05548a8e74e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,9ff5be6a-a000-4651-897d-3eeea0835604 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,31ceeec1-f760-4023-8e67-8a555d845a18 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,704d3c8e-a4ea-4d24-8a2d-96c5d54d12ec +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,da14829d-c31d-417e-9493-db65b8e5d341 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,85c8d02b-62ac-4142-a90e-39836b358b97 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9c64c84f-84f0-496b-a0b4-2bc5ff4b1837 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,fea36cf7-68be-46c7-9f2e-aa88ccf241b3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,83b2e73a-a7cc-4c0d-9551-dcc5da47987f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,fb1926d2-aebe-4a53-84dd-82b8b286c666 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,03d3e43d-5a89-4e69-946d-bf9163f88fe4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,4a84d90c-6df6-4539-938c-6ee5321155e1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,574bf334-76fd-454f-ae8d-bc055778484e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,8299cd83-ef7a-440e-9e20-381668929d9d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,dec53de2-955c-4660-be45-8e8d45f63b48 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,7af8d96e-b99c-4f0b-8612-7731ff4a918a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,37e3de5e-2730-481c-87ee-ac76a472ada0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,152f7b6b-f6ac-4d7b-b412-fd5784875295 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,b8395856-4679-4219-9a94-4fde973e173e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,a604fa6d-3d0e-4bc5-b678-3f1cb0b57d39 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,d88e396e-4954-480f-8d1b-11bdc1fd9750 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9c46ab54-fe3b-47fb-8595-d7577f88de5d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,659f6be8-3afc-42de-a04b-d660c501266c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,594ebb7e-835c-4300-9f69-306d2326f084 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,57207473-792b-4b14-81aa-2e67e34df1f0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,dfb583b6-a970-405f-ba1f-53d37dc6b294 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,fdb7651f-33be-4bd5-98a5-d85af63effb7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,2337e997-722e-4f9b-b722-b89916429863 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,572dfa60-a856-4b87-a449-0c4c02caf658 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,71a608cd-cfd9-410a-81ec-f6aa0d068637 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,e660501a-eb6b-42fb-b757-1e964fa77805 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,efc1d5d1-31c9-455f-8994-d92caae98913 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,12f0e093-30f5-44cf-b414-028ff7e18589 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,eab76f6a-08c4-4766-a3a9-cf78f880301a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0fc90d25-1d7c-4993-bfe7-629c9b417e04 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,b8976ad7-b870-48ee-8599-44bc30cdeb8b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,47cda89b-80d6-4c11-a3fd-bb37b518028e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ed4a4d9a-5e31-435d-a5d6-8ee92dcda724 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,8c4787a4-ae72-4ec7-abee-2c3fd4c6fe47 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,39919b44-ef34-44f1-b00f-991ca055e075 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,b4f1d84b-20e0-41e8-85ce-8784eb353502 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,200b2d71-6a25-40e2-9e1d-8b4f5b88140c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,8ba86dab-c513-45ee-976a-0eafe9bef89a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9573b5a9-1d9a-4682-b949-b4151f7d98f8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,dc194ae2-60cc-4941-bb99-372cc6852804 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,843118bc-0f8d-44f5-a690-cdde3a65b141 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,a77959c8-82f6-44bb-b8bd-ba5ca3999d48 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,d066bfde-84d5-43c0-980b-80706f2304dc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,b2324468-e9bf-4cc0-9c09-f805a88e2eba +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9b8f0a4d-9994-4367-ac7d-31e624f8f6e7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,0f0a7e27-e083-4df8-a39c-4ee8a62fa70b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,7dde9201-f193-48e7-8a61-4d51be46d572 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,5907a5ec-f108-4c4e-8519-b6da19eed73d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,494e2ab0-7942-46de-b62b-3866ebd79160 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,6f435a37-5459-442a-9722-a15951968585 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,18d1ff40-ef62-4683-94c1-c1e75c04dafa +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,921b0606-d7a7-43c6-b2e4-27a9363d400a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,7a75a3f0-a672-41fe-8b6a-79905430e47b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,167d7d44-394f-42db-a6cb-c7061e3da4ca +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,d1720a43-247a-419e-8eb9-b25dbca52e2d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,c3ca24b8-6538-49dd-9c76-02fe5d4f0fa1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,59036829-0236-4580-b8fc-6d3ee1e7ca4d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,7ca8b1a1-795d-4faf-80fa-00800ef6dd7f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,f1b1dc5b-bd14-4687-9d8e-057f5908dac8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9de3af13-6232-45fb-98d6-cb0cd34fac10 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,0faec8eb-1032-43b5-855a-eeb024d3a830 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,10a7aa91-507b-445a-a6f3-31443b3bb030 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,08e2f7fb-8025-4340-b871-c4cf7b1f2a5a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,cfa1810d-06fc-4325-b0ad-51cd1d0c443e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,125ed804-cb7b-4b5b-abd9-a85b35298988 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,4e1c0582-fb38-4df5-acca-cf9ec50b15fb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,993db67c-eae8-48e5-bb00-fec03b69db40 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,68bb9a0a-9606-4ffd-81f2-f9e94821799e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ea8d0e10-43a8-45ca-9421-177784292d83 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,f076bc28-6f15-41dc-997f-f6a66d444724 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,b6a3bb8f-2347-408e-b9c0-1bbca43f79b1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,4a02100a-c96a-4d68-85bc-3d6a82ddb175 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,3abe0c9e-32b1-43c3-9709-57a97c7acadd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,82050269-a17d-4e62-8b34-08d227578cb4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,d97654b1-d729-423d-926d-5730cbf072fe +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,238ed74d-f628-4a92-b6b1-335fdf4134e1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,725c15fd-d4ab-48c6-8e0f-35eed6ccc2cd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,f06ac54c-c6a1-4b2e-a4fa-66def76bfe7a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,de6cd923-9ac4-4a8f-8739-ca8a813a9e61 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,dc5c6888-378d-44a8-ab1d-4cb402ecd7f9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,875bb292-1352-40df-91c9-47ab8d7b31c8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,df905907-29d7-475a-bb5c-300e415c3efa +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,c3fa72c9-1cd8-4665-9f9d-26e94956523d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,479699ba-8441-4703-a5a5-a916c355a4b1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,be12cc20-faab-4560-81f3-64f7e9834ada +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,e4d1a3c9-8ee1-47b1-ac1d-1620471540c7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ec43654e-5f12-4016-aae4-3d7d2d12bf5e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,ac6766c0-9c58-44f9-b690-5af9dac86338 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,3dc5737f-06e6-4e49-ad0d-3e7c3b9bd4d2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ff1511dd-eecc-4f0d-af7d-d35649ea3cb5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,97720c95-5e47-47fc-b58a-1a6c7055b6cb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,1800d99a-ad13-47a3-a427-ecbeaecd7e3b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,74621d78-45f8-44b5-9cef-c8542ddff80e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,b83906f1-93cc-46f5-a344-6d9245e15098 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,90e43bde-3bd2-446b-b112-8d692b5b97a3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0f45876b-9a2d-4fed-9e32-25ee107c3694 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,4a39ffbc-24f2-4ea0-b4a8-080867bca281 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,00b38740-b457-4ae9-8103-78f0b585b5db +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,f0057fea-bc6c-402d-aa57-ed253d3a2f33 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,f1dec8c9-a83b-40e6-8917-cc658b175a9c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,081a4dff-8a77-4c4d-a169-7c068ddcd746 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,51fefdcf-5ef1-4599-a95d-bc5b865d04b1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,01959ebc-82d9-48d4-9fe9-8930bd2719dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,49310a87-4725-4b20-a2dc-1f260163e67c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,30c374c9-8ed8-46e7-a368-0d6f24313b73 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,fa4e8061-dbb6-4487-b7cb-07388b9b700e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,cf39b0d7-045e-4809-aeaf-b25a97ecd9b6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,270bd856-b43d-4012-9af8-6c11d0df854a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,c10810da-4508-4f0d-858c-46cfe689a789 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,fa7565cc-2bb6-4319-9b9d-00fc0fc9331e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,005ba8a2-1890-46b0-8ef0-8ae0c5f15906 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,de94fcc0-bc71-4026-81ab-6933c6e06982 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,107b1a4b-1a70-41fd-93fd-bb06204dfa83 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,06ae5940-8d6e-4143-8196-d740f828896c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,e3739056-d88b-48d0-a8c1-d25e47bbd60c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,217d11a6-505a-4524-8595-c3f4d8d5d66d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0c9251ed-9079-4879-b601-6fe49f1ec1f3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,319314c9-249c-4e10-b44b-f085f58252ac +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,9d1514a2-9162-4caa-ab0b-8b23d5be071d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,32fbba51-c537-4c24-8603-bdc40743b8be +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,17ce9ab4-187a-43cf-a699-a6745d457fb5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,cebd6714-ee53-4c7f-b83c-1e6c4cf9525a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,34272170-e734-4303-983e-d1ec40dbb1c8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,e97eb55d-534e-4914-98d6-bde55046a5bc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,a7ead48b-81b4-4ed7-ad2b-87cd54a9c035 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,c28f0dc7-a0b7-444f-9b12-6eb3e0754ebc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,4cc49d57-55c7-412e-9474-00955889d75c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,8b7603a9-8c45-4dbb-9ccf-a5e5dee7e8ed +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,48b5fe4c-769e-43e0-824c-de2d1b2a0f4d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,9a442667-9d7c-4849-a79b-a3ae684a458d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,c849c4d0-f045-4ef0-89ee-185b573a37f6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b5c98653-7e16-426d-96ed-f31fc71260af +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,770cfd1b-208d-403e-8f19-15b5bb2257f4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,113de750-88dd-47f3-b026-1168f1e60244 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,2ff25a08-500d-4c1e-91a2-6d793edea969 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,0eacb5f2-a7cd-4eab-8faf-3f2171d67411 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,0a915cc4-369f-4b36-911c-f4cd282d2c99 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,3f2fc7d9-14c3-45b0-89b3-202c35de3039 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,ff16eb2b-d64d-4189-a26c-32ed31cad5bd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,344c150b-393f-43a2-8ad6-c895f5d0d4f7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,8f38ae9b-f03f-461f-a086-137f68729164 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,006161c4-bf74-483b-9899-a2cdd3f8f10d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,74e09385-2ca1-4a81-8037-c024b0183dc4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b223fbf1-21f2-4c06-9387-f0fc9e8ceddc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,d10fb544-5e89-4e6a-b914-0ec4f0290cd6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,ab7538ef-09ea-4f45-995e-ce9397cb84ae +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,db08d712-e50a-4e95-9d32-3f198d5bf9ec +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,31bf58ad-e1d3-4068-a004-8d5087b5e683 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,4c9a51a2-e2d4-4124-b6db-112c4445d764 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,95e661e5-ae5f-46d4-9bef-93a16e565a01 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,7936a08a-cf45-4b72-8643-baf0c895a747 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,2739581e-8fe1-4fde-81c7-f78af76dbd54 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,f070dd8e-60f8-458f-8933-d84230aa9450 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,4fd9801a-c91a-42ad-bf04-a260e49f7caa +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,c676b35c-4a27-45a2-8158-256c047c9208 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,12e1e0cc-9523-48af-a3ee-8b51bfb4273d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,2847e1db-d016-4c57-84e8-2a2f74b767a4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,0142c8b8-205f-45c5-abe7-d88bdf94f704 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,69481778-29fd-4ae9-bb1c-52966630b1e1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,22645f57-941e-48fc-b36a-5bc7205f2e55 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,d83ede34-8d25-47c1-9c58-e548746c5fc4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,ab98adfc-5e25-481d-8749-756f7093191d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,75e97eb6-0688-468f-a1d6-fc3d3cc9dc32 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,951a9ba7-f055-45ff-8b89-66cd9627d362 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,62726ba4-df64-499f-9a81-251c61972885 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,e4ca4af2-cea3-4790-bedb-95a2da1c21ec +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,125d03b3-bf0d-437a-8161-a81ab0213409 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,15995ccf-af6b-433d-93bb-b5db088c94f9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,3e7ef837-3006-453d-a6ac-bfb079d9ee8f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,51674eb5-9f7b-46a7-a192-4a4f23f1cf78 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,5b3c6b7a-873a-4c9a-beaf-8b3930d2dad0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,c044fd56-64a7-4745-ab67-8586d9a073bb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,989f0285-4d72-488e-a2d0-98fc7a230380 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,37ba2f44-72ac-46e5-a3a2-efb62bd29b29 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,beed44d1-5a10-44b6-a4f8-c76b210df686 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,df2b8116-1ff1-4806-9e0a-d05fe54d8ef4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,30ee09c3-e3ca-45b9-a472-dcfd1f0ca564 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,a81e795a-4954-49e2-b751-f718fca54302 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,927ec694-a9d2-4ae2-a2d8-dad5f58ef6a1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,bb20805e-8874-4438-8cfb-1db9c1c8e5f7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,d4d12cdd-fa8b-47bb-b997-07dc9fa31e59 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,a69e13db-d72f-49b2-9d04-48e2895877b0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,4ed8e7f9-00da-474b-badf-da4aecf27eaf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,dc7e369f-8ad5-4704-a764-50365d0c5d8e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,b13a69ea-91d4-4e22-bf72-361d9bc0c626 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,8e20e3cb-c23e-4e45-9fb4-3285c9a3f66d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,bf8c6a3f-3174-471b-9320-8c271ca4b645 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7b14790c-588d-4455-b0b5-c9def4088ec6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,bdb66e6a-d6cc-45f6-8d22-3088809be84c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,affee9f2-4235-4a06-9070-3a6c95572144 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,08b8a79e-e9d5-4bfa-bccf-e5201e4b78f5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,fff4ba27-57ef-4374-8de4-eec5a61feb64 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,176f5f73-86e2-4cd1-85b5-fbc035b3dfc2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,768c53f7-304f-4593-b371-3dd131a14951 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,d83cff1b-c584-4900-9808-fa3954fb06d4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,33639bfe-b239-4f92-afd0-369ee9d2f467 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7870f37a-496a-4a9a-9594-968366eab527 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,7f71c5ec-6c46-4e86-880a-e6d88f3b3b20 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,b4fb3af0-0091-45db-8eac-7d3eb4786e4c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7eeefe68-ee5a-4859-80bf-4b11b35042be +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,75a4caf5-e617-412b-9660-0be3669f7486 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,dc32f3e1-4fa6-4015-bfd3-4599ee04d48e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,16ca3362-2f75-42d4-b5fb-f2c04e5424f5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,1cd950d2-cb02-4386-9487-2bf0303c77dd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,2f89282e-d7fa-458d-bd26-afdbd8378de3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,1395aa05-7b5d-4029-836a-f99c45c663e3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,cf2f9462-3ab9-4b88-8f9f-41805b4d896b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,918774dc-d414-4fcb-98d8-310ba137c2a5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,a612c455-11af-4704-930a-8455caa89074 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,5bcc92fc-6830-4333-9d4a-39eef74ef8ce +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,58bae089-4128-4c20-b612-5c66cc140a9d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7a65371a-c0c4-4d1c-a6ff-821d12149ec7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,1799f5c7-6aea-49ba-9e06-cce93290d6ce +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,31528a70-76c6-44b7-84a4-7d878f601512 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,07557519-1b60-46a2-82af-0918cfaddd97 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b0004e89-47dc-4561-ab23-b9258a4eb957 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,7d2ebf6b-ed9e-4c60-a38b-62853e938383 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,53b98ed9-cdf3-401b-8706-0922d100ab2b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,32dd5600-23a6-409b-8098-1b1fae27869d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,ec7cea5c-4630-4272-8ba2-180831eb2741 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,58b6b8d1-4ee3-47d0-aa7b-f6f6adfb420e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b4ecb41d-7ef2-438f-b73b-cb9c19654eb3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3f5ec79d-13b7-46bd-bcb2-37fb316bde4e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,6225dd1e-66a9-479c-871e-b009b4079cc9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,bfeb1930-39bb-415e-b087-26564e61db1b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,cf94a4f7-53f0-4e0e-8e92-33d4e61086ea +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,9ce449bc-f458-4060-a7b8-bc31b8432fdd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,25d2a3cf-915a-4d6f-8c71-8551b46ab6ca +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,92308374-6010-4d52-9ba4-06f2c134dbae +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,34e5692c-f132-44d3-9be9-6376c61da900 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,beb13cb1-4da8-49b6-b165-702c2273db9e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,90c960e3-88e9-4f07-8200-ad3e1659bd33 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,54313e7b-5b47-4c38-8f1f-9bcb8b0b8a20 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,32c3064c-2f2c-4718-8dd9-6afef53a7216 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,27172c6f-66b1-44e4-9f71-cff43961b57f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,c188492c-8b2f-4acf-8976-76ae5a85be72 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b62e0a2c-bebb-4cd3-8a15-5e658bb40c8f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,99fc9ee4-06fc-42ae-a524-724e011f1ad2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,aae66951-05ae-47cc-a317-38d5528b9206 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,1cbe0c76-a6e4-4c19-908e-f497f4efe970 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,4b1a1a11-9369-48c1-9d42-77842afa0c9d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,d6c6af39-4d55-46cf-8b94-0af6c32fde59 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,40a0eb01-30d6-46d9-a3fc-bc1565ff66f5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,82e5a62e-9209-43f2-acae-cd1365f21234 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,628dd66e-2aa5-42e7-87df-d53096f9da5b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,94bd1498-37a5-4aab-bdc7-a8ebe98eeda7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3d05bae2-2a4a-4932-a5bf-12922f7c4fa8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1054430a-e4fe-47c2-9208-4ff70b0977ca +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,2d6b0104-e5d2-41d7-b2d4-2556bee7b13b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,e3241b43-2783-4fbe-bcc2-6f937157b499 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,ea3ae5a8-5695-4dc2-bb79-57d136d6f027 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,07f81e93-dfc2-4039-807e-b804d9d1f3fe +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,6b7e569f-d796-4d93-89dd-3fa5d9cc5108 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,6ca4fbf0-d380-4330-bbdc-78c956bb3610 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,a475e223-6903-4945-823f-b7038ead40a9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,38923616-10d9-4427-9206-840a22026c4c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,62677be2-aac2-4596-8958-efb829891b3b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d7bdb1e3-594a-4c5f-8766-c1254e782aaa +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3ecb1789-ff61-4550-8d98-a42b40ea48fb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1fe60d9d-d2af-4b97-bf42-76a49b264bb6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,68c5e5e2-960e-425b-a46a-0eb43789a1e0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,718cf4de-6cef-4e47-a0d9-01f0f8aee615 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,079f3ba1-2baa-448f-8cbd-2cde342c89bc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d009393f-84b0-4e06-9b88-780ab0986ad6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,8e7d2037-12a0-4510-bee3-8b91a2a88808 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,d1e859da-cdb9-421e-a6f3-0b296c07d912 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,29321349-aae9-42a6-82d2-b18882153797 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,1d364047-09d3-4821-a35e-9fa06449b01c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,2ce5d360-1350-4274-bdec-11a60207089f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,fae2464a-e1a3-49b5-8446-aa543ff30b0f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,5f6cc8c2-b6a6-4a01-8d5d-81a83eb7beb4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,9e74c243-3ec5-4bc1-bf16-46ef0b79ee65 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,a0f1e2fd-79f1-45d1-be34-49a1663a1251 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,7e138556-cfd3-438b-a21a-04932071f170 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1d652f7a-e85a-4012-ae3b-f5596a0b8ad1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,33fd7fff-92fe-49f6-bebf-b92914ad3c79 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,990163cb-65f7-4314-800e-701c8fb8b267 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,5addf322-3b9c-4686-ae95-99b1e9a23bb8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,cb56241e-eb61-4982-840b-89d6f2fce1dc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,13a1ef26-7d0b-4009-98db-5345a2d0ccc2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1df4a9a7-6ae9-489c-b90d-d3a8f0dfbf33 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,35210f19-42b8-449f-8d8d-c7ab24c10abc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,fb8f8584-f795-4444-bfd6-22e828986892 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,f08337ba-964d-43e5-958f-1a89ec0a5a36 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,07e68015-97a2-4123-a4ee-d6e1808f19f8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,e604bc1a-9267-4e9a-9cc9-286f305c2c61 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,82ad7695-8089-4fd6-a29f-6441ab9c527b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,4bc00e82-63f0-4378-8539-2566071a87e1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,92f06b49-d1dc-4183-89a8-fe19ff47f0df +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,ee801217-1e5d-4de6-ae00-3a8bfb9ef01b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,471187d1-9f97-48e3-8035-a590368e14e3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,2d70c10f-d8e2-49b7-bfc4-e05c095c449a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,24986863-234d-43e4-99dc-397bb32fc5b4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,61293ff8-03d0-4293-be62-44a5a84cffd3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,5139a6eb-5421-4b2d-9b31-e61986556229 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,7c70d2eb-a3c6-4315-900d-205bc2ce55b3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,87cdcca0-b61d-4534-a2ea-f15b5f955a37 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,19cc45c9-b807-4338-a1a2-b6000c4e9972 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,71d63b00-acb9-4bb8-a60d-1c8dc9b01f62 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,74446e7e-5882-4fbc-916c-ad432a0d8c6e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,d2269b8b-7704-4f5c-897f-49cb6d04cd79 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,c17af30e-1aec-48a6-a410-675ccd647fb5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d6dfcbf7-a3aa-48fc-b3c5-65981cc181c0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,240ea271-d2ad-4ea0-8424-f3a78616f1d9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,7e61c4d0-8a2f-409f-a582-8f159f0c3b32 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b87d14e2-f135-415d-ba98-052d51587ed1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,b1b6c531-f7eb-459a-9653-8f5b4e41f683 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,b7fd6d81-ed15-4dc2-800e-eff77fd1148f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,4d3a97b3-0184-4b45-8c90-6e75e883bbf5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,e7f03609-678b-4554-a4d3-b1f7b0cac239 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,4f4940b8-f888-4a92-baec-1777f2a3f1c2 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,297c06de-d3a7-45a4-a0e6-29467310921d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,cd5b5a3f-27e4-41e7-92b3-f95ddff232f4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,7f534b96-02d3-4af2-b09c-442121c8f56c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,bd9a214f-175b-4fcf-94f9-faf8a2eeca2f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,c7f2bd65-9598-473a-a60f-647fb3a0f56b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,94c3b2a7-e81f-48be-ae82-13910e84db33 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,3c65abee-1c6d-4fc5-9f33-22deae6c7662 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,fbe759fb-b851-464f-a43d-03ec4c1d85ac +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,af741814-e40f-413c-967d-e2c62eaf6ac4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,5f611146-303b-41e6-a351-c15dd9627127 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,730d7290-4cb0-4964-a065-37bd7e2963a9 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a2909512-9350-46af-ab9e-94c2d929c87e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,f32ea4b0-ff53-470c-bcbf-3a803f2dc664 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,e3feb223-bc81-4bfe-82e8-16382eeb1e49 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,fb1b6847-a36a-41bc-a951-f8088c7ac15f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,b813e934-85d4-4f54-b306-c3ff3c5a97d3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,2a7dfde9-a9ba-475d-a7d1-ad239586d0b8 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,64c1da08-7154-4613-8735-599d07c9c5b5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,ca73f09b-5c4b-414f-ad4b-c111d8107607 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,8973f555-c43f-46e8-bca7-8acf8bd6a9c3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,026a615b-dbf2-45f8-a553-5d64a8abd253 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,28a80d76-453e-4cb3-a77e-87bacc817a5f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,79a70ad8-0d14-4f69-bf02-25b2193a577e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,5c9e348f-5d02-4310-b7b8-5844b991fd81 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,2c38eaa9-0991-4664-ac52-021cc79d27b0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,ce1ae3f1-11e3-4b02-bac0-093769294aec +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,dedb877a-75a3-46c5-94f0-b566ab626d6b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,33ba8f35-d324-4d7f-b340-7e1f18e8d885 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,f7af1934-7600-4627-bf74-b5ad991f5e6d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,8e600c48-b228-498b-ac5f-50c3a1945b2f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,da271749-2601-4dc4-b35f-67f9e13c9d21 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,9f16a2f2-ef70-4ce0-a686-e781d3858b42 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,213aa795-db17-435f-b992-052bb591f7bb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,a67840d8-9a4d-4eeb-9fa7-1d0f8f879b60 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,29efd7bd-03a6-4f5a-870b-c4fafc96c86e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,6851fae5-aa57-48b3-ac59-45296c16268e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,acdb7865-16b7-45d5-9a26-7641495f495d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,a06cdaf1-8ff2-49b2-9bb6-52dfe89adcd4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,69c93ec7-795e-4871-a74f-236d5175ca97 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,4fcdc6cf-0397-4394-bb38-50d9a6003060 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,bd3c1941-c6f6-4442-aa30-e827bc9ba9c6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,c6fbc99b-633b-4a0a-aa6e-e0567309c5a0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,84b91b2f-7b4b-4299-817c-faae19b44c28 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,9642272b-ee48-424f-9b3a-0cc85e5c56bc +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a1c0704d-85e2-476d-8aca-374aa71a019e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,a36de8a4-940c-4deb-a462-0d5330956b89 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,61d1c261-77a6-49dd-98fd-45150882088b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,22b9c737-48a3-4e10-86db-be267cb53663 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,9fd653de-a29a-4414-b0fa-950b55bf0a67 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,200b093a-fa6c-4046-b19c-d2957bf45dd3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a77f35cd-25b9-4d56-9e79-ea3cebcc89a5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,d9501e33-676a-48b3-9010-b207920142b1 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,f54f878e-bfc0-43b2-92aa-f02de32ae4db +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,f381bafb-bdf5-48e2-bb84-f558154e8f2c +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,abf6bc3a-b6a5-4a93-81db-720d5e1d85c1 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,cf5c7655-0574-4c3b-abda-05bc83ad0510 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,48bd3c0a-9e19-40ed-8576-ef7211d65da1 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,df321921-020f-491b-b2dd-5933aac8e330 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,2bbec886-bdc4-4943-b45c-300a738aeec4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,b5c5264e-eed0-4490-b888-5d909fb26aba +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,ef120d94-aca2-4405-b9c0-c3a212e943ca +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,8e7ecc78-30c5-48b8-b231-99daae01da8f +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,2d47106b-f868-4956-b237-8e47497cf396 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,10a9be95-7574-4931-a5f7-345373615816 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,9bc4af26-e0b1-474f-9083-c54d34562286 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,302d02c8-12b8-4d19-b059-b35405fa3013 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,deb672cd-b77c-4e52-a423-1b70ec38152e +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,cb2db152-6750-4322-9af7-e9dd3b4cd595 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,cd471e7f-34df-478a-8dec-6ed2085f781c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,071fc74a-292b-49d4-aea7-5da04a2b87de +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,4365f677-e158-4d83-a4b8-c9408f2d1171 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,336e78bf-e95a-4ad5-ba11-ccd9e7c0cc83 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,2dd106d5-6634-4720-8150-13e0600f255b +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,8e1bff0b-ace6-46fa-bdf7-7d65b8c04363 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,5146281a-35be-491d-b3a5-4a6993e8a76c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,cff16dd8-0ea1-4828-aea8-3d994161bc28 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,f8f42ab5-e3bc-4c87-90d3-7d44a7f09f45 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,7415f29f-c925-4bf3-a5c3-c74011e85805 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,066631b3-47e1-4b93-bc51-e5080b2fb523 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,f80af807-2a43-413d-bae9-997b7a88e8c4 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,7a9ad209-7296-4763-a0a9-bc31bc608142 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,c19e3d82-4ece-4807-9ff6-2a4ae57a9626 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,282172a0-8da2-4b92-bfb9-055cbc197cc2 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,2a7f0ec5-f100-4578-a89d-5319e6ff2ded +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,18b255d7-d07b-4629-a746-4ab74015c2d9 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,08cda2b0-f552-4d69-854d-fd700b70adc6 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,10b6ab4f-5c0e-40de-b4d6-267967c352ed +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,19feec78-865d-4583-915e-e12c0ef11267 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,49f66e10-e7be-4f1a-8650-a110626d99a7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,ac565c3f-21f0-44c8-aba1-079cbf3b026b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,2065e0a9-114b-480f-acd7-606c0d90a6cf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,108ac32d-ca25-4d5e-a82b-54695eecf774 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,6a697b18-423e-4631-9baf-9ef3345a03d3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,2b35dc10-a2a9-4b56-b7a4-a100c7261530 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,4c4702db-9711-4322-97f6-291ce1b0a186 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,7fa0844d-95b0-4283-9e47-3444ca271839 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,7631d411-08bd-44ac-b741-484c5e6ef408 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,593ee63b-0211-40aa-8555-7058143fc084 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,e1b28328-b6bd-41a6-9048-5c778d420a4b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,b063bb1c-37fc-4fe1-9dcc-1eb36065a567 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,62551968-bb52-49bf-a228-151fa8f158bf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,6aa62c9f-f037-494d-b358-84d048bacde8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,b54d1bd8-4a92-41dd-96ad-444c55547460 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,44e9730b-d4f5-4abc-a683-dd99ad9f87e2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,fb862221-f7c1-4e5b-a2fc-e350d8edf011 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,a8cbddca-1fe2-48fa-b18e-ca74cf36c0af +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,e297c468-2d4d-463c-8e29-ffa0bc1cf1df +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,bef683bd-9ee4-4241-afcf-69b9d496e676 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,d0b145a5-934b-476b-a7df-4ac21bfeb788 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,4e3e8970-1249-479b-b313-8113d2632a4b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,3a5b53d9-dcc0-4ab2-ad15-30621cc7adcb +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,0feab306-dcfc-4c3a-bff6-09c9e780b34c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,6d851673-b117-4ac2-bca5-576c29802b51 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,c742b3a2-ed76-485d-8191-ac5f3ea7f3a8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,fafaa51d-4f32-4891-8b7b-d6e89cd28b1b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,c45086df-9db1-4b80-a290-200b82203463 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,638cdaf5-4cba-4f7e-9e01-d3d58c46d1ff +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,1e0a533b-a270-4bec-a061-d3a338c3c9f4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,8c12eb6d-a8a1-4c26-94c9-2444c0abbe36 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,e1e661d7-8338-426c-89de-7939366288b0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,c68216b7-1ad0-40c2-a91e-8d863bee245f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,35089d8e-723c-475d-bd4f-200db8de27dc +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,01bbed76-5ec1-4bb0-8364-551ee6367ac5 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,50ce7587-8f6a-4856-891f-29ae1db1ec7e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,b90e0183-a2b6-4f53-a337-855e185e270e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,bd725ace-fa7c-4515-a97d-7538c8a70cfc +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,afd3d05d-ad04-4ded-bcf4-f7b254fe541b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,eb50b23d-dc51-45c9-861f-cd8b14534bfd +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,69393a72-f9d9-4b5f-9d9e-7416e52c2463 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,893497ec-c0b3-447b-ac1d-970f5e7eea0f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,cd09a99a-8b55-4855-8db8-26255f1b7a79 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,b88a3dc8-8445-4bc5-86ed-ff33e601c0f3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,bda83fd4-b557-41c8-bae5-5cb22d3c8768 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,63a01ee9-0cbb-4d1c-b657-8e07a7611a51 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,c2750e9c-80ad-43e3-be92-ea2fc1046b7d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,9e8836ab-1b4c-4dfa-8066-7138ce4e6e01 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,561032a1-1b43-4475-a4f1-1c9616108cd3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,085cb78f-2040-4014-adf8-85aa154cffce +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,8f1ebcdd-b1e1-4b8d-9377-8f9a78d7b615 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,9297973e-9abc-4e15-aea1-0500f834e195 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,41b110d9-6910-4525-a0d7-58b6249fe635 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,297a057d-81a5-44b2-a98c-8d8489a175be +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,91cfed20-7647-404f-9cf7-5ddc2ba954b4 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,c3fefb12-d9c8-47ea-b288-93fde199c02d +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,c2dbd696-8795-4b95-9283-297a8ec6fe46 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,383de995-7698-4383-9421-cff32ad797b2 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,cfe4692a-dac8-4179-852e-32f85520fe59 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,c15aadb7-cbb0-457c-9c6b-fecce0a86ace +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,d96dffef-1efc-4cc0-be11-9d963eefdc46 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,70f90c44-fb63-42fe-8084-4a953b4c2df8 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,a8f4259e-b62c-4b68-82aa-f497881d26a2 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,f3063a45-99b4-4340-bf46-bd071c14cf43 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,10aa7213-9094-4776-a463-0474d6cf149c +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,b827690e-8f29-4569-94e3-fa60820727f5 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,b07e6e78-c7e1-4b36-bc1b-ccf310fe9993 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,f9740546-97d1-4acc-be4a-688a349ac5ec +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,881fc749-66ff-48bb-9619-cb37f9627ae7 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,7221f841-5ee5-4ff9-a3ff-de1bf67077f8 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,99a61316-6540-408e-b4ad-6cc8a1da68ba +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,e98a6faf-af12-421b-bf0e-28bff9052c8c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1be1881b-e19e-485a-8324-9b6616230a4f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a536a893-ebbd-4d6d-877a-77699823d5bf +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4c520e59-0d23-4e42-b804-dda576db35a8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,899fed0a-cc23-498d-9dac-ffa03ec29b62 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,da8ad9aa-f1fb-4c93-a714-95e22ed5f613 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b635a58f-3c74-485b-bfcc-52be826dc72a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d3fbb957-67f6-40eb-969c-86c37d8d812f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,67daeb04-d044-4a05-962c-1df4fa6143ed +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,688e3862-3f83-4fe1-9b74-88fd7d40f273 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,fa3283ed-6b7a-42eb-9cad-6b0ad7a96e6e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,cf74c2d0-3e77-46ef-8320-26fbcc9b8e7a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,ac77115a-d64f-41a8-b365-659dfb981d86 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,05c3207d-8a84-4618-a8b2-549981a23a25 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,fe142dc9-8e47-4952-a87b-62ed3f12a6f0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,31a78a6e-ffda-4b8c-99c0-636e4bb9d9fd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,b69968f2-ab0b-496f-ad47-ff6c8bdc5dbb +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a1e9dba1-6cfc-4778-a2d7-c7dc637430c2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,00d76d46-bfdb-4e4f-87f8-dc76908d18d9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,56efe641-5a77-4049-9d12-f6c9519fd7c9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,0fb5835d-6ddb-4af3-b4e4-2f11414fe288 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,543c608c-ee83-4307-93ba-2d6201b44700 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d37db05a-f879-416c-9c89-f3e106a91373 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4cdd308c-178e-4917-9281-bef500fec6bc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,7d993053-cfca-4d76-a4f9-c6c962b225cd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,87be55e2-8462-4e5e-bc95-bca24f8baed6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4e81e507-f7a8-4b77-be6a-753a47895f30 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b00c03e4-2f00-4bc8-9fba-b09b18694605 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,ce01e715-19e0-46b2-b77f-7c883ed690a7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,caeab7d4-6246-4d1f-afa5-9a3976ff9750 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,515df9f2-8dcf-46ee-a35f-9c766dcddd8b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,367addee-350b-4169-8311-e0a62c661e17 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4f3ba359-1cd6-4045-ace0-652a106e8e06 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,de0e2464-6221-44e8-90b3-c339574291dc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1c2bf73b-1466-43c9-8659-2f9476f61e8e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,96e5f969-880a-4dc9-b391-cb3acf37f08f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,0076f1bc-b652-4059-b511-7a00ffacb667 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1cfe8955-c048-490e-b38d-5e2f52e95b87 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,197045e8-17f8-4550-a09b-326c4c730fb9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,e4cf2f38-223c-4aec-9845-5166b524eb96 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,4c0d3e2d-6595-48e2-a764-eda9a03e8324 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4632c3e4-eb8e-4519-9f94-98379e51de37 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,46e35463-d900-4d9f-9c81-e124d5621a67 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,74a6e656-736d-4642-9ef6-ce820298d601 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,55625d71-4039-4c18-98b8-beb035425862 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,9bd34857-4671-4ea8-8503-2c092d363e08 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,c350ca9d-6ae4-4f91-a8cd-7b62c091e9cf +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,278e4757-b180-4693-a4b3-4316046d30b7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,fe27bd87-e998-4d7f-b429-431dbe4d5526 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,3d0883db-8a2e-4c21-8f06-f04dd8c2d765 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,e060e7cf-d081-409d-9cbc-bf3a8a28f333 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,27445a40-188a-4ecf-a807-03bffbca4c57 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,fe497bfb-a4b0-490a-a508-e4bf9334a01d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,e1d3adc3-d131-4105-8f32-f2c8eb85ee67 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,15443fa6-4bb2-4cdd-964e-745bba5e2be4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,2f4bed7c-c5c9-4986-b5e4-b7e974515577 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,24fa3102-c884-4a48-b71b-528a9412ccf7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,80d563fc-5e8f-4d46-95d8-6a7f8c37eb51 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,741a1b5c-6c0d-4bd3-957b-3a2e98513a90 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,92029f79-005b-40d5-8c0f-fb6ef4267f12 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4a0fd558-62d6-402e-9307-07b4fd3c33fc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,5bb18abc-ee3a-45c8-8931-0fb832d390c0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,c7ec1c13-a261-4578-a347-9c6e245a2210 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4c50b17b-26fe-4b0d-bf74-6d542651f1e5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,cd1b06bf-4261-48bd-a5be-c5cb5f5d0303 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,72f06e35-baba-434b-8f8c-cde9a1e04e93 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b6dc16a7-6990-4a23-ae7c-d2986030c821 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d9178d60-41c1-47c6-894c-4885b98823f4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,128e3826-6fcd-4c85-aabd-d615d1921b70 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,c413bc69-5dbd-43b8-8ec1-84d4bff03a62 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,16b388d3-bcca-4470-b01d-ae9fc84a34e2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,be272ea2-3bfa-471e-894c-ae2964160fff +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,29bff776-d744-45c4-9380-0d5ad657aa1b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,dd58d9ff-0cdb-4c26-9cfd-26a686b8352b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,9d156d02-34a5-4dbf-bd38-5b54db802a91 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,beaa8eb7-a1bb-40c1-a0fe-013a39e70bff +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,cd118232-06dc-4546-a7f5-fbbf38f18958 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,05a74db8-8cb4-4943-ae43-567637530c78 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,0e131cf6-72cf-43cb-9bec-8bcf56a67f3e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,56d298d7-cb47-4200-a676-ce121c2b7a10 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,7022284e-7fb1-4fb3-a9af-5b4a67078fc2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,705db22e-9a3c-4c87-ab1a-0099ae147908 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,2878514b-320f-4d46-b76e-6fc320cea02c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,0cea4a41-daaf-4a74-a32a-80f9378a2be4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,8752e611-0c87-4d4c-89b4-d8261bf1b7f4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,aa5eaaa3-d1e6-42d3-b3b2-3a1cf4461d04 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,944df9fe-0a86-4193-8d36-48d0cbe585da +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,afde8a17-e7fe-494b-a942-61ea462d898f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,c1e0ac47-7741-4aae-80f1-7b7548c675a2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a07da22f-c067-40cf-9d83-8b863e0644d6 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,fuel_combustion_consumption,7a7c29d9-0381-4d29-a2e7-bd6eaefc67d7 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,sampling_scaled_data,b69a57bc-94f0-4d68-ad18-3a2c470811f0 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,modeled_data,53d87d3a-66a9-44a1-af83-e61c2388d6df +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,3a26e3b1-a7ee-4c9d-bf7c-5993999c86ed +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,4e9baa07-21d4-4325-8601-010bd326afc3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,b671687c-f09d-4678-8d94-fd8f552bef3b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,50a9d3c9-b0c8-45f2-9138-1feb2a0edc5d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,17c7e231-ef95-4e3c-97dc-3f0537c06743 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,16cd7756-3cac-4bd8-b835-bb573f53dd85 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,3443d9fc-6aba-41b9-af4a-98b8d8a6011e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,27db6218-5cd6-4112-b515-405c028cc289 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,7b5d0aa3-f61b-4bcf-b416-554f7495998c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,559997e1-be32-46d3-aa72-8aa91cb6b1e6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,6d5de2db-0b1f-42e1-b3a6-43ff473c6342 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,02475f5f-e457-41a1-86de-e5b8cb130c12 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,381574f9-f94f-44d9-a93e-85834043a2dd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,ff02d2cd-7d4f-463c-a602-0eee1fdf8219 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,9a113877-2b19-4f3f-a104-cff4ae6577df +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,157f281e-e52c-4fa4-a048-097472eef656 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,2e7c0159-d45a-463f-a1da-9ad30b514a4b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,d0539bf9-2001-4547-a49d-38a7cf842838 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,282150de-0bf3-4d1a-9c84-01feed99787c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,86f888ba-50bc-4ced-9722-fa4aaa5040da +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,2cdf5189-4449-4da5-9dc0-c878bca95245 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,c6343a4e-0e6c-464e-9d14-b55173bed2fb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a228b54c-ecb1-4102-bf14-3592fdcd2071 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,92e7c111-2d8d-4084-b138-881561339c06 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,835ee096-bd04-4b98-8b44-89b8b8001ed5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,2bd95054-62bb-48d1-b342-83ffae51e44f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,ed60a769-0118-4a6b-841b-3ae64d1b2193 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,efe65be1-1f92-4851-bd4f-0c6edace74c7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,af831268-e326-4ad0-9550-9647b87485f9 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,d54159a6-50ad-48eb-9c49-f2fb69e6ff49 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,ad1399e6-d9a7-48ed-9f9c-48bf63559c55 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,ba91926d-62bd-4fbe-8a4b-1443496752c0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,94d6ff2a-a91f-4bdc-a019-8da4276145d3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,77af354d-7d81-409d-83ae-9e9eeb7a96f7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a078be9d-6a21-4e9b-91fd-37348d060ef5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,80b2d071-e70d-4cd4-8f58-c7152da78d1e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,c4bf2967-1c89-4aad-9e58-948dc0b2a053 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,b2828506-5607-4d21-afc7-2a31ec0a8fd2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,16b99f28-58a2-4666-ac44-5f2ae1a15677 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,588ea02c-ea61-4608-a798-29d4054d6886 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a2e2511a-f29f-424a-a753-107e5cfd2728 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,b4679b9e-ef9d-49fa-9b8f-118f033fca0a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,8137569b-10e5-450f-b085-c8aad03be810 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,f729cd89-635d-48b9-9947-6e5d0914629e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,7c3646a2-80d7-4969-aa2b-2d25feab2b43 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,55d2d28d-efa5-4fc8-8482-dd85ac9d134b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,5324fe2a-72e6-42cc-807c-07fc0faffcc3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,62459aa2-948e-40ee-874f-19c0f61187d8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,6941404f-9410-4c98-b1fc-ae63fa0306a6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,da5b907d-a09b-4a16-a199-789ec36b3ade +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,46cf4c8c-2fc1-4eb4-b43d-c05176453315 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,11bb020a-e0f1-4f6c-8a8d-5096442f1e93 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,9ff815fc-e5c6-49dd-bbff-8cb79f9d8127 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,bfd3e88e-7bd2-4530-b825-b94c15e6b1c5 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,2beeaa23-c864-4a4e-93ef-ca83488005e0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,b03e0b65-203f-451e-9894-c0eebb6e735a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,f1124274-b896-45fc-a118-fd6d69391004 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,c6555800-2d6b-4168-b232-6a7b37b3f80c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,c1ac9eff-1f6d-4689-b8e0-f4c6d499a117 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,39d5227d-490a-4ba6-895b-2b956fb24fc3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,07e35779-e257-4c51-8889-372963b50d19 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,7017df32-2fcf-4e17-9eed-be42d5a2fde8 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,3a0da192-4254-4046-8cf4-4be8a1134d2f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,8ee9e2fa-a937-4507-bf4b-98a37c48dac6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,56592524-6161-4c07-981b-b8367b5ba291 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,fb1c1983-ad84-4f33-9e32-77cd91c99fea +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,d4813944-73bc-44c7-bac6-84a28bee5f55 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,dea54b65-d039-4374-9402-dc6d4ebdc555 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,80fef823-2b2f-47c8-a594-45ae1d27b495 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,96adab2a-1dfa-4c4a-b69b-88460b441fb2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,8ec56944-7675-4e04-be73-6ff82e6d0c47 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,5db33699-fd30-4446-8924-f5ba8545ef1b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,45ae9536-183f-4f67-90d2-37d27fd85180 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f5f17842-f2d7-4083-80cf-cf09b3862014 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,345d07bd-d9c8-4059-8bf4-c78335c6ee61 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,e0126e2c-d256-47e9-bc08-a639e52dea36 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f4108cb8-b988-46a0-95e2-43a6b65b1547 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,e704769c-1ddc-45ef-85a8-807cb40b52b3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,1d3076e8-a181-4429-96fa-f39f8036305f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f1495c9e-4579-4b32-9c85-b599a71ad4cf +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,65388b66-4bd0-4f38-a307-818c396ed0bd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,18c094f5-196c-492a-a1c2-4d7cac2573ed +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,05ff0b4e-706a-43c5-8635-8f981a52b03d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,1e8aca69-c139-456e-bfdb-41107afec902 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,60042ec9-6c80-4139-97bf-9a80ec2945f1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,84de72cf-ffa3-402b-ac7c-d23f31445de3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,f39ede97-27dc-4d55-87fd-5e45d03e098c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,fd9a392c-b8c8-464a-9f56-0a5abeb7eace +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,49cbcd90-5f50-4512-9d47-9663ab40b402 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,62033166-7bc7-467d-81ce-efe6381963bd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,66833f1d-e555-4a89-af29-e433b45958d0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,9f137d04-076d-4852-b7b9-7918078fd7c3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,68505517-62b9-468d-a2e7-8ee91309b9a0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,f2671607-d00a-43d8-9e44-30d936e099fa +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,46b6cab5-1b9c-4e30-9c48-91675a37f7fc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,c5d2ceee-ebe9-4df7-95da-8fc95f6a4868 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,525249da-8c60-4524-bedc-285ea7fb6a4f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,595c6db3-8ecc-4b00-af08-324751358266 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,d8f6cfe5-5d8c-4ec5-b1dd-8406539d40ad +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,78f06170-8203-438f-bf5f-e947be1c29ae +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,193995b5-e4b4-46db-bb56-3f35f23f19ac +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,f85270d7-c0a3-455d-8a52-a21fe63b6ecd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,b642efed-736d-40e7-835c-804e0ded01a5 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,04630f55-a2f6-4800-b34d-eba52865968b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,96f2b28c-5cec-443c-9cbf-019fd2d32fce +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,4476798a-4f53-4aaf-b668-49606b854aff +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f0afa1ff-97e7-436d-863b-2ab25792b10a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,0bb2b3df-146b-4138-bc0d-9c8526369d1c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,6918ddfa-83a8-491f-b6ee-20710a96be74 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,bde16a12-c6e5-4b96-9823-5979e69d4f07 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,0b99a53c-eebb-468e-82c3-7f84c435ca9c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,f5a26503-941c-4558-bd1b-9d9432b4481e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,89390c98-802b-4025-a0ea-fafe03011b84 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,2a781a25-b875-4a06-95e3-21bf6579b53f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,38803930-9a54-47c1-932a-66879fc69859 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,67a6534c-b388-4802-8f7c-9b1e7eec2bb2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,85464adc-516e-4a01-b635-83c470733c5d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,1e5f86af-cb2e-44f1-8810-5598b70e702c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,b45bb50d-3e73-467c-a493-50f3b69e385f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,df73d66f-70f7-4232-ad0c-e7e499755567 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,8ad7e4f9-0c2c-46a6-b654-e3a4213a0db2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,c3815bfc-2198-4f79-b8ec-ab45ef206640 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,9989841c-3e0c-4c32-8dc6-a2cb4f9eb6d0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,487317dc-5952-4d1d-8739-316b284fb9b3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,30c9ebed-44cc-429e-8448-dd828fad297c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,25dd0125-78a5-4d88-a392-ee5eea6d6c86 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,cefe8b09-27fc-4f89-9741-2b3d4786704c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,f8520ea2-dde4-4b30-bec1-2432462f06bd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,6476c374-4164-4de1-ab51-db25eb0f7ffc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,9a3d4931-e4ce-44e6-8a01-4f42f718de2a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,4c1f77d4-b5c1-4c9c-ae5a-d9fbee99113e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,5fa8abd8-db26-4628-abf4-97a479ec01d8 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,98c22199-68a0-43f6-bbdd-e220f7deeb37 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,226b959f-d3be-4e2c-9e2f-1268816f4e80 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,765976ca-6458-4b57-8b3c-a9eede68fc31 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,706fea10-3241-47f8-913e-3d4cab4ca4af +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,5fb0fb72-03ff-4f27-ae82-92448c48806f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,152fbeec-b7f9-4b35-a070-d55248c78df1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,c69cc8f5-10bf-466d-abed-ed54f1b9d9e9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,86e61fd2-c51a-4e4c-9aaf-02054620bb75 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,f312a7fd-e878-40b4-b8b7-5af36386743d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,ff104132-365c-4d2f-b059-85b38666bd6c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,9ad225bf-eada-4276-a93b-6cecd70913ac +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,af84c684-0d4e-4a80-b1d6-187112355eae +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,5c4f2d47-e41d-4158-9e5b-97a3e8041f61 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,2915757d-4c6f-415a-a3e6-b39d5af35fcb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,f816060e-302f-48d9-b9e8-401017ad82a7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,6631fae6-a724-489f-a4ad-5481d291beb8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,0f8b0dd1-e706-4b52-ad66-4905064b8755 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,ef4ab7db-396d-466e-8e3e-60b5575c1e40 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,ff377cfc-c418-4368-bc78-e59e0094bb79 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,baae2172-8aae-4f25-a3ee-0b5aa2adae73 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,fd9742e0-87c2-4772-9c3f-f5e90cc0467c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,f0fda68d-20b2-4a08-932d-911a9ef55236 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,967e338b-a250-4fb4-9bbb-7f77fccc6e83 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,561db622-79ae-471c-8c8a-4cc10a9b1129 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,42d1eddb-22c2-4829-968a-58d7526f1d64 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,1900907b-bf69-4df8-9660-bbc6213e992a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,e8b0b354-9d4a-4361-b39a-e17c6bd2c58a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,aefb8eb5-364e-44df-aab4-c738ac74025f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,85dee765-ba00-432d-a710-0fd5ac4a10d4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,5294e7a9-3032-4e47-8dee-bec5cac1a22d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,82a4edd2-c3d6-4b14-9bd9-3fc624b2b9aa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,8a7c7c1a-a93e-4ea5-b645-a1d6e7bfd01f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,520de3f7-1186-4721-8471-cb13c3437aba +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,c9327cea-d59d-4258-ae5e-a30dfb627e48 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,f44b6c68-88db-4fd3-9293-5718a7b8d9dd +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,af8b723e-8fce-4f07-a0b8-b11dc7453d22 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,2437a93e-6e87-43b4-8bce-0a20121780b1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,bc103cc6-8e13-4a94-b9c0-8661d822aefb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,732acf54-8289-46e9-80ed-c29cce7401c0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,69338fca-ba3a-4a37-baa3-ed4bc1d8ee41 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,1408a9a6-c074-4b12-ba2d-7bbf638f2579 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,b49e95c5-4fec-46c0-aa3d-8bb6cdd488b5 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,e3ed09a4-8328-4919-95bb-606e323755be +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,f5628915-8c0c-4e9a-8657-3494c8c864a4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,f6c58f0e-626c-4cbe-87a4-1c7d87d6fad6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,21849ae8-ab30-4ce8-84b0-566235fb9f45 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,32ef7b29-6bc6-4e8e-b90c-4882813185d9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,e06a8690-6a7a-4234-a63e-f344e2b90ab0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,a2d3910e-4674-443d-85ec-ac1e213ec857 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,de4deda4-4cd0-4473-8ad3-11aff385036f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,1be38e26-3ec4-40f2-a822-55ff1a2535c3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,4299fe2b-090e-4bb0-bd35-2ee83b7bdced +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,0cd7addb-9529-4938-866c-45d7ae15054e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,87a22044-a126-4c92-bf00-441864f2bf30 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,a609725f-aaf3-419a-9c86-2cb68e4ec8b4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,d489790d-fdca-40cc-872c-a2a6fd4c8f5f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,a44654cc-aab3-4b18-b765-5935b937fc0c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,3b531bd5-7fee-4581-96f0-9b95d0b58280 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,ffd1dfed-0888-41ef-847d-505c0c81f7a6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,3a772057-9d32-4437-843c-114c685726dc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,124e1ccf-612d-472d-b4f9-c4180f662f97 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,62581599-fd22-4e85-bc4e-a49b50d17d30 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,432014e5-4b28-45ae-9e69-30f6f81ef594 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,f70b2af4-98bd-40f3-9a2e-2bc8186dd52d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,52155932-10e2-4b4b-9d61-cb2d176b1068 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,c61393b7-9c7f-43ec-bb2c-ed669bf18094 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,d5f737be-c0f1-4568-a5cc-419920434330 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,b2c0e4a7-cfb9-4d4d-bfaa-e3d4280bd9a6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,c3de45e8-4afb-4f85-b882-6e5d9122da5b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,18012daa-f5a5-4dc8-ac40-445681162a2b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,921dbeac-3c42-48d0-9114-9137f8273b15 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,dcccfdf5-5848-43c0-9ed9-e8c27c0604eb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,f47d3fda-6c41-45fc-832b-c0527ce1cbd5 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,5eda7f2a-19f9-46b1-a1ff-27f4c61132ed +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,13355c5d-177d-4fc0-b023-d2d6dbc823ae +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,44e4a1c8-7b6b-47d9-badb-763992ac8f38 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,c8ae0039-d785-46f0-aac4-1e6996263245 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,be12f4a6-f515-4ab4-bd3f-c8663383a9ad +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,55c12a40-e596-47bb-ba58-0010b3644a34 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,cad261d7-aea1-4689-96f1-10549fa13dd4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,57a14bae-cb95-4711-acf4-b6af51f99c81 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,75d9bf02-1fcc-4b16-b989-5f62476e7215 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,b3552535-21c9-4c03-bb2c-bd89aec8205a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,98042df0-6958-452a-984c-bfd2badd1f0c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,03117f42-812d-4b09-96cc-ef9df53fefd6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,53179b64-36a7-42a9-845e-57480d68a5f7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,269baeca-27ac-492f-b0d3-4f9f55aba9fe +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,757ece05-d57f-4dcd-8c38-fa831ec0a178 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,1b262026-2d2c-4117-8cfb-583be3799ac8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,3fe9cd74-cc8a-46f4-9230-a965817f2f79 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,763def08-12e6-4064-9bd6-e8979f5c2bcd +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,07dc74a3-5832-4810-979b-e73e68315c46 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,95700250-ec43-4bc2-b2a3-1e1d05975bba +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,672177d5-87fc-4385-8fe5-b376f48c7249 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,05a4c491-e745-4229-b182-35b512f7f0d7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,756bf9d6-6d56-4571-b4dc-f3304123cdd6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,dc74c4f4-39ce-49d2-b308-5986b433969c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,86147a84-b532-4bbe-a5d0-19e077b4dbc4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,061b1902-515d-4429-b878-a8f01b2d6584 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,d04beaac-c27c-42d4-a411-a9206dc9562f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,0efafe4c-8ee0-4762-99aa-b712f14b17bc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,bc24a19b-7e40-4fc1-bca6-ae408715315a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,2e1eb0d6-39aa-4878-bde2-f738a36524c7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,9e5a9632-d962-40ac-8d61-db1193cd5227 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,ff076aab-d5d6-4aeb-9f1e-c5c2b00e6b2e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,8db39abf-da25-4258-9c7b-840fca0b1928 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,e950fac9-b0bb-4a08-8e32-aee48ff6c2ac +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,7786b926-00e3-4b8a-b678-184d3abb32e3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,c1d35ae6-5e34-472d-bf58-6f69bb199114 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,ce981ee2-f21c-4795-a18d-f67932687c46 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,946a8105-edd9-47e2-afa0-a5e23307710d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,1b251865-d70c-4dbb-b881-4d3a32ce7023 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,b1dad163-3531-435b-8403-465d0cfcf102 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,faf04372-66b4-4903-a07c-69a4cb1554a3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,d8f621ab-11b7-4f72-a951-3cc037edc527 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,bc2640b8-bff2-4285-b60c-d2ca61530ba5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,b4e98e9c-5582-49a2-a334-7c6738740c3f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,b2f91c0b-5e15-4a5f-8663-7cda114c6b98 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,98d27bb7-8e22-4242-961c-10a86e5fd665 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,87bbca09-e398-42cf-9ddd-a2d59a4b7961 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,011e2369-b0f9-442f-ad27-f6c23dff94c1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,ae673754-7607-418d-8bfa-bd14855175ea +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,c5ca844f-a571-46ca-8ce2-a2988363ee44 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,0653fd28-8f9c-4f82-989e-6e7de3efa759 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,e060c823-8318-4dec-89bc-16b72db18fa2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,0b9dbc66-e20d-4a3d-baa8-6122e0fcc58e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d6dc0f2b-ca8d-4577-8704-6a7e1b75d8de +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,2ba9c03d-f220-458c-8f33-6c5bfb50e8d4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,59766f3f-9b8e-4ef4-9b5f-eb463dadba0e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,009ebdf0-88b1-4162-93b1-8f342d73dd39 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,5d5f4c03-9c1a-4470-9997-f0e054f23f60 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,fdf60b8f-c687-4821-b73f-a8080fe3a82c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,54d744e0-e9fa-4118-b127-31b99ec1c413 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,c710f848-c391-4d8a-9113-eecbd953c174 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,eb4272a4-7415-4403-896d-4e73f9c923c1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,4fbd0038-f7da-4633-854a-1f2a4c963503 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,0ce0b0fe-9b39-4746-9fda-7e49bc054a8b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,1b8087b3-396e-41c9-91e3-d741147bfe66 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,cdae02c7-c59d-4c9b-814c-c455b30280ef +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,527c8544-f8a2-4e93-90a2-27605e98d0c4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7bd46e12-e31c-47b0-8639-255fca645c3c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,54041019-840d-4750-b06e-f0c48d7642f4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,8dd2bfb4-6153-4a71-beb3-8115057f5b62 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,4b771ea2-8b69-4ce6-babb-65e4f699dcd7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,b2c3c062-8633-45b9-bb78-addae9ab4df6 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,37dae8c2-fe6e-4cb3-ae22-72d2107fa56c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,24e3b4f2-b440-4321-be90-8fea1207bd35 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,c51f22cf-7ebc-4fc8-b262-f0e8a4637e68 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,b6acf93a-947a-432c-bafa-757d1e267250 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7dfe2983-dfd8-4053-bf29-e68858399e2f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,102d367a-7216-460a-a9e0-33f0e4661fa0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,bcf6e8b5-3378-4cfd-aa1a-3253970f041e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,54217327-706d-48aa-827d-c12e07ff8609 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,9cce5056-7a0d-4735-b13e-3044b962957d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,81b90430-e1e7-45d1-9adb-01b2715c6cb5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,8bae34d6-9a36-49d9-b756-a59b222b61c1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,e002b043-451d-4124-906b-073e61a86be5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,587b2b94-94e3-4241-834a-84e00f55489c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,6dec4d5b-a717-47f9-8c64-ea28fb02aa79 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,62d4429f-5ac9-4626-82b8-9b08f3a7b0e8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,04602c9c-3bcd-4c98-8dbc-eb3e63bbd555 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,dc86af88-71c4-4841-bfd5-b6872555e477 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,02767cbb-a214-4c36-83a2-8d986543fd1f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,48d72d16-8566-4378-8e43-67fa210bebb4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,b2a5c041-68b9-4f35-8612-f2aa90515b61 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d8adcc40-7934-4624-8d2e-07b7e87fdf32 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,aa57d288-f629-418b-b87c-4c244367805b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,e1c40e51-318b-478f-9ba0-5a55925574d4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,36ddf3b8-2385-4e67-a055-e1826f199d86 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,6eeaef7a-e4d9-42f6-9a86-b1d6295369bb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,a215f51e-4d21-4243-95e0-86761eda61b8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d6202193-589e-4884-b950-a060586dc6da +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,37b54fc4-7c35-4b65-8fa5-3b1976bd0b81 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,0ab6b081-af69-4b71-af94-83349eff1e08 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,998ac9b5-4671-49b8-b158-493b1bcac3b9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,0badfbf7-82b4-4bcb-a09e-9eaa9cdcaec1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,f262886a-a954-4b79-ae89-fa4a0094983d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,ce1323e2-c3a1-4756-b219-2c855fb574ce +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,77cf1b68-484a-459c-a990-30b1300ea62c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,653f5fd2-d3cd-495c-ab61-1c35fbc23d28 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,e8005a75-79cf-40f1-a5e6-ec59aa542135 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,fbe2f176-9503-47ef-a043-51e278eb784d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7d058563-ad74-4829-bc54-1b72cbab5f2f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,761172ae-3e51-474d-b031-067e02de8dcb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,a35785f7-d625-4d9e-a3bc-1b34ec38b698 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,db644c36-4a05-4365-ace8-b781a0e01bbf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,45abb3ce-38a2-4982-89d8-04886f537094 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,20901e45-8852-4742-aeca-67784e59cfb9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,f1d4db9e-61cd-4a3b-bdfc-9f5fe9f3a635 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,ec7c4daf-b7ad-42ed-9bf6-568d7341bca4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,d60db289-ea7e-4267-aa5f-c84b2368fbc2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,4038f932-1228-4510-8bfa-35cbf0476060 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,f145dc2b-2ac5-40f6-903e-f68080430ec1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2754dec3-9207-4b6f-8b29-ee83c893f69a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,681e21ba-3b4f-4686-9bf5-e7c31453e3f7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,90a91905-f571-42fa-8f24-e029d0cd6104 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,70038a0c-0563-4fd1-9b7c-376a74a1f9fa +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,e2ab995a-b349-48c4-aa86-4b8b0b844fa5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,3776592b-17af-4d9c-8460-8a2b44231f57 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2f073aa8-60d2-4f92-accc-6ed3420854fb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,26a29be9-84c7-4c98-a16e-b535895e22d7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,6aea2c43-b001-49d6-85ba-df49c271d9bf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2c1e2e3c-9541-4f2d-8140-24875b94649f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,60402b6c-a29b-4fe0-b518-f2ebf0c20c92 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,9c9facb9-4037-4691-acae-499cd4382bc5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,b7636cdc-237a-49dd-8463-1d492c47959f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,bd3fcc2f-0047-424b-885f-4f9ad0504224 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,6ff868cf-01e5-4147-a4f0-66c3005bc00c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,56b01515-c7d9-4dc0-980d-c9d0ffaad950 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,ec394931-5ade-4c07-ba3a-3c92ffd3bfa9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,2d4cf7fe-5f62-4d5a-88a7-f78c1d0d860a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,5b877383-bfbe-4466-9d7a-4de0e1e3dac3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,51f3b5e5-2c3a-469d-894d-8594f0c51709 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,f9c37bb3-4f3b-414d-ab0c-1b1d9bbe9fd6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,c88b28bf-a8b7-43eb-af8e-cc3c0e3c47dc +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,a5dfa2d1-4bb2-4660-a0f5-8635f9bd3af6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,a2c8108b-f074-4f19-b6ab-1e4417bf0b5a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,071b18a4-7d80-40ea-aecd-d07ea49619f9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,769f88ba-c098-4690-ae49-5d10577fa352 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,ca42373f-5d36-4d70-9af8-092aa06fc30a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,34166c0d-7b3d-4fbe-8076-c40cb3435689 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,1bc40e4c-67cf-4d8b-95d5-a39ef395c75d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,8b7ce7c6-8521-4fcb-95d6-5fff3c3de24f +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,832a2b42-4ec7-4f2e-bc08-11dbe1c9dc9f +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,9ace690d-eae6-43d6-8ea7-bf50acfbbfb4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,f7c59990-00af-4371-984f-6085792e89ff +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,d9232533-a49e-4832-8278-f8be35609c16 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,8193d6da-ecaf-471a-9b41-69b275bb04da +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,403a2a9d-9da0-4618-9432-a890e1de9f46 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,f2818ff0-3ae8-4894-8337-984bb0b8e3db +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,5445141a-c30a-4aa6-8937-2f60d94a7c6c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,53e932a3-066b-4f3c-a0b9-49027cc6d7db +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,c273de2b-a03e-4c9a-a0cd-b3d4d3c8b413 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6aa186f4-2206-4c2b-a8f2-1ca89421927d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,c74eceab-5bfd-4501-b4ad-407af0d1c7bd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,5d79cd39-7a6e-4971-aa18-0bd8c3d8d8d7 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,3b0a4505-6b2b-47bd-a5b5-1e71afdaf21b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,3d2ac180-fa56-4793-be02-9e3027320c6c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,80364c9c-f6e5-4b8e-87c3-8d2772bd647c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,fedd5fc7-f7be-4b3c-a5df-18bddc780fd9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,1d1a058f-9cf2-4655-b822-ceb910246aec +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,51aadca7-c6c1-464b-954b-178c275624e1 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6523116c-ad80-4b39-a86d-bfd4f9ee8e9c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,991ffbaa-2f7f-411f-a05c-9a3dfb48e8e3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,1d8f5539-7fe2-432e-b16c-ec6a9dab5a2b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6da9b993-f969-4976-8bc2-7a9ad2796743 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,8a286237-9a33-48bf-8aec-8fda98ef09fa +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,41e421ee-cc61-4ef1-ac4f-7cac9e89f55b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,f9c0badd-c916-4cb6-a0fd-054c0006932e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,fb87cda3-5cd2-4500-83c0-aa43c51ad707 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,900d49af-731d-4064-ba2c-4dd094d8559c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,334ae02d-8922-4ab3-9967-781e556757ed +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,a7cc533c-3014-45d7-b8a9-d755c0b1a06e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,8acc7ad9-c10b-4b8e-bbb1-62d505a12d97 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,a45721ed-7015-40b7-ab05-06219de334a5 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,a4c95475-310b-4f22-aac9-eb2010496633 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,9eb9aaa1-2323-4e91-bec6-e6fa89b55331 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,00846a8d-aae6-4b31-bdc3-56b1411a5895 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,8557dd45-1b53-49c5-aa18-80d9baf194bb +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,e6db968b-cdaa-4783-af7d-67d83b4d0329 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,8dc7c0ef-e71b-488f-8b20-ea8835a17fce +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,0c189960-951f-43b9-b801-e6b4f42fd274 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,cd96ea33-ae49-4ad1-b3c6-2761d747d27d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,2a8161d3-d735-450e-834f-0e99ad98f58b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,b5b3c6b8-6e60-4c29-8558-f571f8b6b104 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,85fb6ec5-2c60-494a-ba3e-3ef92122e95f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,2053465c-7bf9-4b0e-8f82-bf53f5179595 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,6bb0ac09-f5ed-4780-916d-a3accdbb0bc6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,061e800c-1652-4e75-a279-21dcf4695c03 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,23d0b5ea-647f-42a8-b5a6-e46451901af7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,2ea64f0b-3045-4799-a417-dbc97f91b070 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,4c50cb55-44b1-4560-ab5f-44a445a2c953 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,ac634288-53f2-4709-b2a9-56c76d907af0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,d7e04a14-490e-4a29-be10-b6ed7840dbdf +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,a7ac6c5f-3880-4943-a3c6-7a57790d7390 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,21d89671-2a06-46e6-a576-22bf23ffcc2c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,e68ec425-e604-4439-b6db-d28ad9265291 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,5e34fb32-2c8e-450d-a912-017a77ce33de +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,11879b39-c094-4f46-b28f-e7d93934b076 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,10d7c676-684d-491d-92ec-b54a98d0b15a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,609bbe34-b87e-414a-878e-fe201075e1e1 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,8861af24-3d95-4a92-a71a-393f5bd9f5cb +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,b46f021c-2d0b-4224-bc5b-07efc825e9c9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,f6cb52bd-7b37-4854-9c2a-fed41089eb40 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,3fce7ab0-09f2-40f3-a3bf-6d156270e576 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,8c46ecca-0c2d-47fa-bab1-87fb2bfc268f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,83b31f71-b2b1-4756-8c18-a113e665431d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,3369a868-2d42-4ca2-9ad3-b0102969b454 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,2d4eed6b-bea0-4112-9345-1644e094b3f1 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,0da37604-c5f0-4a0d-972a-d3211e08adab +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,5d5bf64c-d297-41c3-8af8-165ea15e80d7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,cb25dde4-dffd-44ac-87b3-b6b0048e574e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,45516905-bd58-4d52-a06d-127c9d025701 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,74406767-2229-426d-add5-f0026ce8b1fa +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,65895a80-dbd3-4ca1-b99f-c49f4f4204aa +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,63791e0b-fddb-4a83-8160-92f2c412e477 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,52b8d796-28d9-4ebc-b677-5935d4ef9ad9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,9af15e9f-d114-4000-a537-ea8477c296ee +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,8e11cad2-e246-4b75-aed9-2c1f8e03070b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,daa7eb1f-a7d0-4f66-ae03-11c77d75aafe +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,2660d8a0-a92f-4006-8c5c-6bc493567b34 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,65e5fb7e-9648-4d1b-8eca-a3b9423c75da +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,1add0b87-e395-4130-8cc0-ea0d1deb3eb7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,7126a01c-e680-4590-96ab-6723d06bcb43 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,29287535-19a6-49f6-aa07-edb8c4c00bae +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,011a2c52-4382-4233-b26c-95b3ba8c72b8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,6bfaaffa-0c12-4077-9e95-c45fad9d3059 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,794de29c-fef6-41d5-a4c9-6540a8118d3c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,5f2c6612-f884-4d40-90bf-b785d1da13e0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,2e6f2795-0e22-4bb5-b765-3d5003e4ef43 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,fe3ce837-cb5d-4d12-b2e5-84e85cc244c2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,c9e4285f-5f8a-4c0d-af36-f89c474d6094 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,9d825691-1d3a-4ee8-b052-22cc0ee2c7f1 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,ef17350a-24e9-4f39-94e6-4c9c311876dd +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,43904ca3-4ff5-4f08-9a65-9846ed40bf00 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,52d1661a-3567-44dc-aa12-80df9017ba09 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,8d79efe9-7347-4167-902c-d917178d218c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,07672d41-8c99-41e5-b262-3e8022a450d0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,5b90a87a-45f0-4c89-8569-d93d08e13d7d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,7820d756-6fb8-40a0-b162-cc4baba04684 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,20201cf7-30d1-4933-b882-ede7d7b703b0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,03410906-8e8f-4d82-81f8-2bbb2be514e9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,373d3d7f-a7e8-4a46-807e-140de04425ba +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f017d78d-332e-44da-ad28-6745d8f254d8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,29ae560c-432a-4da1-89e9-570bff103938 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,ebb3d3b1-e1e3-4393-a7a3-caa03a50e4e4 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f028bef7-ad1b-491c-8d38-1df5bca0236b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,f8bd6483-fe7d-40b9-b85f-874707909132 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,ca08820d-3f1d-4b9b-a49b-775e72bbd2a5 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,9a4df139-6591-40e2-bdb1-694527facef2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,63ab990b-8065-4897-b135-f935c7bdf370 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,980c7f95-67d2-4087-bf36-a9d4490002e0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f32b540a-da3d-4e71-a60a-193a2fa575b6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,663a4b74-494e-4e66-8a3e-5c21d718bf72 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,2f61c00f-1fa8-4991-bf62-d3b1fc62c145 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,91570ba2-e7a5-40bf-8011-f0709889ba27 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,eacd51b4-4e4d-49e3-a0e7-d9bff3306ae4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,a320f91e-9736-40d1-b106-db83b8deecc4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,b2e5ecc7-081e-4fe3-b2a5-e8ad4a610992 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,17c2c9d9-4ba2-47b3-bc2d-a641f592616d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,22f6781d-5d82-467e-886a-bd4899909a97 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,7dcfd6a3-0707-4035-b94e-a067938d1b84 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,bdb54777-0895-40e5-9133-3ea15b20a960 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,fdbdaa4c-a17c-41fb-a8d2-dbac11086dfb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,338e9f44-034c-4a1d-bb13-155b29921999 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,5a175469-c254-41f5-afba-1e1eabb5d909 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,696cf5ea-40cd-465a-99d6-70311a803425 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,0309d587-39e7-43b4-9248-68f03b906cde +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,c6115b53-096c-4482-a653-536de17dcf84 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,8e8eb79b-4919-4155-8da0-371b55d3c177 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,4261c0b9-877f-4e7f-8b9e-e4237ec5bc90 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,8299e675-4386-4454-ac97-6a6ac19a1e27 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,97a928e3-98d9-4ae5-a3f8-6a0f976c27a2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,db0c0f32-efee-4172-9daf-c9231dec2bc6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,0a9ced19-9aa7-4971-8c2c-8eb564ee36e2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,ba6abb79-439d-4c0c-aaee-6b0c0d974e3c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,a3933e1d-79d9-4fe9-8211-8882c95f2f27 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,f9aa7e82-2c26-4844-b9ed-b61419620858 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,ed7a3242-e3a1-41fb-b460-f0a65c905dcd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,9c821295-276f-451c-9a19-357020c83ad0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,abaf2bfb-0ab6-4eb7-b4a9-1a1d03014ed2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,a62797c3-2897-4191-aef3-4462a137b855 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,d6db1f4c-aa3d-4f2b-a5f2-e34b01f84ed0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,e69f140b-b402-4ddc-803a-932b3892a7e1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,318ede9b-c731-411f-9065-99ea9c0e0511 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,99c5ac66-4aea-42f5-bbf2-298c062f9e2f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,4b7069fa-63da-43ee-88ee-d28ef4a7a632 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,4221b853-202f-4582-9597-0a6dfe20624f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,6e83ef35-b406-46e2-9cfe-6390144e9928 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,d1d58d4e-2704-4f58-b05f-a430073eaf31 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,41ba1232-636a-4b52-9079-377e49f475f7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,37f0cca3-8f33-4691-8d02-49bab1356d96 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,abecf6b3-613c-4ff4-92db-68f87829a16f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,ff0568f7-1ba9-4b25-bbdd-0c043e596e2c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,4ae7697d-e00a-4e1d-9c2f-be5a9f2ea612 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,4c18234f-a3cf-4833-a4d4-c49ed7b57a09 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,457bb6df-debb-4e74-87ad-d31472fd9ae4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,3d5e62ae-6ced-46da-b71d-83b5c2bfed94 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,7b2e3d1f-26db-46ac-a9c2-0e996a66e9d0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,8b57aaf4-4012-4570-9b74-d6ee7ec3c5c7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,8885d74e-7008-489c-9b09-06ed876a6aa0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,211e2e59-0574-474a-afb1-43aa3e23f432 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,b7c2c069-9661-4cf1-aeae-68c307a58eb1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,08c3ad3e-85b3-4007-8bc2-72f28dcafaf8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,bf6f0e23-bdd9-491a-8ab1-e93204d98ba8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,4d88fcf1-176c-48fc-899f-09e551dbbfcd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,d88b7d01-803f-47e0-b900-e6bd92b9bd51 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,567b8847-1f4b-415f-a624-d29dfe702b72 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,f91733a9-a4ea-4a37-ba58-60ef231302ee +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,91621368-b4c3-4b97-b349-1bb0b6ce1341 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,ae335cc8-e023-494e-9efd-e7f54a6ea6dd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,31f7a5ce-3029-4667-9877-db138723888e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,a88ec392-d9b6-48f0-b1e7-ee541cce31c9 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,fd698049-be9a-4344-9db5-501e3fed0fec +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,e5362fe4-5712-4353-a129-b38dbd280b23 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,052ca639-b400-440f-a825-a844a2b23ccd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,f6b4dac4-86e7-4cb4-b063-19b76ca0fe7a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,122caf16-be27-4f46-b321-bfa2673a1273 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,66a8e15a-f64a-4c19-ba74-e64c5da6cf33 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,2a5fadce-a436-43e8-bf17-9d2c4bea84cb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,850c1b59-6da6-43e7-ade5-2c7fb7409010 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,8160141c-1256-4a0e-b86e-7b0ad8283120 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,dcd8f08f-5836-49ff-8abb-18174a69c4d3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,e5fdae5b-1e64-406a-86df-016a45935476 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,6bc77b03-c277-4b87-a705-cafcacf7406f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,00d7c4e3-c82a-41fc-9307-034baafd29df +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,41d33f0f-efab-4004-9862-e6d3da65a2ce +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,efaacd0a-0d1b-48d8-bdaf-7d3f7771b0b2 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,3b4c525c-8004-4a75-b1ca-b8aeaea4c399 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,c0271553-1995-4fd9-94d7-7500ea26e224 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,64caafbb-ba06-4a45-8392-00b4781f763f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,bd588fa1-832c-455f-beb2-89c4cb0c3334 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,dabbce3e-534d-4677-bb3f-c001aef88b25 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,a1f60ff7-2cfa-4191-922a-6dd1414a4cf4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,d0d751e8-b3bf-460f-aa86-276d2896d2a5 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,4cee6443-1e3f-4104-9ad4-7d92f10abb76 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,caf1f6d1-e0ac-49d1-91d5-fd1f9a2c8c14 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,f41d37c9-dc57-47ff-b26b-133603aee686 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,e7b0d43d-468c-438b-9fdb-f4238931c113 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,27738fcd-72dd-4f34-94e7-503cdd9742f7 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,4cedf12b-dbc1-4bb6-9781-77ed6af7d24b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,aa325540-0585-4884-b7f2-65cfc0bfb867 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,48c83d7d-c576-4c6e-9d2a-d9fd116aa4fa +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,e910b34f-eea9-42be-845a-ebb37b82ad27 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,157f4fa4-77e6-4527-8c8c-331abfe9e4d3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,c3e92cce-c704-4e5b-aad6-b14df78e6c8a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,b9cb0925-bbf9-485d-a88b-5c36f4428018 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,d347f589-9227-4ffc-8613-892a5b876331 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,c3cf69f8-20f0-4ce2-baf8-9a10ac5dcd9b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,1c3651d7-caa0-4d5f-a8fe-7c78c3e16042 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,e992985d-f561-40fd-8d36-58ba19d72c55 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,471d8d06-b1e7-4c37-a7ea-301616f904d7 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,ee1e56c3-1794-4aef-b7eb-5fe653067bf4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,1553abb2-59a9-4f3d-a990-2060e7746e74 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,a1f01c4b-a2ac-4bb7-a8fd-40afaf3bc9c8 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,46fc4436-faa5-4c9c-8a13-78d0bf27dad1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,81a3f7cc-f7fe-4257-883d-d8d8cef629e6 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,30336a56-b892-40d5-87bf-8a4a5d280359 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,4004e521-3b6d-4bcf-90b5-ba401932fe36 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,3227063f-1cf3-49ab-b356-4ab042746a9a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,0321806e-b6ec-48d4-b814-12a0e46e6a2d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,825dc227-c29a-4273-b8db-66629a965450 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,de6670e1-8e61-43cc-a65a-ddcc1b39b44f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,7025380d-cb6b-4720-b262-640e56f01713 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,e02d4f75-b4ff-4ab3-946d-084b943cb758 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,d664aa62-4e57-4dcf-99a3-69d4101d31cb +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,683f6976-acac-4d5f-ba61-d30c9e0d3a91 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,a5bd5d00-7082-45b2-be81-9b8f52897246 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,d33fb21c-acc6-4fa3-9c23-602ea885a695 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,5d179526-af7e-47dc-a37e-9fb8b7fdbae0 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,1b5ae18f-5952-457f-aa63-535964f4bf32 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,12886afb-a630-4c46-b5ed-711f64c9d320 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,a1aecd36-db44-4c3f-a534-4a8767be19f6 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,bddbb64e-8c19-45f7-89fb-19580e609793 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,34cb9230-9cc4-48ce-bca5-87143ffa9249 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,fef3de3d-6934-41e6-bbc6-b8b366a66d9b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,ddcc1810-60cc-4ebf-af0a-f541e547ab11 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,b676e711-3a9f-447e-aa80-4e2a3d78589d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,ba6da677-fe00-415c-b51c-1f3fc6beb029 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,511bbcd2-24f4-45ee-8aff-ba1c4e5eb82a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,e2f75922-c12e-4510-89df-dac291e75e31 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,e7e32fce-5c52-40a5-b17a-22ed2319e76f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,6341131b-f71c-47da-9c40-0cd68a965d1b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,b761f6fd-6c2e-4bd7-9342-700a41587a24 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,28872c05-6608-43ce-a8f6-7d1a9bbf18a7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,3eab827e-73b8-47e6-898a-d9485ec7fe20 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,3ef8aee5-61a2-4fa7-8428-a6148f0c5ed7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,41d543e6-d47b-4704-8d8f-96d9f532edbd +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,06954dfa-5525-4106-b842-a6d7d2ba44e3 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,1359db11-4a44-49ef-9b41-e7b525ffa223 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,19a1c5a7-5f75-4fb4-8507-f8d4d2578761 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,8002d98a-a0de-4d3d-9b9f-21853171407d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,1478bffd-1d05-4ba2-b9f4-66e41f62a238 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,ca52ef52-bc6b-4c72-a698-31fd63ff19d0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,b46d343b-4582-4161-9ba0-bdb84d2b1c5c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,0c4e0da6-df40-4e67-bbb4-85ab0186877d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,6f03583e-2c0e-4aad-92cc-547342776dbb +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,15ffcb22-dca5-411b-9414-071396560b3a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,2bbaa23c-9207-4a5c-a55c-6c6cda9e9554 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,27a8511a-9949-4cd9-985f-7b6c7ff5de8d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,67ffbbee-670c-473b-adce-1412c2aa14f7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,208c6fab-9209-4f97-b9c5-2b9a2ee59a24 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,554000fa-24f8-4934-887d-0828ecb37e00 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,b4309f19-42b6-43ac-bea4-ff194002e6bc +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,628609e2-ab02-421f-8184-4c3a9057d2ce +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,e06a8c2f-f8a9-4474-a943-13cd81b7dade +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,97f0fac5-1163-4a32-b15e-432ee050f0ef +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,d064bf9f-47f3-4a8e-8dc1-73e50886e3d3 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,6f9d1c88-792a-46eb-99b6-27dc5bc4fe08 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,a77de151-6a78-476e-8723-f0d1df1f4b0c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,e64434d5-79b4-40a0-960b-6f288814ab3c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,97a7f3e5-4db4-4d61-8fa6-3c9758c0819a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,b7d29f5f-e746-4d52-8185-636c07a1eaff +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,ce52ea82-42e9-4f3c-84f8-111889e92685 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,7179ea60-9fab-4946-820e-4980e5d449d2 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,2765e42e-33d0-42c9-8bff-b4cf7d5ec856 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,4bf3a7b9-7ef4-455b-8fc7-d069668d4cef +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,cf1476e4-3fdf-4af0-a055-ddc9d0146aba +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,83143f91-3d46-4825-b94f-18aff0760d36 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,39945874-b95f-4e37-9243-045f0fb7fb7b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,1e70c070-9a2b-429d-a931-7618cb936f34 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,07742c13-b918-4407-8e7a-e1eb099bbc87 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,1e992729-5ccc-4350-a819-072828468ac6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,2af4163d-6b05-4713-9df4-86afd81fed22 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,c4847754-3b5d-4f5a-94bf-56d8771638d6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,77a73326-14d4-45fa-92a1-803a0c388f98 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,03ab8185-f807-4c32-a8d4-54afdbaf36a7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,b16bdb34-1242-4460-a71c-edf6547e60f0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,226f139c-7f46-474c-b702-aaa366b295b9 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,1db9d0c9-c691-4108-a539-eea4cec64216 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,46bf5ef4-17da-4691-a6ec-6ca63cb23f55 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,3e8fa929-79a9-4610-8ccf-ff304eb02bc3 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,b874bb5d-709e-4a9a-9032-57e1493a94c6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,a395975b-d22e-46d5-a0d9-cb15da10d8b9 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,d4aa955d-f444-4613-bc01-15905e68bd06 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,a21ff5fa-0e89-4cd4-a574-08225cfa0c74 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,41d8a632-6140-444c-9af6-65aa0669aa2b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,cd190771-cc99-4855-b1c2-31f1b8d6f9a6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,59c3b925-30ef-46b9-86c2-c89a14f3861d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,c29b4f5d-69bd-4e72-9007-8e3b4073ce41 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,aa33b216-9db5-4c7d-8fea-1f8ff536cbae +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,c16a7086-0c8d-4085-96ac-9600991cf391 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,a1f0ff02-7648-4455-a0c3-aab4c8ff4146 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,54747278-3739-4971-b688-c1a033f6912e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,82f23a0e-7e09-431b-9c1d-2565cb966181 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,fd65c740-ab9e-43ac-829b-ebe56409a15f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,a4b16ef5-7e09-446b-8e59-e12c39e2d3e4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,6e56f146-6d34-4ded-81ee-3ab56160c030 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,fb2a4777-9cc6-409f-a00c-ea14d02984cf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,14ec10b8-9caf-4bd3-801d-fe8a99e92613 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,8cdaf2d2-e31d-4caa-a13c-40a14e39b33d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,608c68d2-6dee-4f76-97dd-d5961890ab61 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,92c6dbca-fee4-47c5-86cb-8068f43762f4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,81cd0738-021a-49c4-b45a-6a08f9b3605c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,d48f9362-234a-472c-bf0e-1afcbdc2e21b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,5296ace8-8634-4046-8c9b-6a41e78a1800 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,f37589dd-e914-448b-94b7-752008152be0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,bc8ef85b-bbb5-4a73-b8c3-fe03d1d25bff +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,e403a520-85fb-447a-898c-a0cbbc025b5f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,78a6dd13-a9ca-49df-b34e-31e5d3dbdb09 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,56747a5b-8933-4ca5-b9e4-9a071db37793 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,0e33bd49-138b-43e1-a078-02db95b99474 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,5219ef8a-7de5-461d-8a57-1afc8b43a73a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,a15a9178-1243-4105-aff0-a2d90eec8901 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,7aca00fb-1754-41a5-ae3f-c03bc27c863f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,1556e774-e33f-4d71-872d-66b06ec50478 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,d4f9ec6d-c6f5-4391-acb8-5ffd52bac85b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,1653b5c3-5271-41c1-b98b-ecd997c3f85d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,4d0a5d9e-97e1-4e25-8877-6b5673f4e3d5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,ecf2c0fe-8c8f-4f88-aff1-698e608c611e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,868ab63c-e869-4018-b18d-1d6ef9b04f20 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,f972cf74-d483-4c27-afd0-781f20ba6402 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,1d20cfd3-d480-466a-ad97-1fd762b0b0c2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,99a6d532-857d-41dd-ab36-c98cd9377ce0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,453f473c-794e-4b0a-9fa5-3fa263718d28 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,8d92205b-628f-401b-8b61-6cd7504cdbdb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,06cf1776-8ecb-4967-927f-2138616f27de +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,21876de4-f656-4412-82f6-0f271682373c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,7c5379ca-609b-4f3d-b5e5-4c41251e9f67 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,68b22020-e5d1-4e20-9c1d-3914f3444998 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,21ff2195-6ef3-4b45-ade0-c7a7aac4eaf4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,b87f5d62-1b22-4756-8b12-ea7b395363af +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,12748be6-dd07-47ba-8fe2-2f401fdf2e89 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,258dd1dd-0869-454c-805d-da6b8b9ee857 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,2cad3761-79b6-4684-b8e8-a3b9de64b4c6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,97c83900-20b0-4506-88bb-5b6d3ee42d80 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,225965d4-9ccb-4ed8-aaac-b42ccc74f8df +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,6e17a22e-60c9-4f9b-87de-5813d01d022e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,40eb4428-5c54-49d7-9b3e-fee71a932c40 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,48d1b049-c47f-471a-a200-72aa69e909fa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,c4409516-c3dc-4dae-9963-2176a229b44f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,b23cb203-6cde-49b5-b1a3-24ef6bbfa165 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,a9881eec-0846-441a-b614-0bc780ecb571 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,b5bcabda-e4ad-4b88-85b3-b585dbe77671 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,ad43a371-6740-4a06-bdc7-4516dc254b6b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,5350c63b-98ce-4e2e-8846-1cdb893838a6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,e454ce9b-5346-4b6b-b536-5e739851f921 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,1d31aaca-d989-401e-91c3-6f9b4142f9b5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,47f76aa7-6dca-4880-aa77-8e2bc1793c27 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,36b7c8e3-f102-4f7b-9484-d0253b7dd049 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,344edbca-c535-4f95-b58a-1d7b02451d86 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,6482bff9-3209-452a-b6c5-b2657a77e04a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,0f12c5f9-115d-4a25-9085-53b2c84b675b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,2d47017f-5d39-4172-9bad-45f8f983290d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,22b53cb5-94ec-46e4-a201-99cf53cb6deb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,4b888f9b-474a-42cb-aa76-024197bad51a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,bc5d7750-530e-4955-910c-c729d6e66e46 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,0d9cf4f8-4dc9-49ff-8980-f2e3e6e5e1e8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,4d2afa6e-9f87-45fb-b1f9-4a3f1b22b7ee +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,70dfb284-e123-4c89-bf6f-b6cc8b9f5a76 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,1ee5745e-cf68-434a-bb41-631c2095033a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,23b8c5a8-3956-47d9-bfa2-5105550f6d1f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,5e4ac5f7-4851-4dc2-b0f6-2f6b7c455b94 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,f12ae635-f8b0-4c81-8c74-eba25d7c3e89 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,69e4a7ac-65bc-4c87-ad99-8d3b3daa192f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,3aae5006-29e7-4e82-905d-b398bda6bfb3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,d34d6016-d5f8-4ade-92dd-9c6d81f8df13 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,002d6811-8c5e-4189-b6d3-5f77821e2dd3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,1dc55f45-3303-48f0-ac19-ec66e836b32c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,75183e5e-2302-40ce-b984-e178581ed2ec +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,44dc9938-a119-4757-a085-97721dc05cfd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,fd123fcd-3ab6-43d9-b381-bb3da8492378 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,0140839e-6b52-4840-a87c-999b7b8d2f1b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,d39e0210-2af1-4551-9172-26390c167148 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,da7f67f8-e200-4f7e-9dde-dce30d4b3bfa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,4a8f1959-16ee-47df-a21b-e8d3623143b4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,ceaaa36f-00f3-4c12-9dde-fa892f729d0e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,a96eb772-dfc0-4302-ae86-4e8f0b68ace5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,76f0df17-a79f-4a68-88e5-5280c9bdcda8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,e7057077-b363-44df-8480-ed52daa1c609 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,8ffe8092-b221-40d2-b040-6ead165b0789 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,07d8c257-f841-4daa-9e39-828b8139beed +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,7d3c8ea2-edb1-426b-82c8-a24ca7a9dd2d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,7c93d9b2-36e8-4a70-ac8d-b59356c8df99 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,edbeb5d1-cf35-4e77-8959-51bf5c741dbb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,3c25d764-0d41-44c4-b4a7-b89bd45888bf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,2dcda1eb-19ab-4c20-853d-bd3f886ddd12 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,13f73b59-ba5c-44af-92c1-3e9836b3daea +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,7c251fce-65b5-4f35-a5b3-a8bcded64e20 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,f95cae8a-9678-4b7e-9d02-979c75af073e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,8b991131-fe47-4d3d-8dd9-ad4f57efa5d4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,3dea8380-4e67-4c39-88c7-3a15704041cf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,7c71a0e6-39c8-46ed-b7b0-cae1ebca45be +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,d65edf91-8958-4754-938d-75cdc828e799 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7dcbb538-f212-46c0-acad-fa2c303c1848 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,a3579faf-b014-4634-8e19-6d7b7cb76ef7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,8304e71d-ad50-490e-8440-b628fe833949 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,c296a1df-6e8b-43e1-81d4-72605f64c3c6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,01ca7c6f-bb42-45ed-8089-01585c6f0790 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,a2227f42-4dfd-4ddb-9944-4ca7090614ee +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7e43657c-d988-4447-a67b-f634bdd27f7c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,84d8cccd-6dc3-494b-a98f-90aebee1a4b5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,d899f784-73ab-4733-868f-ada09c0831a8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,1bc1e22c-999b-46cf-ac68-9b391e79782b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,ed205ec0-5d3a-4a21-b7ba-94f54f210e7e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,a52205f9-dd0d-4c61-ad2c-353c7101afc2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,8ba56739-5cf4-473b-9b9a-a6a102665724 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,ffb72aac-74bf-4d7b-b91e-60555f971080 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,d950e00a-ef5a-4f5a-99ba-4a0a3c33c54a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,1beb2b73-67a8-46d4-a729-c3317a44d813 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,2359551f-cd4b-4454-aae0-b06266217076 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,fbc4b6b8-8a35-41cf-8850-ec2d5e0f4f42 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,c9feb0b0-9cc9-4cde-8109-4cee0dc8bd1b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,1e19b7eb-cea3-4ae5-9101-00efb146b778 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,0bc0c83a-2894-4284-9c61-1cccb0ff8024 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,aeab7be7-f340-457a-b73a-3065135b2312 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,adad0321-bff6-46ec-b84d-11bd38802ae2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,2db0e37b-038f-4902-8816-b9dae1c2d2ca +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,c9433c23-8f06-4a5b-a39a-fea2b9fe551d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,4c78de12-9894-4d4b-b2c9-c86ef054f399 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,26ad142e-7a7c-4736-b7ce-a1083fb1b312 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,32f967c2-ce09-456c-8ac4-284eed559759 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,541a1dbd-6dee-4e34-a479-ec5f273a238d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,06fd7cbe-3d50-4408-adfe-479c50fa1b0a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,27225922-5737-4234-95c7-5c1c80c9dc8f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,94713b1f-6e9c-4992-86b3-40e5b846b59f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,b01065f0-c521-48a6-9c55-3d99469cb0dd +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,49389bc6-5c82-4d01-b887-5c50291de96e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,2529bc60-a937-4b43-85a0-56ed315991d5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,62d6c9f8-e89f-42e0-aaa6-0254cdd2b499 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,5a004de3-524e-4957-afe1-b0da14d8cb68 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,c567fb47-0ed0-413d-8eac-f0bbb84dd607 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,4d2333e4-583c-41cb-81be-3a9bd5802bb1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,3b86c394-8b79-4565-8766-d98fabe34c17 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,a9b871f3-f215-48a6-a3e4-dd052960a14e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,b9fb2fea-5a75-4625-b361-6b486fa60d6c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,75583abe-3994-44be-8077-6069bffb8442 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,08a32a86-b0fe-49de-ac34-12a344525821 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,568ebb3a-1e55-4bdd-8cb3-0688fb91eb57 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,cb7c5df3-97a1-465a-9053-d9bc5ccc349c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,8ec37433-aaa4-448d-b8a0-9ce30dbb1c96 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,38622a29-c51e-4c07-8b91-082cabb6147b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,1b450398-f67f-4a99-b3f6-b8673419c4ff +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,ce724d0a-fd83-476a-8aa9-d9997e7eed6f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,8cd75587-723e-4488-8656-0b25d5520b69 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,4aec6b5f-0309-4671-b5d1-812b70c9b936 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,ceb349a1-b89b-4636-9623-e7a9d3ff5a10 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,b0b3b40f-f681-4b19-b5ef-4acd3ccf801f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,5af773d8-b8f8-41b2-8010-b287103fdc69 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,547ab03f-354a-485a-bf19-c0c62f115701 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,840fdc2a-6e46-4507-90c5-4676b2c3ec2f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,6e56b4c8-b4c0-4a7f-8407-6f20da0262e6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8201525d-5e33-475a-9d95-a5a9f071973c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,a37135e1-a6f1-4fc9-a455-ad5611d372e2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,0983aa9f-ad2b-4ee7-8639-a39a5020ff9f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,f45ef721-1043-4745-b8b3-676db70b17f7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,d0a143c2-9ec6-4189-9acd-f628aeb174ad +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,15dba88e-0f31-4d18-a1de-091466bd0675 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,49d0728f-d0ca-4ffd-9bae-bdee0f3e2d6f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,d4e581b0-6e2f-494c-abf3-604d47e81ebf +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,b2838c2e-8ca9-41df-864e-660c0bad08de +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,7db7b414-03d8-4818-a460-fc52043c5567 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,567d3527-1d2f-4433-b4fc-70fac76153a0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,6eccc670-ad5e-493b-a7e4-03796b17465b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,270969bb-3683-4bb8-a844-648e575ff7d8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,33606fe5-15ff-4e3c-a0a9-01799ada11c9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,0399f515-3a25-402a-9114-290635296d47 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,b47ecfab-895c-44f5-86f9-c8b09bf78005 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,337f0e22-1464-449f-94d4-b3c56e7ea49b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,9f60cfa1-a3b0-4f34-99ca-6f5d9f5593e2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ecbf4890-0171-4a1c-b88a-541e8299b4d3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,8d0ea2f4-cec3-402a-9149-96e5f12425a9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,43fa93aa-1126-4924-b0a4-a8dc89122946 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,b10af16c-7271-493d-abf3-4c03e35cdae4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,30bf2693-c79a-4b9f-ac58-4a591370ae2f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,3f95a9cf-f267-4ac2-b004-66472ca99d9e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,4de045d9-c677-4797-add2-3d9b1689e5f1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,64f12dce-4d33-4b14-abd6-6e1fabc90275 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,f68d6ebf-c4a0-4f90-8701-6e0bf96c7734 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8b5f9a19-52ba-4431-b230-61023edd0e5f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,e972044c-8731-4e7d-bd6b-a2ea697eda59 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,205a4d1a-fea1-4654-bfe6-085ceea3114b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,2eff43c2-6428-4862-a676-7382d0f26b2f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,383aae37-0d62-492e-98e1-62d5c4478d99 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,2af3dddb-e0f4-475a-a1bc-484a52fe471b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,9599f3e9-a56c-453e-8555-bbb80df0cf30 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,3c8f2b40-6d4c-4322-bee5-460b44017252 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,04653032-62b2-4731-9495-00e7942002fc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,92c17339-0bb4-46c7-babf-b89b95741158 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,fea46d29-daa2-47db-9cd2-5b92c4afebe1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,ea0eacc9-1605-4318-84a7-77efb450f343 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8f49f57f-51bd-4842-aca0-6c5796733c01 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,e77af47f-8b8d-4556-906d-759f40ebfc60 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,9ea0c2ef-c10e-46f7-847f-fd1961ace0a4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ab5d16a4-d09d-4749-b621-62c1e2868852 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,2a4c2357-e7db-4b11-b7c3-f3fa3f7eeaa7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,41beb2d2-0fa2-4a0e-b1ee-d86c51bcd699 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ad37dab7-02c6-4974-9d3b-50abe50df342 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,0d424aed-cf40-496f-91ed-0afed5db1c1f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7aa19fa0-5296-4ff6-9541-ebc72caf7d85 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,cbf439b4-b5fe-4af0-b466-f1788216ba0c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,a159dac1-06b9-42e2-8541-bd505118cc5a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,84c5626c-028f-4300-a3db-a851959ffd27 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,7cf2ff25-f970-4312-896a-ac74a0303718 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,2151cfb0-b69e-4ca9-b0a0-3fe8cb01b2ad +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,64fb7bf9-3d55-4917-8102-9fd8716b855b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,df271dfd-aa5e-45d3-9ed6-19d1fadf20b2 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,93afaa69-e1ca-4277-8150-8a16512739ad +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,dfb6bb72-c6e5-45f3-a420-2dfe0b39abe6 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,ec2f4018-c769-4f90-bfa2-d120b598a7aa +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,65ef62df-ba27-4db8-a445-660246bbf1c3 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,678753eb-4071-4a1f-b532-352daa224cbb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,ef7a69fe-9ca4-45b5-831b-c8d8a24540e5 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,87c52f38-f83a-47eb-ac39-a130325d8c8d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,fad07d55-b062-493b-960e-aedaff22adcb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,f4f5d237-3b79-45bc-a8cb-e3dd0071d71b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,c82a4458-5471-44ef-8fa7-2d66daef66a5 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,95b8074d-a2b3-4a48-8d26-6933e7bbad0e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,f33fea95-9c33-4c07-ae20-744479494a7a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,47cca246-320f-4cc4-b456-5e7b09912e3e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,2bc7415a-3e39-49e7-851f-8c96ca8a1b05 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,0692e564-837a-43f8-9a0b-636ed4b41cfc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,e63edf61-7968-430c-be9e-367d7a0e2274 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,4d56997d-a04e-4824-b2df-dedb4c1a7aad +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,0ea1c619-3c8b-4c8c-9659-c52c68cd488d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,278ed152-64f7-4e4c-a3a9-09a299308b70 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,aef763fd-d4e2-4dcf-8432-5d1ce9f6e83b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,824108c5-479e-425c-8a32-f63fdc47f383 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,2307deec-20f7-49ed-a7ef-c62b6866806c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,95d4a65b-3fd8-4a19-ae55-b84e088c96a4 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,2ae9949c-37fc-41a2-9c83-59b78f04b0bd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,f3c4d5ac-2a0e-4942-b3eb-2bf879674735 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,33d54330-c041-4f18-bee5-3e7557b3b19c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,51db479b-947a-4022-a7c3-7903ea484f6a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,5c2cae74-3246-44bf-a01d-1058c707247e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,e4259c2e-e560-431f-a64d-b7a18ca8cb11 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,043fd3d1-3c11-4f3c-a16b-872145ba85b7 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,3d2ece0b-e411-4bcd-946d-eff762d1c38f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,856be6d5-a0c5-4c8b-a302-5c7f5bdf65ad +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,929961b4-68ec-41c4-9004-760c0a26a3ce +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,96d86086-d932-4caa-8f9e-73ccd9e26668 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,1a73805d-e9c2-4861-8249-913f72ac0f9e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,61a1c119-30fe-4eb5-9fec-1372397ab3c2 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,43f44e83-a350-4f2c-b974-f730a78ff545 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,e13cb420-a71e-494f-9244-6c2068476672 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,75a93677-def5-4853-a515-8f56133c3adc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,f4079879-c905-4cea-b728-64efd09f6e94 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,870556fa-40b2-49d2-a933-f64cfe4fe447 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,c2a3f2fb-a9b8-4af7-8736-946fd6cead43 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,8a7c34fa-46ae-4889-91e6-6c846bf29a6f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,c2a6997e-72af-4c49-8313-871b1ddfb77b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,9b9758a9-b685-43a6-90b1-2e1aef8d13dd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,fe6bb2a3-3b54-44b6-92a8-8ea9fc5033cb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,f54daa9e-4e11-4504-bd15-0a42de01e7dd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,01b12b92-99ca-498f-8757-ed87543396d4 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,0f418833-4d2c-44da-8d2a-caee99b7dd5a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,13c2eff6-6fbc-4bd8-94c4-9379e821ae83 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,72f3323c-7bce-4f87-92e3-aeea21bdd561 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,6394323f-17c2-4a7f-ab6d-95726efc797e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,30d7f07a-5e20-43bb-85d2-b2c36b97ca93 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,7346f0b4-59d5-41e1-af06-c9f8f4499b71 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,f87a14c8-d4f1-4d89-9edd-4ee100690921 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,041230ba-b49a-4c40-b2f9-0636fca1341a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,e85a3618-b1f3-49e1-8f9c-81894a10c220 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,2353e23d-48e5-475d-85e6-c83aa6816999 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,a6ef6a08-78e9-4421-b1f1-b76029750a5f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,df99bee2-85b1-44db-a1ba-916e721376e8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,c46be514-7ba0-4461-8265-6289b8dce731 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,b5cbb59b-b326-432d-88a9-9196b59daa50 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,894385ce-59d8-4069-9f46-20ab3af25535 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,903e54ee-e4f0-4759-92fd-ec0357a99a77 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,72de3c18-ca93-4d6a-8b1f-b6f849e62a7c +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,cc5fef9d-1ffe-4919-b2bb-5a4d0b01f031 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,5d9ee6b6-0195-47fc-95a3-e56240fcc3d6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,cef7b41a-5258-4805-82de-221e2e5203cc +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,8016efa0-b730-4c10-9f9d-3d92084982b0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,a50bd7e3-5a2e-4ff5-b423-79db0277314e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,84f32d0c-50ac-473e-b8db-bfe18512842a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,a5f45f10-04ee-482f-916c-9c1a441fde0b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,50618ead-33dd-4190-8df7-1e855e9b08cd +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,a9aa81da-adb0-44f8-ab41-355ba320fa1b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,581ab707-2d54-446c-b267-c6249217e192 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,7bcf8028-92a1-45e3-b21c-9e8132277cce +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,61a152fb-bc71-4398-b739-706975621179 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,1b91536e-3bb5-44ad-b5ec-f7c780db8607 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,0a97e48d-b8cd-41f8-aad4-e38f37840646 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,191d6c31-019e-4638-98e3-697c0cc705fb +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,301e9b0a-0fa5-4d40-8b2b-cadacee948a5 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,eb2ce145-747b-485c-9bae-7281e3831f98 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,05976496-16b9-4191-803e-9553d3a9648d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,e3752760-19a7-4843-9c9f-8d830c3c5402 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,c755b479-6064-44ac-8350-34a68789de75 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,bc83276a-7bb1-403f-9a73-003f7b74e09c +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,794d6371-5a9d-49ae-b371-731d060acbae +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,2747f7d5-3578-4a5b-b239-6863da12c2f3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,704d4ea8-0dce-4a6a-a9fe-56d5a13e2f6d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,d0ce5ee8-dd97-4c3f-9f32-af68711c2fef +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,b82150c8-d675-4ef5-a9a0-4b679e64f2d6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,13c9fc16-2bc9-4ed7-8bb3-27b73566da39 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,e92601f8-a1e0-4e8b-a05a-cb506fdeae27 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,d49d0f8f-1a73-4f3b-8c84-111a2a7637e1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,2b309a68-4cf6-4fe9-befe-08ae64447706 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,7f53cbf1-c87b-4545-a7b1-9b430a33a886 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,1634fea3-69ac-4bc2-ab61-2b6ff0328372 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,b4e2dfa3-8df7-4fb4-9872-8c6d1173b9dd +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,1bd9b6a3-d02e-4c88-a432-5658191fc12c +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,6c0f98bc-b7d1-4d45-8fed-755b36cdcdad +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,e89f8f89-78a5-4059-9dbe-15ead39a0c69 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,285c9803-9fa2-458a-adee-15def8fd1126 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,a3d91de9-e753-427a-bc11-3b1d9dfa5f9c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,82291308-1fdc-4ccc-a325-4ddf5c2cde06 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,f9e50a8e-3d69-4c3f-b74e-96c4e6840113 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,e40156e6-7cee-42e4-b84c-23d76487f941 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,fa98dcf8-852e-45f8-a103-621d9bfbc0c7 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,488cd349-b9f8-490a-b340-7183f387aa71 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,28567239-7d79-4ac9-b734-02e1ab223c79 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,68478e46-0ed8-4b77-9069-4413449721d4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,1852775a-a823-4f91-aed5-b49f2cd93663 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,ccc5b3cc-1970-40d6-acfa-ee377c9039d0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,af5e2bb4-4f2e-4c54-9e33-83953daeedea +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,9e3101ca-964d-40a8-ad3e-99de84c9a1d3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,567f5192-13e6-42ce-986f-7b579aec2791 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,bf7caacf-c37f-4555-8726-690a5521f835 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,b340fb54-9e23-42d6-947f-9b7988bd2e28 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,214278bc-ade6-4600-88db-e9fcad13362c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,0d147aff-84ca-44ee-a57d-2c1ef0182fa4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,1701fead-93e1-4779-9272-cfa3a903f86d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,123aacc3-a17c-45a5-a64d-1abb4e8be2cc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,b1cb835a-5119-450a-af93-73dce048fb17 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,cc0aa952-d8b6-48f9-ae41-faaf44200c1d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,968c1ee8-1a7e-4f10-b2fe-7a5a0ec69adc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,6df68a7f-9b5d-4ae5-a38f-bb9d9218dfc5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,5cf8b36e-cc41-4aec-b45c-8207fa02f30b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,aa7007cc-110f-4c1b-9696-81be772053ee +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,b3491b2a-cda0-43d6-b4fa-dd77cbb6a956 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,d7429e71-9b1f-4804-aa6e-6e00e01ff701 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,3d0c8568-7d56-4ee8-b5f4-d6cb604b427b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,6137435a-a089-455d-b2e7-fad3cf849bb1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,e5096208-7a7d-43a9-a050-c799da0411ba +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,abbc661c-12f1-4372-83ff-e10f71cad80b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,8e10f293-5c31-4fec-8ccf-c48d4479b0a2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,23d0e67a-100c-4b0e-9597-5d1ed04d0299 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,c8758f64-eb97-4375-b6d2-5f4e995ffa7d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,9f4a678f-2777-43fe-bed7-262d954e5d3f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,4c1ee99a-f4d9-44f6-8437-753153d10afe +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,3a79d15b-a9c9-4df5-9759-69a490b3aadc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,a3aab669-bc78-4148-89b7-995e551bc7b0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,a30a35f8-8d57-4bb7-be42-16ecef153257 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,70665ab6-017a-4b62-8eb7-c182504fd1a3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,208586b4-b925-4029-aa0c-1f43b6bfcc8f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,d98e39e1-c222-4a1a-888a-ad1cf66bbdbf +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,b832a09c-eac5-441e-a0fb-32c12f22b0a0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,11b8f286-0a17-4c20-add4-8f1f50ec2f5a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,be84c353-de0e-4c6c-ba57-386dbb1664d3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,5747852f-8e3f-44d1-a18a-3b954d75cc50 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,c3c01d6d-cbb1-4a8c-bc4c-3a5f164cd243 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,2a528baf-cb59-49ca-b371-9d618c54636a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,0ca64457-a0fb-4b54-a01e-7906990eea78 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,c1b305a5-875f-459d-a441-ecd5dd4d0c98 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,201c9b46-8a86-42c8-9cb0-a75077e7e1c1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,22ebccb2-3c95-4ef9-8a3a-1a205996a37b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,8e7c9fff-6ef9-4ccf-a2b2-ba8d8665a824 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,e8e515d5-0652-4c92-bf82-91c119da4710 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,80b3517e-f70a-49bc-a018-21bcf8273508 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,78224577-2a14-49ed-b300-2d5c834cd0e4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,919140b9-e485-427c-b864-13de7cb56eec +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,6b661944-151a-41c2-a56b-ca6590e23e21 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,b7b1bc64-1eaf-44e5-9609-8631562e4ced +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,5752e470-7257-4c3b-9bb1-e48efeabb87b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,580d4cb2-eac9-4270-93d7-01d11ea837b8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,95d639a6-8757-4f72-bbdf-f015a9ba49df +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,fe1f51f0-db8c-408c-9726-478c5ffec79b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,13451319-5e9f-4022-819a-5c811f937b06 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,6df25174-d054-4cda-afb7-8e17b9bba293 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,00897132-ff31-412f-98d8-deea57eec437 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,1b976c3e-7cb9-4e00-ab21-c0e8ce9f6bd0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,66220c88-cd4f-4e25-b185-35c396ade653 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,099bd5be-a367-49b6-9b8e-b6829505a16f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,25494d73-9f3e-4c7c-921d-f19b30d61914 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,28be82f7-4e75-4b99-82a5-b0f8886757a5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,3333df73-d40c-4c1f-9f18-df86c81770be +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,358db32b-8c8c-469e-b411-7785360716ef +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,94e431dd-12fd-4925-b14c-08348865f819 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,da9862fb-fba9-41a4-98da-00aa95b798cb +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,b54fa5d5-ad87-4433-909b-c534b7a34861 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,6d8712ca-f3d7-4e83-992b-39784c6a2b46 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,1bee6a20-0a15-4e46-a4c8-e1c1df608925 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,3d6d3a20-76de-425b-a2e1-689763546878 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,fe02b4f7-c827-45a9-954f-f6e5b8cc5cab +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,624691a8-b533-4ce3-834e-d3f821d6de95 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,938ce785-2511-456b-9bc7-233ee7c70c05 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,9d4eb679-14bd-4ccd-9efc-7eabd1ba1fbe +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,49d21c09-2507-4b46-8233-aa5376ba3701 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,7e208fbc-dc23-4d83-8246-7008dc56d59c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,8079f30f-6ec4-47e8-a287-9303e09bd9d3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,273034f4-9c11-4a47-b37c-a1d66ecc1131 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,e2a52886-3853-4936-b5a3-665520670c75 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,d8f8ee33-b136-4b33-be4c-d23bba7da5fe +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,c85329ed-6c26-457f-90bb-c2e668d6bd03 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,5f383c1a-26d8-4670-970b-c3ae39dc9c32 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,141920c5-e2a7-4703-90f7-1b1305cb28f2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,829dda87-9ed5-4de6-9877-dce363565e69 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,2e2c94de-60de-494e-a69e-3cfcf1c63dd1 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,3673a13f-20f3-44ab-aed6-649cda038efa +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,99e57209-2628-4410-848f-4dcd589ee043 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,5a66fbf6-aa49-4e4f-b658-57f2b9f3fd6d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,347dc1ec-4986-4896-ab1d-a91f3a48857d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,1b6dae1c-7949-4abf-812b-9c1bfb02fc2c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,985e1551-8b2e-43ce-8b9a-e4f1eed5748b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,d40c1fb0-b980-4767-8d98-13ca2c988946 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,3f414086-0e2b-4707-b644-74c0bb02fa91 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,b5143010-bbad-4324-8db5-23bb86943f80 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,17663fe8-63da-4168-9395-fc171691ae85 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,83df18a5-6406-4a33-bfa4-3c06e9ee5a6f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,3773c3ac-ae12-4d17-83d1-25991eaae13f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,d9bb21a7-e0ac-474c-96a4-fa73faf20a2b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,9163ac52-e58b-4018-9949-70f1030010a9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,27ec9c16-a5b6-48c7-97c2-dd368b0be347 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,c24ce5ee-0917-4e33-8465-ff5be163d274 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,84fc732b-0e0b-4be9-8791-ee259a2dc81d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,3821abf7-c780-4d86-9eee-7d3e5a9ee635 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,6db013d2-e236-4ba2-aeb9-44425fd79ee7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,2eff34a5-23e9-4cec-9610-f1c2fb8ccaed +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,d10a1636-7635-40de-944f-99da33d2a78a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,d160de0d-27de-4c4b-a9bf-47d399dfe453 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,3bec692e-fc26-48e2-97f6-d39c1a416e86 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,6d4d90e9-93a2-4e69-bd1d-5cbe5931277f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,986a1346-9acf-46be-9aed-9e7b6632fdf8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,bf6ab7c5-736d-4920-ac3f-cedacc8bc2d6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,b01cb0d6-da1e-4de7-a071-a8155eb39bce +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,579a2cfb-d7d7-40a7-ac06-7147d4ef7c9c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,50df5520-1c8e-4de8-bb33-488839016ee6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,77c5d53e-bc17-4787-8cde-8e6f5fcc6b7a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,fe26c868-35d5-426d-b6bb-315b75ba4cae +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,f541df04-1f68-4274-9f97-df003195252d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,51a31c7d-8a7e-46a4-9824-a78089c7f0d8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,4c6e03a2-83f5-41fd-bf82-852efd6f600f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,424a5756-4f19-45f0-8707-ae48bdbc1731 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,5bd137ed-c3ac-450e-9633-951da4763b1f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,8f6e6125-59d5-4651-ab79-b54fdd342970 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,609de4f4-0eaf-48fa-9ace-b194e5bc9ae4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,42f99b07-2ebc-483d-8ab3-0adba087d12e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,6ccca8c8-49c1-4629-9362-cd08dec9e622 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,f71982d7-1dc7-4425-be6a-01042874ffaf +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,31ce3a51-29b8-4352-8c9c-8ba393e66e63 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,ad56623a-9d3d-4201-a8a9-0f1cfff5c3e5 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,b1cb76c4-b0d3-4793-988d-ad50d992291d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,10bdb5d6-123f-4c3f-871c-2ef27eb4c992 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,5f9b8416-f55a-4d90-9ca4-482bcdba2ca2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,1d2d7770-9b2e-4ea7-b343-6913a4b15c53 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,91cc8e97-6738-47f8-a49e-d16eb46beeb5 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,96ed8ba4-12bc-476a-a902-db9cd30d6cfd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,c13c2f44-dea9-4b3f-bd93-be434576f906 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,33e96162-7d9f-4028-b27b-2e086ea5e49a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,b8ada7f5-3880-4616-aadb-4e9ac4def7bb +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,1b68d721-f8f1-4114-8c25-af8f50f8179c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,8739cfcc-6a4c-4413-9c32-05d94f820d18 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,d43a737e-eb07-4b19-b6f4-ec34101c44e1 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,91a7f2bf-f995-4717-8d1c-8679d6e60fd0 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,bd3809b4-a2d2-46bf-b430-24e129dc077e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,926e9cc3-4f41-47b7-a18a-5ad1ebc6d1e9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,587ff5c8-c23c-4995-bc7a-bb4cb79ef6ea +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,75f95e5f-5eac-46db-8f3a-4e42848ec017 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,c4fdd556-007c-4af2-9555-29d31663a642 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,8d5dbdd1-62f1-4938-ae60-0ec4fb77bc9e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,b5a5aacf-72ef-40b2-aacb-baa98c198614 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,563ef107-d7ff-4344-bf8f-7af0635fcf70 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,636feece-ba49-4336-b896-f25a298b9e31 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,d0c8404f-e07f-4b39-aa15-0c65ab37a0b0 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,bf2e75de-7b57-404b-b081-43275d9b6ffa +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,9d9fc6ea-9be9-469d-ae50-3b555bdd8238 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,0f15b36a-6acb-41d4-825c-6446c9d7bcc7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,dcec19f1-3065-443b-bed2-4cf377987a78 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,5fe92d4c-040c-4567-922e-db7ddd49eee4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,342c9627-3714-405f-ae56-41faee1fc185 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,6ed6f85a-cc3b-4e82-a1f0-b34c1057d152 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,19376b83-4bad-425c-a561-e76ea48283e9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,416812b6-5597-43dc-9586-cfdcb342b9f3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,b9897daf-bdbd-4410-bd49-ee38794f8857 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,b74e8550-855e-448f-950d-9e7a64c403c4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,2d3c7d73-9402-4602-a5ef-f39d5477d9f8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,e1fe4576-b884-4429-8806-105388199d5a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,8d85b365-4447-4232-bd79-547c62b71bda +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,f03fd8b9-e6eb-4766-8ced-ce8e4ca44c0d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,8f8cb9dd-bc25-45c1-817a-71f56d2dc6de +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,5efc7b62-e856-4e6b-8981-75f13e7a4714 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,6c895fe4-1a00-4734-a0da-5651762862f8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,5a45857b-681e-4e52-9a27-91425124da30 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,09908537-5410-4772-a60e-b7fffb337300 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,dd38b2da-11f3-4e1b-9191-118359f630a1 +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,fuel_combustion_consumption,09f6587f-c6b6-41b0-a4d7-0ebb4f6e5f4a +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,sampling_scaled_data,8dffb1eb-b562-429c-a28a-bfe4c2cb2393 +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,modeled_data,a614e3b0-0e5f-4657-aacf-465fa40e6598 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,fuel_combustion_consumption,067d93d5-4c32-4bfe-bbee-7c843696a997 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,sampling_scaled_data,933768b3-f60b-422a-9c58-aa3be73c80c0 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,modeled_data,1015a7e6-fae6-4050-ada5-84eba848167b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,01ea1834-029c-4a5b-bec7-bbe51bdb0738 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,afd2346e-13a1-4bb5-af92-7e7321c317aa +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,d3f5c05b-6f6a-47d6-abe1-c1a20e3e1e05 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,57d66fc2-eaec-4c2e-b417-69c45520d91d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,8221916a-2016-4a53-be2e-dd7640ec91bb +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,272af460-95e1-4df8-a1aa-161cee6e21a6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,1866f929-97de-4650-9446-4af44e8c87cc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,651f41a0-fe17-4267-8e15-119afd23c585 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,eb5d9d8b-44e0-4f1f-a825-6a2724312ba7 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,0f3d9fe2-e741-4d63-8b6d-c064680dc2a8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,7dcf0c21-4710-46be-adc1-f2d50d76a1c8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,73f6f47a-9a4b-4f3e-8529-e1eb96045577 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,30b511b4-e7ae-41c9-bf83-d77e711f4a67 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,91a380d4-de38-427c-bcda-b2dd66043fda +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,f0f4e559-9297-4cc2-9045-5571da537039 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,9e9f39fa-7362-4688-b6d5-a4fa9863f4db +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,14e3511d-7bb5-434b-ab72-3d7ae607cdd0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,1bd88b35-39b7-4e50-bf6e-95278b228d94 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,26a3c1dd-874b-4d06-9cef-c10f6a5abdf4 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,edfa2978-5206-4efe-8cf1-97734a69ea9a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,89fb40f8-916a-45ed-a42a-57a6afd627cf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,29357d3a-8772-4fb4-8201-ab1f8af4c417 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,580f12f7-f5a1-4500-aaee-bca2c809f900 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,5aa8e0ab-8174-4f55-b2f4-5272a1483d83 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,e6155366-862b-459c-b37e-df86c177bc5c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,ee61628f-c6a8-4802-abb4-cb8754315f73 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,080c75de-982c-406a-9e4c-35919f9b3ba2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,aa52296f-4469-481f-a671-ef002ccfdb39 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,6a278c7d-b44f-4ad4-95a3-d11b453e2c81 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,e7fa3cfa-466f-41b7-bece-e53dc4e82101 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,450421f5-b92b-4ef6-aa07-ea8c49334ff3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,43f418be-f057-4763-9ef1-e065e4ddf4dd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,0b556b3c-688f-4168-a435-18e91df59956 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,0e3fc3df-6e8f-406d-8f3c-f64a094a3221 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,519f7f9e-21b9-4e50-9e49-090efad25d65 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,0f9a9e14-848e-4eeb-b811-5a89566b77ac +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,ac694a44-bf47-46be-8c63-55afef405cb1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,9ab1d15f-cce1-4453-aee7-4a79ff897ced +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,83d1612e-97cc-4d4f-8049-f2fb00bd5d1c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,c0338764-3048-4fb3-9ab4-08d069b8ca25 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,1828cb91-4d0a-4fde-aed8-b2a91b2c2c9b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,8e1971da-0c4f-4f42-b059-308a244aa3bd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,90bf900b-a2b5-46d6-be2b-f286e7f9285f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,becd8213-8153-4a77-a96f-ba167ca15244 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,1d9fd3dc-16dc-418b-aa59-aa2a56545429 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,d3cd3e47-b432-4e6e-bc84-f41bbcb650d6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,a52cb266-86fd-4fcf-99b9-79f880bb0f06 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,576ec6ee-c26b-4221-ae7b-11955ce3d888 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f2502228-c8b3-49bd-993a-cc82cb451941 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4da8d24c-b392-4622-bd40-54314d49bc7b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,d60d18fa-ad87-46c6-8528-24fa28042188 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,dbeaec05-0f26-4c97-a682-edcc6bbe6ceb +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,e822d2de-8f1e-4e64-908f-ce6d47c3a350 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,244e009b-9b29-49e5-801b-7d0acdc786d8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,ecbf72a8-606d-4799-92d1-1b639a77c1b3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,d86d440d-543e-4ea4-9b79-c7172e4b7d32 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,44407867-db81-419d-b4a0-a5990bfb55a2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,52dac03e-172a-458b-a4f2-95ffa07c5fd6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,8fe94612-2155-4673-89f2-9ad3ded8540c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,02e8ed66-c95e-461b-a9c2-155671d52d19 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,21ea87a4-abba-42f8-a24d-495301a792bf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,313d7ea2-e3c2-494b-8bbd-64197d45e01a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,dffcb664-de03-40c0-8d02-df3ce2aebdf9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,42dd8848-889d-4386-8660-19b4b838d376 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,986c8978-5c66-4c8f-9f75-90722fb1be04 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,596ad2c6-5b1a-4ba4-bc6e-3b5b16125998 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,01e12fd2-cf5d-4543-b7ea-7cbbd460b702 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,00319ae5-7232-4a7d-921a-4583a6e20a75 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,6f7b14ce-b087-49cc-9cea-221d489e4904 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,19beab15-be42-4ed9-9015-0164bae13a39 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,590276bf-215c-4ec0-8e84-f555fd692f10 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,38196115-c661-4316-8ebd-a9a619753f9f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,61f20c6e-3525-4705-9ae7-60ef9b515762 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,88e2fb6e-47c2-4d7c-b44a-fdadaac16521 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,a55144f4-89df-448c-a04a-8fa6859f406d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,786e0326-33de-4f26-9346-d676b6f3d0e5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4ccabe8a-35a9-4be9-b092-2b2f6cbaf9b9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,f4fe2783-8e93-47dd-85d6-85dee49fc721 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,0d501a9d-a436-4984-b3a9-9470a049742c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,395c9206-23fb-4549-b276-480072a3e858 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,98722a14-77fd-44c1-9140-09a2a5385b83 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f5860c99-44ba-4212-b76e-04d366013c2f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,769509de-42d0-42ae-b78e-4e895cc585f8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,df0eda92-6604-4266-8760-cdd03fe9fbdc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,03418c95-bb52-480c-a52b-cf91b7091880 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,3cb33e07-787b-4b09-a4ac-a5d997f0a2ff +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,2a9f3822-4c95-4a35-be9b-d7c3c87c0d2d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,1c8a9a7b-0023-4a5b-b4ed-94c159fcdf5b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,03d99525-3021-48cd-8702-59c22573692f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,13c6d991-37ca-4b7a-9995-fdd7653de8ef +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,96ac0ae0-8b65-4b47-8237-10233d7b2331 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,20b7541f-1c3d-49bd-8ea3-457af941baee +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,c7a2db20-2d2b-431f-9a67-6d90e5d85757 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,3cd65dd7-76e2-4f56-9083-36c3d60e3d47 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,6e5972f8-98b3-40bc-b01c-283bfd2876f1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,bd980587-e897-4ab5-800f-f662fc5bed7b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,382af8bc-dc37-4130-b005-62695da65df3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,1b2670ae-07a4-4e90-a2c3-a2b7c04ef3c1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,ce740062-1ce5-41a9-88a0-35cbc1cce8e7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,34375164-49ed-4aa0-bbd9-0cd62a916420 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,79f4c286-f24a-4ed2-ba8a-b56917f187e2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,61d6eb46-9eed-4a9c-9479-5922a6df20f0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,6fc52280-3b78-441e-95d6-087b5e241112 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,b861352c-b196-4c80-8b24-055ad2e4a4a9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,fd81eefc-aade-4f5a-842f-0767722e43c2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,4f16cf10-35af-4be9-b07c-74a981231d9f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,7faca7f4-ba35-4a39-9800-a0d55778e7c6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,b5d02596-ae57-4250-ae3e-0e70acb17446 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,d8499684-7624-47c7-ad4a-ddef88154c21 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,58bcded8-446f-4859-afad-e6372541ec76 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,183195f4-122c-4438-8d75-53a087f60095 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,7189ff66-c021-4e09-9e32-18ac374ae2a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,06cfc5b6-19a1-4b3b-96da-905eb9de93a4 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,109231ab-9f05-4933-8cbd-7a35cb6036a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,92d42e5e-f7db-4811-a08a-34b14e91c138 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,88a22038-819e-44fb-ad07-72f371b36b00 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,7e5741f9-e091-4730-86f5-2ff8717e0753 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,fd3b3038-116b-44bc-9c32-c6bf55b0b961 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,bfcd192c-4ab4-4be2-87d1-853f235e613e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,e26df46f-e88b-410d-bb37-33013da643ea +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,81d5995b-1c4c-47c0-b16c-960996591823 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,2fe06a7e-7f11-41c5-a881-ecf26d332703 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,fc8d1854-039e-4dab-8350-210e555076d2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,c6a1e384-e7b7-4c33-8e60-293aa9ac21a0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,e2f6f597-bc53-4e77-ad7b-346d80b8c3cc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,42087359-f867-4e13-b0cd-5ad3de73de76 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,1dcf3c99-06be-4bd8-a9c6-a1ec64890f43 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,8551e0e8-6318-4673-a5dc-7d7b4d289641 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,ff33d734-5178-4c33-ab30-cd185810ea34 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,f1f97d01-ace2-4760-a7fe-9c3555ecbd6e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,5b354957-e8bc-42ff-926f-71e4f5d538a3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,9ac558ee-fa9a-4291-9b41-c4180ac75664 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,49cea4f6-6ffd-446e-a596-e62506eebb7f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,75fdcbb1-94de-4d1d-b4ae-d89a7f4a22a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,478bd6bf-f354-47b6-a44f-b72785a1547d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,4eff7722-767d-4928-aca8-fc65f6778c9f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,0c615384-9024-4f3f-8770-09f0e9b1b46a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,35903780-31ff-4801-8592-f746288b8a87 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,a488abd1-4073-4942-a30b-fb81142d497f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,8b4129c4-27f8-4904-a2c3-e446be36f53b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,6bb57048-958d-4e2c-80c5-1ad731cbf1c0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,f1e19249-e0ab-4fe2-96a5-1b3ce4ece249 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,24aa85c3-bd58-477f-b1b8-9028954a4cb1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,f7e28a1f-67d2-41e3-91f8-4a4982fa7341 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d2338573-a4b4-41a2-8b23-5dff713730eb +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,d5e072a8-fd98-499b-a050-6e27a7fe9e75 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,88cf5520-d57c-4e95-aa50-0c8fb8ac3623 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,a8737944-57de-4bc9-9050-1fa9bdeca4f0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,4b9e5aa8-709c-4235-ac48-e11ba69cf802 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,2507238d-67bc-41a4-80be-61c044c6b10b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,eed593de-faff-41dc-afb3-b1058019e8a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,113d21e6-6f3b-4eea-8f1e-3efc05b82f71 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,8b0136c3-bebd-4d14-9818-3476d054904b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,dea3c93d-59eb-4c20-b5e8-3bbec337425a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,fd6514f0-b5f5-45ec-900b-74af62437808 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,cc8dacc0-f53e-4781-be04-e6256e20bb2a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d5799964-2809-4bcc-91bc-dcca0f883ba1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,143a620c-307c-4ee0-8f9d-4b49c1b6c4ad +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,6f934e15-d16d-44bb-a1e3-1a5989ffc76e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d18284b0-707e-40fc-b994-57e64265afb7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,2e19a1d8-f7b6-43e1-ac50-175ab2ae4706 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,d28bafcb-04d6-46fc-9fab-330ec9aacbf4 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,d5e5fe0e-2993-4529-b30e-7f1b08ec243f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,e1c1fe8f-b94f-46b6-aff4-113869c0e523 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,45d64e8d-8acc-49b6-b5f3-6f23467585f5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,92e840df-58e4-41f9-bf57-8e4bea36cde6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,750eec99-6308-4855-88a3-ec574c5e7b59 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,1c5d4b77-bd19-493d-9115-fc698ff9ab13 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,361742f2-2662-4559-83ab-bf33cd34f5a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,0f6f78fe-6d14-4557-a046-a672407d9bc2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,66e7e7cd-84db-410b-9eb5-9cacb51869a5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,2d8b672f-960c-4506-83d4-2c3a960c613e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,e8d7f6de-0652-40d6-900f-17cc9c4f0cf2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,6eea69cf-5cf1-4f71-8468-ee192e4a80e0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,8f50b63d-73cd-4aff-a5ce-afb64567e3b9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,ff8b79fc-2766-42cc-a060-61a81ed07898 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,8d6b453a-bc79-4329-ba4c-e5ee018113fa +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,c0da7c31-1c95-4d39-9f47-803692bcf3bb +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,554ffd34-62c5-4304-a764-d6a58d42b2ce +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,633a200c-7766-44a7-be06-354963593fab +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,36e776a4-c94e-4887-ae4f-11c617732a92 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,26aaaa2b-0a16-43ad-a535-dcfa8ad125b2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,4c89388f-6433-4479-81fe-a64cfa349ca5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,9e4ccdff-df9d-4479-af26-493547fb442d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,6b38c223-5548-47dd-b471-c4c38f7e4463 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,69158406-44d0-4f07-9c51-23265d0b5118 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,c46e7ff1-f6d9-4cda-8945-561ef2cb9577 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,6fd87dbf-5c0a-4930-b448-bdf9fe9c303d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,9697bb98-2c5d-49fc-b117-65170ef5f5ce +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,8a00af11-1765-4774-a741-2226a511e586 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,9ede3b70-441b-4b3d-9377-12686b2aa07c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,e3d7c207-b998-4b42-9299-e821b77618ef +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,1ba39de0-0701-453b-a4ba-85a764f395a1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,9c9365d8-2765-4e7c-810c-b00043abc026 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,8706e019-8f1c-4d4e-8399-a88fa431eb53 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,cd393d99-a531-480b-8ae8-773d494ee36e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,2b2dabee-9d9c-4b37-95c2-46c4f94f2ea3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,cbaffc40-37ac-4b60-a9bb-960006495d73 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,2b9e49fb-721f-41a4-acb7-a718ed9c473d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,99fd385e-ed49-4c22-82ac-881ad7b668cd +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,f605a753-fdf9-4e04-9216-8ec5adc1b019 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,71b6a13a-0375-4c31-9445-14afd8888d41 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,19c440e8-244d-4a15-b4f8-20fb07e3ad80 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,8ce78c33-06dd-427e-8512-825a7d2859dd +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,c2958b9d-edf3-4f33-b296-d65ada4e5948 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,9371042b-9d33-4610-aeb6-895c657543ed +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,ac5fd9b1-2d17-4b75-b323-56d98281cade +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,2ec9d4fd-5bff-4e2b-ac14-a300274bc80d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,20a0ebab-66e3-4dfa-bcd1-2948003d34da +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,1e621a51-8403-448e-975a-c93a78111ebb +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,afc6d839-7498-43f9-b738-dd9cbbe7da16 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,fad7b5f0-e499-4b4d-84af-d1e69c38024e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,151183ea-f575-4e8c-9d44-ce2843c54404 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,15beacf2-699c-4c19-97bb-d109220f9687 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,fb8bcf0c-62ee-454d-a2ad-84c769af0f52 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,a5f4bff1-2477-4a4b-93f4-8a7204c96500 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,95f914ff-9737-423b-94d3-6515b192ad07 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,5119fbf1-b4b6-4745-9b0c-b99bf67c5263 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,5a51c765-a3a6-42c4-976f-51b23d028dd3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f597b58b-b9cc-44bb-94fd-32e2243d6fc1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,a37c42f0-e312-4403-8114-75a2549850bd +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,69fd7dd0-fcee-478d-aa04-c2fc80d38d02 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,4419eca7-c2f5-4ec4-a26f-f911a62ac8f4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,1d74cae1-d783-4447-908d-938c01b87a9a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,6cf3829a-da66-4971-85eb-04b7efb9b891 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,dd16f174-e3b1-48ef-96eb-f19f5e2e97eb +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,6147659a-6613-4f1e-9058-21c6d69628f5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,e5c9a894-83a5-4dd4-aaba-da54fcd14971 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,fe11f7ed-f321-4b45-a132-a1a673ed73d6 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,92555fe2-8551-4494-89a7-392483688bc3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,0027ad4c-3dff-4693-b67d-0726fad0ff6d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,245802b1-bc6f-4c65-bf11-6129ed230057 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,55a22d38-49e7-4bf2-b9ea-3eee496ee5e7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,c2c7443a-083c-4178-801b-5704aaf8461f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,c800b0af-e858-4ab5-823e-aa975ccd5819 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,b4f42266-2948-4d14-8aef-aa157c7d0a24 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,db1ac29f-3b89-4024-a5cf-5112ed4f9eab +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,542c1e60-040f-4bab-9c86-e16ba87a4ccf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,952ea1b9-ed23-4b7d-8285-514d282abe88 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,7c3780ff-d7a8-4caf-8ddd-9f78ac7cc328 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,f4f679c0-bc40-4757-8ba0-de1a526fb9ca +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,c57b241d-2226-4578-91a8-21aeda718dba +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,7a069ad6-e1fb-4e3f-a01b-6bf4b6b7d4ed +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,68e99959-a09d-4c21-b536-5dc8e6fa10c5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,adf49897-fae7-4390-9613-70945e846e82 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,91e09204-77ce-457e-a838-eba15b9bfeed +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,12df51de-a20c-4277-8117-1eeeea345de5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,f20fc3a8-26c4-42a6-9053-25f6e45d5d02 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,d14f8dac-c08c-4fb5-ba8a-5aec48b7de27 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,a5de44ef-dc20-4df1-a391-74e8da1323bc +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,d1b52644-cfe4-4c32-9327-d16d1307ab9c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,a47bd9ee-3277-453c-8e4c-dc1b48a18478 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,20ac0db2-e376-4598-ad38-611ebf6f1021 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4e37d36f-cde0-45e7-b570-f2f0c9c7684f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,71fff667-3067-43c4-b2c2-1d73b783fabf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,71bc5089-6c07-4e69-97a7-b86797ccf59f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,fee284fb-7a51-4208-b25b-778f7fb47730 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,a5fe9591-2902-45cb-ae53-78f45c3d3e51 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,452a2473-4edd-4b51-bd54-4b90ef6d6d62 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,fdbd261c-f2f3-4abf-ab2f-60ffc6067b4d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,d1af45d2-e9bd-4de2-8384-d5d7878438c9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,7f6aed2f-1716-409e-9863-8cdf26500ff9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,9214ec87-e3d0-41cc-a9ab-6925debbdb75 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,83cd8a77-4752-4aca-9ebf-623d52d1019a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,c2736a13-ceb8-492a-9d11-667e11b30f3e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,f3f5a1bf-7836-417c-b63e-cdec86089410 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,03f4dfaa-93f9-4982-9059-f5015f42a34b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,a61106ed-2933-4906-898a-7bfd673c4b44 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,c1aeaf6a-be19-4781-8517-a9472052da2d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,bedda8b4-a6b1-4405-ba91-b68c78dbc20b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a0e7dfb6-d7be-41c7-981f-fe0362873386 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,49fd3acb-7956-4ab3-8c23-1cf9b4c06905 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,9371d2f9-d74c-4569-9d97-c3f0ba0af326 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,d26937d2-ba34-407e-9d53-9151d816623d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,99bc5734-3205-48d0-a6af-6ea4af339378 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,823e95db-0bf7-4d3f-a928-b430d74fb65c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a0dac24a-0816-4ffc-9229-a7a252257afd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,161af8f3-c8ed-4957-8bb0-d16b0b8f6da4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,73017dd2-8a79-4e03-ac3d-915666d08da4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,db3b9002-7670-402b-ad74-170294b21c3e +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,4cd5c976-cff5-4054-bb5a-570027799061 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,18e5e060-ac8b-47a9-921a-c6a2a8a5a494 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a9edc027-8e94-45a8-a631-b1746587fdca +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,b170fd48-d2e2-44ad-b00f-ddca5230e713 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,3fb3c4c2-9ede-4e2d-958d-d061cdb80837 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,d2f768cf-29a8-4f7c-b9de-83d6341da688 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,1891ad9e-9ea9-4790-b121-c9e0c255e4a7 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,9450a720-7695-4f46-8d4d-196440ddf3ea +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,c34585d5-33a9-4806-b38f-bc1563f7b4f9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,2eb26d8e-371d-4f70-8272-e582c2211684 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,a2892ac0-2630-4ea0-a163-53172093a53c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,b7512b25-4d5d-43bf-b2ac-06da5f9c52d1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,a983468a-27e9-4bef-ad92-e970395cb3ef +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,46e4191b-50e1-4413-8d24-7f7959fe358f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,b1f6d824-1c24-41db-8ec1-78370f7c89bd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,77c0b2d7-a389-4c9a-a1bb-d4a6fcb46073 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,4c6f8f73-bd49-49fb-a005-bd23d15bf1e3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,6126cf5e-efaf-4107-8d3a-fda46a4a8923 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,b0a0741e-3133-4272-883f-5ee37688928c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,4492878c-dba9-45c7-b152-c697193f9a2f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,e5a37b0e-b63d-4bd3-993b-828621688284 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,f8580f50-3928-4a48-952e-4e5cac7f49d6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,d388568f-ba43-47a5-8ebd-630ee244cef3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,d0027187-11e5-49f5-980c-9e6805107771 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,48af57f5-0c03-49cc-ae7b-fe4918c28fdf +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,5f1ccfad-d277-4904-ba00-8df3d62438f0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,1d8c9af1-bb59-4af2-b902-a6811a5d5ae6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,8c7127aa-2503-41fd-98d0-126d317e8ba6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,130187b1-5d3c-4837-a355-8ce9e044daa1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,e742f7a2-bcfd-45e5-8975-76b5b3fd4ccd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,e05c42d0-5ba7-4b9f-9334-da5a98c4408b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,5152e8d9-176c-4dbb-9f2b-34f0e9c31e61 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,e270cf68-8166-4622-adf5-ca3b23f50528 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,316eb3cd-ce27-4bcb-8e8d-86c952f6fa73 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,7334dc63-3c83-4576-848c-26d80432fb3c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,c875d10e-43e0-4ce0-a038-e659bd7bd2d3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,cd963302-1449-4987-aa2c-6fc72f4c6e40 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,c7b8f0c8-9658-41db-add1-1a14067f8a92 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f1aa0e91-0768-4e1d-b374-bf60bbd72497 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,935c3684-4136-43b9-a1e4-9473d27a73f3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,2ed7d6db-2017-4434-9ca0-b5bda58be01f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a3fcb8ca-0b06-433c-9bea-7f9e2867fe6c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,14bd6c82-9529-412c-89e7-3883448033bc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,0bff2ac3-c5c0-4017-a086-5fe91d77de15 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,ed6379cf-85d5-4467-ad90-060ea64626eb +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,aa2fcc07-d20d-4a19-a872-c4dbd7512f6e +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,efb43fd4-cb11-47fd-b349-4c2517f92016 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,5e4d9e16-64a9-49c3-81b9-cd44369eca04 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,d6c1f12d-6244-4e90-b800-1f8e7cc5d8e7 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,6b258f81-2481-4b7f-8ba8-427fac561588 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,0c40cd32-0656-4520-b97c-3fe3dcaa0e44 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,5c64ac92-f7ac-4a3f-b186-7db35b26c457 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,a84e6aed-7e84-448c-aa13-a3d429be49a2 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,68f35834-bde3-478e-b7ec-1545a2dccce5 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,a06152f6-c2c9-457d-99a0-d59e3f3ddef6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,ebc8c5c7-176e-4828-8425-44ab2c84ac1c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,2cc785c4-9358-4f9d-acdf-93a3565b74ea +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,1b97d14c-2100-4383-be4e-ecae4a9dec6a +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,0219cf4d-7c1d-4081-b70d-1ab2a711ac39 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,2b22a789-e3f0-4e96-a198-976d259870a9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,bae9a24e-3060-4d73-9980-73bb946845fc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,aafb0493-814b-449d-8d6f-bc519f76910f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,88659566-53b5-4223-997a-7fb7d1350a0b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,00cb2416-2c75-43c3-87dd-371d3cda7762 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,f83d44ea-dca4-4743-9464-d3065d872836 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,2e635d4f-0fdc-4132-94b5-cc9e51cfa1b7 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,3a7320d4-693e-43ce-8ff6-089718f38871 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,ef62bde0-7b3b-481c-84c5-158f55eb7cff +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,2f9fba70-26b5-4791-85a1-473d6ee4ba85 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,2a1c28d1-10f0-41e1-b3dd-f93996f36a00 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,47768e61-d174-4d5a-a2e2-4ade84d2b170 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,49aff94d-3492-4e9f-987a-74e6235bc51b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,cd4d40d6-f5f0-4ec0-85e6-da6013ff84ed +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,75457104-56f5-4309-a6cf-b49f62a4a775 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,135e3820-c47c-4286-a86a-b6a7bdd622c5 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,8d7adf83-94db-4f19-9b34-f202a9f0dbc1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,6e5eb438-e7c6-46b0-b29e-6efe4e6c7931 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,3b20a63d-3d87-466c-921b-28e5756c5ccc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,d8ade6c2-dc11-4407-bac8-cffae07904ab +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,9dc13268-ac11-4e6c-b782-7838c9d97ed8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,c2c9ed4c-a0f1-496e-b6e5-b3d2f007319c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,7d8c2fec-bfe5-42d5-b107-03230eaca344 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,4ab22ebb-56fa-4d07-9540-f4d1721716be +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,26450142-1814-40b9-b6be-65a8413bf5cd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,4d217c67-b071-49ab-ac35-a458692a6564 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,444047dc-b29a-4173-9c7b-ee684ee43dba +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,30d8282c-c229-471c-b479-8022aa9d3ae6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,a9836c02-9b13-4da8-8e34-6247b7f2324d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,8cc635af-f21c-4f94-b865-8698ac38cd81 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,bc22f253-6fb7-48de-a3d5-c03106f93b4b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,769d8c47-11fd-4fd7-a718-3fb62867950c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,f1dd2cc2-63df-421f-abca-21c6c0354171 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,1dcafd56-503e-4ad5-9909-b96882d15eb3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,8e32ed08-30da-4303-bb0f-da2bbe1b942f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,55374881-aa13-4a53-9400-cd1ba4e6ba2d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,1d4a2632-d4b2-4a20-ac2b-7ce065b09136 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,580d4465-713e-4782-9dc3-1e6ec417fe3c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,8887fb6b-dccf-4503-a008-e0a1dc8dfcc8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,817302ba-d07d-47f3-99ed-29b33a1dffa6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,bf419fae-959f-425d-9639-e0fb7be0a615 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,c4f16676-e6c2-4196-bdfe-a4a5b34d4df4 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,aa0bbfd9-6cd3-43b2-88ea-faa08a4cd4ab +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,2f90a46e-a976-42f4-9e77-e3832e629bb7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,1cf4cb01-3301-498a-a7dc-97101d4fe610 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,3fd02ca7-fb6f-4b2a-a630-d3e32bfadba1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,d0b5eb55-033b-4161-96ec-795a9348e9ba +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,c6ecf09a-8f85-414b-b74a-df323db8fee7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,c31cf487-ff07-4df0-903b-e9cdf0585ed5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,25f074a1-4da4-4583-be9d-4c760dc657e9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,2de0003f-a94a-4560-a978-2041b4ce5762 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,b5571a31-9bb2-4c73-b138-e160efcabf09 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,7cbf16ee-bbd2-423e-82ab-520fcd9be00e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,ec4da80e-af76-4fcd-9fd9-c4e662df0c2c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,f8c76f74-6b83-4960-94dd-6328ba6cf5aa +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,85df2818-b043-4009-b9ab-fdba4bb2dd6e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,468e1fcd-02d4-4c07-b0da-9652d60f187c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,8033d4f9-7773-4aea-8e2c-354b0d06c6b3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,0c08cc39-a48c-4fb6-b97a-88c473fae78e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,2a0189f2-2692-452b-af2e-bc64eb19a5fc +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,afd207f1-8469-4f14-9aa2-3be5e658517d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,6aa0f13a-7269-49cb-9403-8643f448f570 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,52cdcac3-5d7f-4ecd-a8c0-2f5c6121c740 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,67d800f1-8d84-4742-98d5-3c8a514ba73d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,ded56dfc-fc9e-463a-aa8c-c6204b2fd9d0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,e4695eba-e20a-4f85-a122-24d14c513c0d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,bccfc261-fe41-4982-aa34-e8c41ee523a3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,68a65545-fc49-4959-9648-376a8b508981 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,6785e218-85cf-4ab7-aced-26ac0059b0fd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,70cb3cbf-e9dd-47dd-8705-70d1a967bcc0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,fe17cb7f-5b01-48fd-b4ea-254077ca3d74 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,429eb968-8404-4c58-b771-71c641d11830 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,6b821f3a-27e3-4afc-8ecf-229e1c6a04e0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,3ba27024-7b6e-4a2e-8943-5e78f008dc48 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,e87909dc-41e5-4d68-b91a-b34bd5b06bcc +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,4ad93a65-cabe-49cf-a82d-6bbc6b17f0cd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,d586e812-8e2d-431b-b190-3ca60b5faecc +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,7c3e28e4-1da2-46ec-b0d6-63db0d35618e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,1bb091e7-9776-4950-bd39-9538d117768d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,14a1194d-1e6b-46dd-a81b-77b6c68c33ef +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,18bbe7cd-fbd0-43e8-819c-60d10164e2d8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,eee5af97-958f-4137-a473-fbe2896a9640 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,5216b142-0ab1-43a2-b0ec-4274d85d14fa +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,5d7b2e9a-1742-4c3e-9f79-29b5fe3a4bb3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,647743f0-41c2-4b9e-af60-3d6becdc0a4d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,ae6ddb03-edee-42d9-975c-bb78dcca6f30 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,9d69e1fc-e4d0-4ceb-bbc1-ae3ef9908fb8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,720a8ccd-e81f-4812-8ec8-529541fed0f0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,bab35802-22cb-4541-b89f-967ca430198d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,fc46670a-3044-4ef6-820d-b6b60c9cf719 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,361d4774-3561-4391-a5dd-115d0d19762e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,9317e29f-0a3f-452f-9673-6188a40efae5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,262afea3-738d-4e85-afb5-d112766d5374 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,b713249e-4f90-4aba-9580-4d992e1fcdf9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,015650ff-66af-4837-a243-37ebf64a3c8f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,671d65a6-0f53-4e97-8fcc-5acdbd200e87 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,08133bf6-45e8-44b3-882a-a2fd2897fb4b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,0c8f7d53-2dde-43a1-b6e2-e65f4ee46aee +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,f25f303a-4ea7-438f-82c2-635a284af9da +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,6a2fb6ab-3fc2-4a85-8f27-44404dec3b9d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,598d9ecc-298a-4d2b-8ca2-56cb6ee06702 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,74288d1b-0f41-46b2-b517-050b946201fe +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,4f89ed5a-dc75-46f7-89f6-38879655d16a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,175485bb-a0a3-4e0d-850b-2470b9eb3506 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,dd008281-a27e-40ed-b197-cf7ebd24b03b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,e5dfffe9-a308-4249-8555-8d5beeb6c6dc +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,30be31bb-ac71-4d50-9d7f-8d2ee6ce8824 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,3359e736-f4ec-4fcd-9353-6970a9950954 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,86b41550-1c4c-4a06-a914-f8ae8c70ef4a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,ed944206-2e94-4c91-b813-068428d7349a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,21b08eec-f3d2-4671-8266-845c9bc22ab1 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,f2285c6e-a090-470d-9262-2db86cce812f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,b6a07a84-bfd3-4d81-be93-ed81a1f425c9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,e2302daf-3f1b-479c-b9f7-4492cdb02b19 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,124a24bc-ffd2-4003-8107-fb01e8737329 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,53bb88ad-3990-458d-806d-4158face3f5f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,8424ec44-a747-4cbe-86d8-b8a62255ea9b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,ce588f99-c3d2-4442-9772-8dfcbf3835ae +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,abec430b-5c5a-40ee-b485-5af12253db9c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,b7515da8-9097-476a-9346-f1d0aaaeb7d7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,2d85dd4d-af28-41ce-80ca-9e9e31a94a20 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,0a555770-e8f8-4251-be1c-42fc57f39b1d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,e15a5b7d-ea02-4cdc-aa97-d72e2ec1cf19 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,03fc615f-0457-460e-9f63-6791f3a067c8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,697ff7ec-2ee3-4b0f-90c0-6e2ca93c2edb +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,c152cf1d-78ae-4d63-bae0-ab899ffd203f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,e7c406aa-8a94-4991-8c42-ca1e319fd703 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,6ba4a4e5-5a4a-4ecb-a682-41ef4bb89556 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,a7b7f9bd-b0ac-4ae2-9f90-d68dd528bc4d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,762f6e6f-e8bf-490f-bdac-4b92edd35633 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,b680d751-3355-4d1b-ba18-0b9bc065ce04 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,893977c0-2935-4511-beec-57488938d07e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,9b12299f-458f-4cf9-bd60-7634ed563809 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,032e1387-020b-414b-8126-83d3969f66c3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,d23eebf6-6f9b-451e-9daf-958924a9433d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,c2306836-f281-4e16-b181-6ece781965a7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,2d06703e-8253-4118-a5ea-618e81830b55 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,1af475dd-662b-4f5e-a34d-9f977dc91bce +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,dbbff505-aa2e-4bff-beb9-ce448e1da4cb +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,1f3bcf57-4be4-4fe1-9c74-5da0af763926 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,46317bcb-c303-401a-93eb-e467f1059487 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,cf831f76-baac-4584-90cb-b49c257da490 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,d35c6fff-4f64-444e-93b6-a68212befca3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,ff61d446-1438-48bd-86cb-aff8e88ffa1f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,e51f9fad-7b27-4b04-9d73-257dc8f13847 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,d710dbf4-fc51-4bfd-94c1-b383e5793d0b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,ff18dad0-e7fc-4b40-8dfe-c83e8bec81c4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,b3c76691-b347-49b3-9940-62ca7f564a21 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,0c0b3d4b-9267-4fc6-a47b-851d91cbe946 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,809a55b8-28e0-40ee-bfe4-51496b85b5ff +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a76f7953-fc6d-420c-ac01-06ecb19e9008 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,79c8d42a-7f92-4ef0-8e0d-3471f649f3db +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,1eb8ce37-0141-4ba2-be1a-68fc322142ae +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,502e5633-96ff-4677-84a1-e4cd8c45b7e5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,c6c75dc7-e5d4-4491-aa9b-62180b68d5e3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,01cc90fb-239e-4626-9ae2-10ddeccf6268 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f0bd4966-9a0c-4c43-abc5-c178ff99472a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,5e0d5c8c-7171-4ac0-94f2-1200a916018b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,4213bf91-8359-4bd8-b09a-f7aac64a96d9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a4191b50-3dc6-47b6-9561-9b1c59f97030 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,333879d7-3127-427c-8f59-6155c49597e2 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,27c85f61-9dba-43d4-9a74-465a33c88126 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,cc93a19c-1084-495d-8d40-6cb03fc6c6af +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,bcd3f987-f905-44f1-8ec3-dc354f4ecc97 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,7db01bed-6fdb-4a43-ad12-c3123544df2a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,ad960a5d-2ebe-4259-a29e-02e5295e839f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,79959e4f-bddf-42bf-bb56-3b0673b4a70a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,07f02c46-9f03-46d7-8194-9aea8d51726b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,47780daa-509b-4d98-8515-0b71cbf30ea0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,09f530e6-93a0-4e0f-b02e-e2a0af512574 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,6cb9ed8a-240a-4a02-9d74-115d1d33da35 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,efbcdad4-1b02-4555-8977-e56f1db59f33 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,62963237-8391-4789-95b9-771969a6188d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,8e6489bb-9ac8-45e8-8ab9-9568178444d4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,5b4856c0-3850-4e68-a092-795497a50338 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,24b6cecf-8da2-4aac-b8ad-1ddbb84ebc2e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,409240a9-b22a-4733-b7af-ac101bbc684b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,04ecc66d-0a39-4294-bf8b-6486fc559305 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,561478f1-acfa-475c-8209-9f7b32c27bb3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,bdedc65a-89d4-4a95-87d9-efb6e4b8196c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,99ed81b1-deb0-46a5-b4c7-793d74ff50b5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,5a4af3da-75ac-4e8f-a621-db6d42edd04d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,1356b298-bc5b-4a39-b4e3-4093d32208c2 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f7e7f9d9-9873-4a83-b552-256220595a86 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,886dd99b-25bd-4cd2-81df-d9d19167d13a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,af88c69f-2121-46d7-8651-375d0fa00681 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,da76b703-50d8-4dbf-8e2f-30bba4d265e6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,1f3f1041-cc49-4c5a-bc3e-f65cad980943 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,d9e27eae-8a65-4744-a7df-ae965c8e274a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,098f01da-9a4c-4dda-ac5e-e560cb1121f4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,f9e8adae-41bc-4561-8b7e-bc858abe8e08 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,ba38d0cb-1306-445e-a85f-f14485c9d35d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,d62e9562-868a-44e1-96fc-44c6f2eb5828 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,804a4cd2-da59-4d5a-a9c0-c21397cca408 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,d2acf67e-1fda-4dfa-bf6f-795e6a8c0c3f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,968d726e-9dff-4c66-b419-6c8401e2fb3f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,85ea50ef-ed69-4335-a9cf-10767dd2077a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,96f82a24-318e-4848-b1b9-99279a55122c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,d476acc6-8fe5-444b-a599-3ac31aef3391 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,01c8402f-b8c6-425c-9875-cd9e20efb892 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,36e91aae-f024-4c89-aad8-bd209b66ce20 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,c0ef0ada-48ab-41a9-81bb-3652b80070d6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,fc28a4b1-fae3-467d-9e15-f27b058d81e0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,ef9d9afb-7d46-4297-82d1-969726db9b87 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,878ce29b-cd71-4b1c-b7e7-008a22102776 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,09f37143-2ecc-4e54-8c4a-36f192014d2b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,b7281a51-d5a6-41dd-8783-a02f0d90b852 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,2b3c7532-f2d2-4bc7-99cc-8ea27279cb2c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,3f3d1a2d-07aa-4a5b-8226-8a31efe1b418 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,cbc27295-9ea3-42ff-a7f9-414de75d0e6c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,8b7bf2a6-07cc-4a29-b329-b38b428a6388 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,0ab84583-076c-4593-8bec-901aa25d3888 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,6e41a86c-d5d7-4e03-8605-88d07b24449e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,b15d2621-7231-4eff-bfff-be6d297417fd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,2d3ffa50-ae6f-4bc9-a80a-9294499b6297 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,faa77452-bb77-4cf1-ba4c-675377c4fc6a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,f7cbe784-54fc-4562-adb1-c52cdca3ee8a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,4ffde4e6-ed26-4f19-b007-34dc933f1264 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,6492700d-0690-440f-b55c-bced658aff5a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,1b3f58c6-30bb-469c-aba9-180eec45dc6e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,53ede005-e62c-4715-acf5-a8430940461d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,c2f7fab1-b7a4-42b8-8298-e61919ba397d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,ffbc71ab-930f-47d2-b34d-cfe5373b8ba1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,74a259eb-4cc2-48e5-8abb-e48313463c7e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,21532e4d-29b3-4323-9fd8-6f4ab7855465 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,5e4d28f0-8a23-4ab3-b7b8-6f4cb783cb5c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,a4d8616d-0aad-4384-a427-e1b0fc95d933 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,bc74ca3e-44a2-47e2-8f3e-4a23c69abd2b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,46d273f5-db16-44da-8ae5-24e7fa813044 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,bc766978-39e4-4a8d-8b1c-2fd9bb8ac281 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,410b16de-de28-44c9-b0b3-d0f73e8f97a3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,da88831b-ff4a-4f69-8f1a-8b4317f9a995 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,1c5ec812-349b-48bd-a917-c2806e8acdfa +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,e6e1d185-0c6d-40a3-aeed-b4892ab8206b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,1f8d60c6-d4d3-4c6e-9c31-b01038ef68ad +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,038584ea-555f-4f51-9d36-ea4c3fa242c9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,9139e200-1160-4548-843b-0260faed2869 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,10759994-c469-400e-91d2-3257973bbd3d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,0b2dfcd6-4288-46c9-8f85-9902078330ab +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,d8e4f5dd-e6cf-4755-a5be-2c7e339203f3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,3ed0d656-986f-460d-b8c6-2b901611cf62 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,78eae3f4-015f-479b-953f-99ea8d32bc7d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,286bf206-f175-4bf3-889b-06dff8e8d114 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,a1a0124d-d01d-4937-95f5-75f7010a7a21 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,06bd4659-b510-4d54-acfa-264f018f39dd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,3a85ff25-9890-4376-b381-94c79973822e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,49ef7be6-6668-46d3-92e6-90d425f2639e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,238c447b-6a97-4edc-999c-55f09e45e388 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,bb11b4e9-e812-42dc-b199-bc4a644dffb6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,1974e268-59f6-43f0-a18a-69476a9596a9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,c17d67e4-5009-4817-b134-ef067ca8f17d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,65584326-f320-486d-9336-2de959d601ef +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,8070a430-2172-4fe8-acb4-dfd900c9340b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,7bf023a1-69a4-4d8d-83c6-643ceb6514ef +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,46f5dc2d-ae7c-4b13-9734-b0756530dd70 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,f7664ae4-9754-4757-b281-2ce8e0bae00f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,57aed6e1-46da-4935-ab14-e805f6dcb405 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,9fe84bda-f05e-4202-b973-d9a4cf0fd4bb +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,21f75840-af2d-4276-8ac1-71463029de82 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,6cb04f6d-537c-439a-8ea4-f4773a542572 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,a3e505f3-7315-4779-a0af-c554b061d23f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,f0349de4-21ae-4ddc-b428-85862c26c1fd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,8ad1b113-ab13-4231-8f72-115484dc00e5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,3b3eaad6-e519-4664-a68d-b9eced168811 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,366114ef-fa43-4653-a86c-d3eba71ef8a3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,89b1f6fe-3dbd-4efc-b1cd-f958e19d0e9f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,634223f4-f195-4a09-bef1-4ee9d9d4f8ad +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,6c0fb58f-48d1-4e77-b79e-c1e92792f235 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,92eb4f97-a0f1-4d87-9820-ae3a7c9390de +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,c25531a6-c59e-4583-ae3b-7d1ca70d3425 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,dc453e16-9f2e-4163-a837-d2451d51d62f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,9000e055-c918-4db8-b81a-cea90f7c5b28 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,b6a23473-859e-4c7a-9c0d-f658ca0653c9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,1b394ca8-b60b-4d7a-b3c0-ab7617a29fb8 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,a7e50936-12b2-4e04-b2af-0f0775fe3f03 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,2bc95e28-82b8-49f0-9c95-a7a0315f9f2d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,ed3ba033-59cc-4a6c-84ab-e2d331c8a589 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,a355289b-5561-475d-a68c-6783a2bde9ac +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,416626ef-5f92-44bd-9910-8f3bec9e8ed4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,a87ae0b2-036a-464e-b7c8-39aeb1745f0f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,9743afb4-7ec3-416a-bdf1-1c7bcccce510 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,2b608d9f-ddc7-4bc5-b94c-7eb850944a41 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,54c209b3-e266-49de-83e1-fd107762527d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,0f7daa11-a4b6-4a39-93b9-88e481a5c537 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,d73c2901-f61b-448d-90ec-79d5c3418c81 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,2c00e864-64fb-4ec4-8ec1-983ff8072e63 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,2227e591-9ab7-44b9-8e17-8e16019a9fff +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,e14815de-da61-4e0a-9302-10643bbbc28c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,9c5c09fd-39df-48a3-a653-43625fb9c2dd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,eda39166-b548-4af1-8436-0c32e9c722b0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,d146721e-7650-4655-a31e-8803097599d7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,16f4b046-bcfb-48c6-8551-199c750ff7c1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,87349841-22c9-4cc6-bdcf-04b38cf31a0e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,3e1c05d2-c3c4-4246-924f-3ea038234a8d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,a443d8af-effd-4a4a-a4c3-9d9e3b517dcb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,9f43cd24-fab1-45f4-9054-f0f2f4889fdf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,27e44438-aebf-4ca8-ae0d-b4c1a5411406 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,a7491eac-02ee-4a92-a862-36595d7adb28 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,de1235b4-b656-45cf-a127-c4c7288a2b39 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,c7b3273b-970b-48d8-bc98-9fd87f1cf49b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,2f2e851f-3d68-4bc3-9327-c25f6fdcfa2d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,e6f0a191-ca94-4b02-aa9f-15ca56412a31 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,65fc2467-b97c-48d0-87a4-2d6d8743415e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,311763c6-1a96-4208-b694-6d94c92aa0ea +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,007fa1fc-2513-4ab8-b0dc-356880cc582c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,b1a9c791-ea2e-4aa0-91ba-8914c6da578b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,f731d1b6-1e6b-4beb-b318-874967b99f3d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,6d0a7702-b1a7-4afe-894d-1bcc1bd1ef8f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,4df6d03e-708d-4396-aa49-3a07d1ef6a62 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,cbf51b17-3ef3-468c-9885-2071ccf57c7b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,420ed99b-5844-40f7-9dd2-e22bf26cd989 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,db556392-0603-4454-839e-5202a4d496ff +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,d7a4d83c-c1a7-48f9-8040-e7f27c79a2d2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,1fd2c3e9-0fe3-44b5-b177-b290287f7b08 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,a11b8d20-9156-4abf-9989-24706bb5d9d3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,4957fb11-b5be-41f9-ab3d-eed15752a800 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,ba0d3607-f0b7-43e9-9b40-fbcfc7ef8aed +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,9c3adcd5-18ea-41f0-8093-100ca07b098b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,8bc83d82-bb76-4f21-b65c-e6d79d3d1d7a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,f9d0d8dd-3cfb-4e49-8d87-daccd580b16a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,a2bc1866-91ce-426a-90de-7bc6bf6c3376 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,529bf324-882e-47e0-9bc3-47488d762a45 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,38390589-f31b-40c1-a867-7027fb15708e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,12e47446-f253-48a4-bc46-c17f1be7de62 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,d29ec144-96bc-4819-9263-e1848b8c83be +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,9732aad6-24e2-4ad1-92cd-c0f2737a3e30 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,647bc483-409f-460f-a103-6d24271eb91c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,da89836e-ab60-4acb-a802-9822fbef8ce3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,0a56fb4e-ffbd-4a73-836e-789a541c841a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,4f5c0eaf-2ffa-4fb4-9d19-823fb59f8b16 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,3964487b-085e-49b1-85b1-99e3ff1df4f9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,b4a2a000-64e9-47cd-abf8-4db4035a1bcb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,d5cc4e80-4c39-4ed2-8b84-b76ab18e20db +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,11149e07-7ca7-4736-9fb4-477fb66adf98 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,9c8a9270-c6df-4f0a-8ece-ff0765190193 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,427670c3-c925-4d66-b9cd-7c1395c67b2e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,b2ff2767-02dc-497e-ad85-c078d1ad4e78 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,4d5886fe-a749-445b-89b3-490d08f8e90b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,356acfb7-3072-413d-aa0b-7d61ffc7890f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,ecfe5c10-5616-465f-b680-77684c8ff750 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,551606a9-cdd6-4232-8445-3d9b1b02fad0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,4b17c507-72df-4b87-944b-33df44730a9f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,21d07af6-a7e6-4fd2-b2a5-0fd702525683 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,2df33223-e3de-4ae1-80b9-7d9eeaeebf41 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,9c3537a6-6cc1-421e-8be1-388d9f5d8083 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,0acc90a8-6e3f-48f9-af6c-55a2ae0cc6c7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,c0f07b61-7b42-4834-a1cf-c4d79267720b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,d496496e-1d71-4f71-a93e-c401e748d536 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,d7c6c5b7-296b-4795-bfc1-8f20a8236e3c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,61c7a7f3-6a2c-402e-8f79-b6055cd2b54c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,a2d48280-1a57-48ea-98a2-78996ede7ecf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,dcaa9850-033c-4bd6-b61b-f8b68c38baa8 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,18d07837-599c-4450-b8f9-e5d8aab7b741 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,5052df3e-f279-475b-9c2f-8f900376d832 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,08e2267e-24b4-467e-b078-b96e0487ddf2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,63399bae-13fb-43a0-9329-66af734f6d5c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,3abbf59f-9055-4901-8496-193607a19f5d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,07c7fed1-8dfb-489a-bbed-8b635e777715 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,c492b4f2-1235-48f4-be66-331c9f4f4288 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,e954c38c-7e17-4713-8983-36c538b4d978 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,dd296609-cce5-4106-af24-53440d265448 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,d1ea9715-2b4b-4f6e-b79b-5860848e8704 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,6ec91a38-9559-41a0-b9ef-ac4305ba2533 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,f9acbda9-f907-45cc-8fce-10fbbff0c45b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,70ba4063-b77b-46a6-af7b-c198ddc877b1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,d2680ac9-e696-4394-b386-8176ccc3a33c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,b51f659a-7d6b-47c5-acdc-4e2306239038 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,85098663-48cc-44b4-ab7d-5b54adbb6a48 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,726612cc-8f60-4261-823f-456026aadba7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,880ef72c-1545-403f-8c54-6b35346356b3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,1094265f-c93f-4e54-ab9f-4c4a32adcbad +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,98c91fb7-2f29-4258-aef3-b009cc1ab0bd +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,14902da7-fb4d-472c-95e5-9481b840d067 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,cd026dc9-b7df-4abf-95b8-dc826c7b9a66 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,8b7a9694-14f1-4233-a4ea-c4e5d8612a6d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,d821a164-13dd-44c3-b8dd-3612432eaeb0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,d86f51ff-446b-404c-98b2-ed94990f9698 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,658d3fc5-0274-4452-b23a-817f16c724df +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,7b554509-4dc9-479b-9e8a-22c8938f1c09 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,2e060ed8-4a98-4b80-b2dd-601a0a0c47a2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,2357a29f-59d1-41c7-9c49-6e453112363d +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,fuel_combustion_consumption,164dd1f6-317d-4b84-8163-0d337b403754 +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,sampling_scaled_data,a8470885-7787-475f-b37a-232973d7e5e1 +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,modeled_data,5d941b0f-d121-4384-8da1-d3ece53f19dd +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,fuel_combustion_consumption,d83be9e2-bd60-4bf4-aab9-3b3b05a2c0ac +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,sampling_scaled_data,14edba03-9bec-4552-a672-e37ab730fbcb +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,modeled_data,1a04f603-44f3-4f43-8031-c06e5d0195dd +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,fuel_combustion_consumption,eba35ed9-692c-4af5-9ab0-34dea720010c +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,sampling_scaled_data,0d66de8a-e2b1-460f-9978-56a4e77756fc +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,modeled_data,37f86937-500c-43e7-ae3b-938e429c3e35 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,cd4a6557-5944-4388-a600-89b29e89c1be +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,e7ccd845-67a7-4b37-a88b-781c5affe4cb +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,3d6970b9-519b-469f-991e-c8a9b019ae51 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,d676e384-19c7-432d-a452-381e7dbcf7a7 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,c5d9e5c3-d7e9-4a1c-adf2-e8494ea45030 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,48c42ab1-e619-4399-b151-facfa3dffc95 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,3a2dd143-b043-4a07-ab63-61c099dcdb66 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,50743189-6337-410f-abc8-0953c4ce27e2 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,d51d66a1-559d-4bab-a41c-f46007aab91b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,97d65150-bc1b-49d6-9b79-ff24083f81b4 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,7d97a3c1-3b57-4cb8-ad4a-d54cb9c5f470 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,d180019c-50e1-4818-8ce5-c43efd5ad8f0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,df61a706-138c-4776-859e-50bc7ea632a6 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,36e0ce07-d418-4c17-a01a-c5d7687c82b0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,e6d56fce-8925-4a54-bdce-1f327edb30ee +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,73e9fc69-9259-4b8a-938e-3fe36912360f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,66c91387-4b9a-4f30-9f2f-ee24371c4430 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,55483aa8-d966-4d54-a5f6-6c100125f623 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,474216a7-3524-4c6c-bd18-12853fd340f7 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,24dbbec7-2fa8-4b4e-ace8-d6b617343844 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,e770a15f-fbb1-4247-a756-a356bd364c43 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,50e098a7-5ddc-45ef-a846-6c83a0381d5a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,969a14af-3a1e-4ce2-a56c-3284bd34f901 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,f9f442f8-3855-4b34-8e52-998363a38707 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,a40e006b-51b9-4e10-8fed-74c8cce852d9 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,9378f011-d255-4e6a-829a-063d49eeedd8 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,57b21a97-85e4-4ea5-be8a-0fea403b97d4 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,e79cfba9-933b-4d39-afdf-06d3eb231703 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,16942d52-0a5c-44a2-99fa-3fb13f927326 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,13cedee6-057d-43d0-a418-b7a8724faa05 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,c7ad031d-2754-4e25-93d4-d3d97b69e063 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,c5b82747-4eb9-4463-8ed9-84c7b7f57dee +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,ceeb5eeb-1a4a-4c53-8e6d-1b9ce0f35841 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,eb2cc090-1c8b-49b9-bace-7584b477c2c7 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,8f5706ab-9a68-4824-8f47-5e021c9ceb7c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,55afdabd-a618-4b8a-8a81-3d226551063b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,6d6cede6-ace0-4e1d-a0c5-f342bd6a4e17 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,d981d57f-fc26-4f50-93c4-c2959043232a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,40a8623c-45e9-459b-9e61-a5c42406db90 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,be9e77a8-fec0-4ec9-9b73-4e16865c9a2c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,c2bd6cae-600e-4264-b424-a7158ac9f6c1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,798ca825-c5fa-4bd9-8575-0a34ffa93337 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,85a6c4ba-820b-4710-9ad3-0806d114a1dc +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,15442206-6f13-48ce-acfa-c22a4371293d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,50f694b7-8ecb-43cf-ba9e-12cd5ec5833f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,ab0a2c32-857c-439c-8ac1-281342fce7b2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,fbdce7f5-be0c-46e8-9fa8-30683c74b3f3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,334a4bc4-ce96-4b8c-9322-d5684208b429 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,45704f67-7fce-4517-bdb7-d9d5680e7cd5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,2b36157e-363d-4f35-9261-6aac0a530eaf +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,b4617c6d-af79-4853-8ef6-0834002b72b0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,7fe4173b-3c0a-485c-baf1-5d6dad9abef4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,67b1b089-44df-49ca-8b02-0d638b20a76e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,46076a55-fa04-4c8c-922a-1775a3961e9c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,1936f54c-da68-4817-ac46-bdc5c4e966fa +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,dfeb6164-c9c3-4e6d-a4ca-a1c9dcb41488 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,2acc396e-d79a-43c8-9c36-6d4916b22987 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,a7400bbd-1eeb-42cb-b095-5600720dcd9c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,2cb92a7b-db45-4aa1-8269-a837ea415807 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,095936d1-2a70-4515-9193-574fdc708562 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,e7e5365e-451d-4708-a1b3-cde3b7eaef27 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,c0302f45-a568-40dc-ae10-0087ac1676ca +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,7896988f-2304-46e1-b818-d31378aa82d9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,c7c08625-265b-4528-8229-7e803c5fa726 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,b78c60f5-7ff1-4770-a1fa-8911be90ebc2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,8b95a533-ae21-46c5-8a61-731077924835 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,ffcf3262-dcde-41f8-9914-a3d001b8c216 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,231a7ea7-a44b-45a9-8ad9-f881db962e0d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,763c8499-5c78-486e-a099-c3c81304c484 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,1dc25359-5187-46f7-9a56-0616df4f8719 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,523b2588-6988-44a5-9d8b-17c453b46d1a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,0682fa42-66c8-43bd-807d-6d9e2962f56d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,64050dc2-e690-46c3-a475-d9308ad6d8fb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,90cb8c5d-bd41-460c-88a4-397492e60c59 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,35f2b45c-9a53-480f-a5b0-cdb200601d36 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,b9e9f0b3-7f5d-419c-97f3-bc415056a6fe +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,b699b484-cef5-4189-8edb-b1e10decf998 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,00884fd9-6593-4a84-b4ba-e3266528a3fb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,82c62bb6-23b2-4290-b3a9-de3a1a264b6a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,66042a71-dad6-40f2-847e-519c9c5cdaee +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,78498152-0998-45d0-93ab-7377a0d20faa +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,90f64395-e01e-44cd-89a1-03ddec0eb3bf +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,8234a794-9e4d-4e1e-808d-c43e95c2cded +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,69a287f9-01ee-4364-b459-09afb743ad8c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,d03a0a49-db76-472b-a015-640cb8cb0eb6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,aada9b36-0bf3-4456-a2dc-53f9883d7b1f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,8e549da0-96b0-479d-912e-c188f2c1d9a6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,9735e23b-feb7-4b53-8bbb-cf2b89911194 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,fcd6b7c5-9450-4277-b6e7-f5b7fb353123 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,2f1b14bb-6f73-467b-8f58-7a4671bd42df +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,a0d8ec9a-65bb-4104-af82-b620a6d52045 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,64124ac6-d8bf-4515-952e-17086b099d71 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,64a67021-d505-4119-86df-58af6c99ef16 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,a6efd606-4bae-4af9-bb34-af21b42c87e9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,c7e2d958-e97c-416d-936a-ce0464662654 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,7032dae1-5e08-4728-a35b-4bdbeb46cb38 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,c764582d-9fe3-412f-aeab-abc95b7f5edb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,f4d01bb5-44d1-46e8-812d-e097161f31f7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,7c4e2642-631c-4fb8-85c1-d039faff0fd3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,50456193-3dd1-424f-a19f-863ac6fac68c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,277e52f7-7de5-4607-85fb-f06a2f8d6ce4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,306462dd-498f-420f-931a-f2ec53f74cee +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,69b06b11-2554-4b00-b320-baaf492db124 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,7f3e5d9b-3a60-454e-919a-1389a4f3d34e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,e73244aa-8ef1-49d5-8792-425486d70b24 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,60fbbb44-dfc6-439d-9ca6-5de920d5f3e9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,c5f88ec5-c39b-4aea-b13f-5f960fa61e51 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,a87eb146-c0b5-4f70-990d-071fffe54b1f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,1083bffb-7564-4c5a-ad11-87cf8fe68c17 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,a78a4c78-bb08-4b81-8852-732b8078e565 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,9f4382fb-1c7d-4c5e-a617-f69ff65a4b5a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,406bbc76-8a2c-4c47-9a8a-3414086142f9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,0e8ab5b2-af0b-48fb-bcfb-8151b039a6ee +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,b28952a7-5745-48e9-b1a6-2258c7c5d05b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,af13d126-f1cd-42f4-be8d-05f5e9618415 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,b71c244c-8817-4958-98f7-2316b60ec64a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,42adf725-fe93-4630-9e03-3fbf28e39f42 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,80d6ca0c-15c1-44a3-a19d-ffe40a025197 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,a4c2c074-f985-4ba0-a47c-290bb1b84e57 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,885da5c6-f64d-462c-ab23-f84a3f56df04 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,8159c87e-e9e7-4b46-9257-8b4232aeb950 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,19da44f4-2a30-4e2a-b35e-0f3dcef0efe8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,32235eb4-ab66-4cd7-940c-2bc4eef47afc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,34fdd3ba-1096-4e24-8d0f-2c37a8f60964 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,8ce428df-0511-4507-b45f-abd09f41e2e5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,10c32a73-3780-4c5a-b9ac-a0d074f175c0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,6695cfc8-b189-4563-b1b0-1a25b468d5d6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,14b5083f-4b3f-4bbe-8180-4979ba302820 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,ee7dfdc2-d69e-4e00-ac31-d6f874b968fa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,1cedca33-991c-46ac-8737-f765658d6583 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,8b3723ac-741d-4a0e-886a-22fa72e2fb46 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,db44f5ab-b507-4ac1-bbb6-512e9a2b3c16 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,2fe01808-104e-4ebd-8507-ae859a173dfb +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,1d4320ee-a6b2-4e17-817d-ada15d8a8879 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,b4e585cf-d9b3-4eb4-a7a0-bbdd3b5413ea +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,367b5264-8eb7-4eb4-b3de-70f5b391e224 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,711b36c5-6e0a-45cf-bfbf-bb651900ecd5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,49d60d7b-990e-4481-bb42-592f6355dfd2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,a2cc89db-7d43-4930-b0df-71c2cb4fbf9a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,3efbe9d1-1c98-4a72-8195-0f05e852ebff +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,5ca25451-4360-42a5-b6e7-5ce11af3012a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,56768020-d503-49b1-bd22-9eed7aff1aad +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,b1fcd517-3344-47a3-a79c-af2f8e0b7110 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,d7aca2ee-5b74-4772-b744-410e67221bfa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,35a49d1e-2d2f-411a-afec-1078c73eae3f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,afaa5426-ffd6-44a0-a0c0-8f099cb26834 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,4cd9ba4d-2b52-400c-8958-e5a156ac6819 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,ba5d10ae-20d7-4feb-bfce-a5fd457eafa3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,3d659ae9-7b8c-496b-a69b-6243a77c41a7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,20eb6673-7bb9-4c1a-ae0b-3875f4915837 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,5700b507-2471-4057-9807-fd451c4d6b75 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,16c33057-74b2-4610-a20d-0f6cc3075ba5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,5ddc7a11-08ef-495e-8221-7f94393ba5f2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,31b13285-d0ae-46ce-9187-4220cbbf8f35 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,c7c73354-8ebd-4f07-8e6c-d69f72f5e09c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,548b141e-8e15-4db9-92a4-646d29e1f278 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,7dd04900-b661-4258-87e0-a72658fbfcfa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,391177f5-6bd5-4c86-aa74-024540634593 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,34f9ea35-dda2-4e9d-bcc6-8a6152568c48 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,6195879b-c627-4fb8-a98d-7ad1465632be +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,a65f24fe-b358-4cd1-9668-f576afc610c4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,78822a7d-37fd-4990-af9a-194052f975ca +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,dcfae0e7-50e7-48a7-9d1a-e5e1af89a0ae +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,5321f55f-86ff-49ce-9eca-09df3a64c199 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,3d3d2dbc-970e-4ba0-bd48-86699b6008f7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,202fd579-f846-4391-9952-7576807cd1a0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,70367092-01d2-42bc-b23a-39bbd0002fb0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,5ae1211e-3e29-4816-b517-60146f046e98 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,074ccea4-6286-4922-aad7-d0f3beb17137 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,0c2e210d-9a30-49ca-b401-aef13bf74773 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,993abee6-cbaf-4b13-96e8-e1cc5cd93967 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,7d6058e3-b02c-4729-84c6-1d38655fbbc8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,bc0959cd-6df8-4fe6-9005-5c376e2c5ede +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,0abe43b0-74e8-4480-9b0c-66d844715ad5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,7b97f711-9fa2-43aa-9cdd-627ff0ec70d0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,5914b693-28bc-419a-94c7-4ceb529cc63c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,00bffa7e-7caf-447b-a548-a1311e42a893 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,8e5385e6-af66-407e-992d-5a3891988c78 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,59791461-8190-4f6b-8c11-6a99068f6a66 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,046d9f3a-54e2-4806-9464-89c792458fd4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,8164d27d-7de7-4801-968a-da5505b5f140 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,93af2e33-e696-4cad-b544-21ad0efe8af5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,cb8cd943-93c4-41cf-acd2-2d298f69a545 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,261301c9-0b22-4402-af7c-56acf0dccdec +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,424b9b8d-f10f-4da3-8734-6ee6299e0e59 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,002f8ff7-9baa-4db4-a4f6-37546c66b03a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,e85c5120-90d9-488c-afaa-f4f9587b1769 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,abd7bd17-906c-4367-b870-7bb3b93a8156 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,497d5f05-e720-4d13-af90-59441e4410d8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,86a2fc5e-c918-485b-ba52-8afe2c3039da +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,cf300dcd-d0b2-49e4-9b4e-7efeba20695f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,caa5bd8f-36f5-4720-9186-fcbf159a4812 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,de7ac75f-e64f-453e-b6ee-eb7059450663 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,b4ca873d-5c29-4c8f-ac32-8464edf3188d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,652f851f-f3df-4f72-8365-756211c072e8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,e55a3e44-6c40-47bf-af27-d1551f1b1b9f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,03974114-0baf-4ac4-a04c-59b4803f8228 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,a6792300-210d-4199-a87e-04f1fdd04691 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,0e919586-7371-4f48-926d-ba6a6122ff7d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,ce19da73-8c0b-4c01-a90d-a034dc569057 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,0a6187ae-7b0f-4903-8184-44b093568bf6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,7d4ce2f5-040a-4b44-8e5e-5d2e65e6bf6b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,6ae03d9f-763e-4e42-9bba-29ce8ff302cd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,0a0b6fdc-8b3e-48f6-89ab-bce6f8de0459 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,881435e9-e034-40a0-bb2c-982e910e9c58 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,87ff0478-6487-4ac1-9e69-b086a6bce850 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,86c3b6d6-94de-4e84-bbbb-81d500da7645 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,ce51a6ea-5e17-46ea-8989-75064bd4d150 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,14f35cb5-0220-489d-8b4a-98d08cf99689 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,15e36342-da78-4312-997b-b034b2d90795 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,a3868c52-3815-4c65-b991-728728390a25 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,a86aeccf-ffdf-439d-9064-26b656c7b808 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,ed0f8981-d95f-4e8c-be09-d3291cb3ae83 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,d1a90023-7969-4058-83a8-c1d2cfa11164 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,119c0d4c-75cf-4461-8c49-b759674bcc1c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,7aa19ce4-c6ab-486b-b8a8-c05bf7509c98 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,aca9ba71-b00c-4dee-9e4f-060cf28de716 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,89f5c4f9-685d-489a-a830-9a01ec32bea1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,918f823e-ac8e-41e2-8af2-4c8aa2b109c0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,bb5d9a64-e588-4558-af92-19ecd8c3a65b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,4c154382-4627-465c-8fab-bb9495ce3a69 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,db9cba64-7d35-4e9c-b83d-078a255860a9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,e47116d8-ff6e-4021-a657-a3fb80d57c9d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,c538c03c-49a4-48cf-9119-0c13c8ae128c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,95c6930f-fd0f-44a7-b303-50e40110d162 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,cac5cf4d-4825-4f2a-ad0f-53421c8338ae +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,5d58fe94-8dfa-487b-8d28-d7e652a2f3c3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,e3cff6cb-bfb1-4235-980f-1e7528e428cf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,db7a8ab2-d402-481a-be07-d2d09eddfae8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,740a11dc-1e00-49f1-976f-e8ed39480e8a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,a298f0b1-aded-4ef4-b12f-ee7c9a0ecc3e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,4230a7a6-fb79-480e-8bc9-ec1c9babca3c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,cf4f1881-5bad-4765-b444-eff7c1579564 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,8cee205d-5412-4121-9e51-d07d9b383ce0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,b9b76714-c174-4725-96b7-6b7dda6a5ac8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,6dd9c67c-27d8-4b78-ab3a-df2221499c07 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,202d9178-8563-40d9-86fc-8f931c047d51 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,5a88eee6-b3bf-451f-963a-2413c87f2872 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,b5f2ab84-0a1e-4ada-9483-7daeb9b01897 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,a6006919-304c-4872-b9de-6706e14d7d1b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,a10111bf-8fd5-455b-8d44-a0e06274f3aa +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,45e4d818-7fbe-4c30-b326-36fcbf091cce +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,901015c2-63a5-4006-b841-f55fe1b91c26 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,3bd35f9b-f41c-4d02-97f8-ebf21d73b2a4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,e6b4adbc-e7bd-433c-a01c-940a4af8a296 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,69f3051b-366f-423f-b152-6f9ced85d440 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,fde8f7b4-c7c7-4751-9ba0-5d0970099e88 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,fbe28594-a94e-487a-8011-88d1aa9e8e22 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,13017903-fffb-4115-8e6b-bf2b9b770e8f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,d2ccaced-b49a-4f79-bde9-661763fa228a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,ae6ca8fe-3626-4e9f-8ee1-41240bdf1839 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,b43f9454-d6af-43c9-bb3c-f0d6134999af +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,0ab426b2-0858-49b7-9feb-88b7021dc7a3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,c8b15f36-0b48-456a-82d2-de755a484712 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,50341168-9457-422a-9271-ce702fbe95e5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,8a4682d9-d9d3-4a17-bf40-a35065157dda +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,44fce39c-ba34-42ec-83be-46d3bfdaed42 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,5b9ecdcb-fcef-4926-8951-54a279f11138 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,5a74d615-4406-4c10-85bd-6f438b28f3c9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,b11b8720-ccea-4037-a0de-b6d8c29645b2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,8af4c701-b6d6-4291-b4fb-3f3af659138b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,52d1b797-b51a-42de-abc9-3c20d5d5a6f0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,ae49de12-0d45-45cb-b376-1672ec4271a0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,d56b0dc1-d3d5-4f36-9d93-763957307f59 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,63a1b322-8849-4b08-97f5-2cd39bdc6a5f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,dc551650-5445-4f9c-8943-456d06a6d6f4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,88a64f7b-e5ba-4501-8ef3-fe99ab11daea +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,53c9443b-1718-4e43-a410-b50256be98de +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,c51100be-618b-41bf-a369-d425e475000c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,53b50d4e-2d40-47d0-8df3-693be644ee62 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,e1411d73-c3ea-4142-85c4-b1f0e63ead55 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,6252faac-03ef-489c-8e4b-9a6e18e24026 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,f9de7cc0-4b21-478a-8875-0216717e53f1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,557558e5-dbf3-4bb2-bc2f-3786abd98068 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,1e118f89-fa2f-4dad-bb87-e6ccf39444ab +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,35589b00-863a-4532-b8e7-2ce7093c68f1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,7f897bd2-b7cb-4555-bdb6-ee08c476913e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,fb2207d7-9218-45c0-ade1-ca3772fcddb4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,223a31ca-5110-4cd9-84d0-af2b96cfefdc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,6723b6b5-aa14-4b43-b997-6cdfb8c8abaf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,55d89867-97a6-4da1-bbc3-9bfe586801a5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,2c23aca9-72ea-486c-a704-3331e00cd2f3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,661c01f3-9b39-4c0d-a1e3-199bcc50b538 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,ca0a0ad7-0bd3-4c76-84f3-2ac13fee8b9b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,6a3141a3-1cd4-4f63-9c8a-3ba103109348 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,75f413da-3236-4665-9ed4-8a1a6d83d82c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,41a4529a-e096-4942-b2a1-2c541be2e3be +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,c7f0d85c-9dd9-4715-ac51-4812b491557b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,c96cbc27-bffc-4d2d-8212-a7ca9bd166f8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,8b5a8eee-6c13-4e09-a728-ef594f32a71c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,cea88898-a85c-45c3-ae5d-8fde9b234832 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,18413706-e0fb-4773-b789-805669826231 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,cccfcb20-3421-40ca-944e-99fb9eaafdca +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,e8fd43ff-b705-4ab5-b89b-eb0f563f08d5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,8ad6f132-0559-44ef-a521-bec1b2e2ee9f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,8ec180b3-ab6e-46d4-8dd2-75caaed461c2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,7058a4e1-8f4a-4bfe-88e1-0a2716ae6d3f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,047f6a93-5228-4fa2-8a45-2b4ec15caa74 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,d2e41d68-7a20-435d-844a-f3f4e267ac81 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,827aa69e-e460-4755-80d1-ec85129ce447 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,8ca825c7-50e3-45e5-be25-eee4ac6c9816 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,aeb596d5-91ca-4e85-945e-ba6785488283 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,6db62ed0-8776-438e-85d7-12f4393ca6f5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,7a369234-4747-4f0a-bf59-67193dac280d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,a5e4022b-0244-4d25-8017-64a12a70b3b2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,6d8f8ea4-bb61-4136-aaad-0d734f83436a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,22502ba1-ad0d-42be-bc77-5c6ebdc63ff7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,314b29f1-7f73-4ac3-887f-b4deeb8eb248 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,d41c584e-be8a-49ca-84c4-eee8bca4cef7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,918f76fa-3cd9-4954-b1ae-8ff85e3ff6eb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,70747e17-d264-44d8-9b24-37251642359a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,a07c5dab-19fc-4e84-b8fd-a657ec9535e2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,5684e859-042c-4230-8f5e-551dfbe5e496 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,d95d603d-8dd5-4407-8692-223c2325bbd0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,96db8de0-aa8a-42cb-912e-9ea5da09b395 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,9175f4d9-15e9-478d-a98b-f42b4080079c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,03a71607-e131-4897-9d0f-2d8dbce3e0a1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,52adc6c1-8db7-4cf6-b359-2005a550c6ca +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,91424960-f9af-47ad-ae09-0a9c0f9555a4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,7e449e9a-ad84-4bea-ba03-152bd217c515 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,9d208bb6-9891-4306-96a0-199a21deac3e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,1990b0e1-f1d7-40cf-b85f-4c84411b8d30 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,56007e0b-d52e-42c8-9b34-95240254d53b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,b707de74-09af-4d6a-b304-db2908f625f0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,b2f205a3-409f-4fdc-85ab-12ee51807cc5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,a3a98938-88cf-434a-ab57-20626365519e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,22cb9dae-cdb2-4e9b-af19-bfbad465ddac +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,6c6edfa6-9412-4a73-9711-142488a261a4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,2b74b0d7-7927-46d6-ae3f-bda46681e48e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,0ad5969e-b2d3-4e05-bfac-6fbd6720d847 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,5c8602e2-c839-464c-9ec2-405f4cce1453 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,417098ea-5f51-4f7b-ace9-2dcff09df12e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,fa421a75-a7a9-46d4-be4c-bfce27a6aa8f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,6d97eb85-16d3-4b74-8eb3-4718656e4ac7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,1141bf94-00cb-45f2-aabb-6daf3f41ea58 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,9ca4a6ab-08a9-4977-93b6-776f1d2a37f3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,60fd1ba5-143f-4f29-82ec-fb888392ad2c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,986adf2c-01b1-4c11-8c45-49dd9ec14c89 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,78f56175-e5ef-430a-a7c2-7f7026f02502 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,ede4b086-fd86-4273-b5ef-7114e88cacf0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,754e66c7-e54f-4400-a64b-a2a9f02b78a2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,3b6330ef-d1b9-45bf-9541-b06029fce4c1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,954e06d0-150a-46f7-8893-3f583eefb95d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,c1a333d3-f99f-4fe5-b602-df10c77faf7d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,e3238166-0a18-490b-a315-760b2b2685d6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,b857ecee-e1f2-457b-8977-c8c1144425a3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,90eee432-a3d0-4b8c-b6f0-a65597933368 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,ecf312bd-b706-4da9-be01-985aab51c772 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,b660ef09-d973-4a23-884f-8a480cb13874 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,c7f333ea-76ce-442e-8b91-beed966a738f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,73f164b7-ee5a-4c35-9fdc-e54835c2fb0d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,19ad6186-3220-4d4f-b93a-7460bf35400a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,dd7d3a79-e6b6-4616-b77a-dc06f612c760 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,b3f77d4d-dd84-4a10-a2b2-10ed0dbae8cf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,073b43be-4757-49c8-8785-4603297de8b8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,1f520d2c-6868-4f38-9dd7-45e112bb3eb3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,7fec2e36-8db8-4f3c-86f8-a15a432fea52 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,fe2d6082-36da-4941-bdaa-375d86b4ebdc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,1298a8ab-6194-4f4e-8264-b2c8ac96268c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,fed5601e-e2f3-4b67-8377-73d25d91daa3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,537390cd-b892-4522-82d9-1632fdce058e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,0f2a54b9-7365-41c1-b120-2d454e912cc7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,11aae937-ac98-499b-9dc0-29879d868be4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,3f28c533-448a-4061-8250-e55724a2a0e9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,a20de145-8d88-4a45-bf54-f380be38ecce +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,f5eca183-6da6-4cf4-bca7-fa87e90ed366 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,94a78fbf-1988-4a62-b5eb-8a283083e44b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,66985f3f-0243-41f9-b461-f3ec2fe8f7c8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,3b9bb186-bdbc-4673-be95-2ff3533cbf7b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,2d49232c-01df-42a2-b1c2-d0caf9be4439 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,6e1f4a7f-b4c1-470f-97e4-328215c6fc0c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,a74e4bbc-a2aa-40da-80ca-19b2de5ce601 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,3973ca53-12c2-4d10-a7d6-3ab4bcd6e13a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,930102e8-1e54-4339-b7b9-d07a9ab1886d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,fa0c9837-2048-495f-bbed-a1097ff709b5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,af3e9152-3b3f-402f-b3ba-bafcd440050a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,850dec35-9b3f-4e47-a722-87e9a5ae0e36 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,6ac4d4da-5c3b-4838-8d3f-72c5460a0d7b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,3fe2c3c5-b404-482f-9909-5ccc929fa283 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,bc0f29dd-04e8-4e88-ada7-b83978af04a8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,e132aeae-d196-4426-97ab-16194d8196d3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,474386ab-de08-482a-96e7-34138ba6bd2d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,0162c416-00d8-40cc-9d06-ffb3b655893d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,d23c3925-949a-4b26-94fb-372cf746d55f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,7719d484-5778-4655-b072-7c2fd6bca6a7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,1b2f6a13-cd8e-4a86-ab21-592fe17f1d6f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,04dcc5bc-08fe-4fdf-aac3-e64f4e495a56 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,e98249b1-54fe-43e9-bfb1-54c675f2412d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,96e65701-5619-4c19-a459-5db72d825566 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,c9854354-3f63-4647-a7b6-b0c850e3fa98 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,71d80694-c8c2-4a2c-b2f2-e089ad4ee48f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,f9a9f2b2-83d7-4534-9e76-ea9a003099b2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,46a9fd5d-e4cc-48c8-9027-0a9d4de31eec +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,557579d9-a61d-4276-bb7e-bc0196549328 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,06d90ae5-8f07-458b-9711-50d700efc730 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,4f464810-ecc9-4076-aed9-93b72b3cf1fe +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,82aebc85-b194-43ec-b415-0ac00ed69f0b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,9a284a10-8301-42ed-a85d-5b6bb54fa632 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,53c204ea-3b8d-4cfe-8d9f-aa487b9deaf9 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,83bc3b10-6566-4bad-9e82-601ec954792f +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,a7c6393e-0952-4aee-a2b0-85ce0137b59b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,c58f255d-d096-4eb1-8123-585e601c0f2d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,d95573db-a277-4ac8-8781-6fb75b026ca5 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,b02c4104-1dbc-43d0-a9cf-e85f1760ba52 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,a8c31152-3c96-4dcc-8c11-6cd938ba6bec +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,a0e91781-8461-4a26-a064-55c0c82f92ef +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,7ec68f7b-adf4-4199-8610-2c121fc43fb6 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,0b0ac797-8e18-43a0-94fd-892db364bd2a +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,2f1eb9e3-283d-4f64-9506-4116dceb36bb +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,6118692b-fdec-4519-8406-4166ad818598 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,118a510a-0a6b-4d91-a952-617a4b1e23b9 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,9fdb51b1-ec27-4c14-9ee3-c41dcda8cf81 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,42dc3c8c-9ce3-4918-bf48-34806c957faf +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,cdd7240c-5f0f-47d1-b542-4f4c9c352112 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,4e8f9408-071f-4e8a-ae57-8daa72f867d6 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,4035bacd-9169-412d-b670-b271bbc0d216 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,ceba5498-47a2-419d-9923-030151140201 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,1789e690-8463-4c58-86b1-59667741bcbd +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,47be5829-240e-44b0-b9b3-bcb98b701f46 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,c2f94262-f1f1-49ac-b300-335cb61b13d6 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,3b590631-faaa-4136-a4d0-d87ab2e9246e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e5f721cf-3d3e-476b-b0b1-390db0700697 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,b162fecb-3df6-44e5-8590-710eecea9c0f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,9b5bf765-deec-4040-83a0-9d23fc1f3a9f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e5d570b1-c9f3-45d1-b29e-b129bd8a3229 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,aee2fa4a-5cbc-4917-98b9-9c3b4f384232 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,24f50386-a3b1-4ac3-9da6-816042b7615e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,ad9761ed-ac1d-42aa-915a-2ed342c1437c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,5ff2fc75-76cb-460f-bb42-e48150a8ad6f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,4abf4480-5c70-4c86-85f8-67f91efd4cb1 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,f00e3294-9832-4562-96b2-49137dd93fb4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,2d8b43a9-4452-4c42-924f-4fc9cf6b10c7 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,3eb028b4-8aee-463e-b121-ff3b4e57413c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,7a110bc3-1043-4029-ae6a-6a311cbb2868 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,516940b9-24c5-4fb1-9403-ee7141b7ee61 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,cb61bb0d-6cc4-4df2-b6d8-5cb2f7b91ff4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,3f81c32b-9942-470f-ae36-9d52bd30c252 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,04380195-8da3-4e1a-b42e-1aa3bc17058e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,8e9d0876-82d5-43bd-a851-6d54f661214a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,7b480bd3-a3f0-45d8-a464-636b37d03db8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,d9cc15dd-d367-4d24-86bf-660493c3c52a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,72e0cfe2-4f88-4433-93d1-a20bb65b5ab2 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,8046e03a-7281-4dc1-a083-3dffddd31ca4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,c79c19f9-22b1-45be-904a-7903622dc13e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,6410fc23-961b-4c69-9244-77aeb9595f5b +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,d99c533a-4de5-4bdd-ad26-1c59b3913fcc +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,0801c5b4-f920-4b2d-b3ed-2ac7c4a8526b +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,ea480355-3f2a-4d6a-acab-0099b82971e5 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,37a50f19-abb7-4bb5-a295-a305a554676f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,09c4fc1f-b862-4b46-807b-975fc35571dc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,e15d32ee-1d58-4698-b102-8c6496ee1ce1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,ecccd148-fdc9-4560-a3ec-5c3f641d62cb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,869d0d81-f62d-47f1-afdf-2da50669ed1d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,ae47bbb5-41a5-4dc8-9e25-40dd7450c3fe +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,4d447a76-5174-486f-a791-7d2a30b11da3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,275b7a6a-7ec8-49e1-bb01-3ff2bae1758f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,9d084275-d8c9-47fb-8615-bb96ef2608c8 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,67d47602-6d2d-4c71-9c60-df19f6398b54 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,209d3871-49f1-41dc-94e9-ba47d6f74162 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,7e33b511-8b57-480e-8612-807c4a56c965 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e20c00cd-d090-4802-843e-73237afaba89 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,d53dbc68-23cd-48b2-bdc2-26a7f9ec7b03 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,c55e90cc-8ddc-4016-856f-ce929593bdc4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,b5e46cac-f014-4397-a3b8-ad4553301f33 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,464db9a0-d20e-4732-8eed-b0a9e18987dc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,03ff63cb-e165-4771-8a96-e136de157edb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,9fa8557e-efed-4e5a-83ce-12f16532d594 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,47a6ecbc-7891-4c96-9dcb-80c4280ead19 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,6fa417e6-d79f-415c-a6e2-56b141ace82b +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,abdb5eeb-5eb5-4d6a-8fe2-ffa8d322a71f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,9b1aee39-1755-4307-96c8-c9d4260e2f68 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,d7276aa3-9534-4ba4-a309-767d263840d5 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,c36ce199-a380-459e-bebd-1e75230413cb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,d114db01-7d94-49e6-8a00-6cb1c1e19798 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,75606943-72b6-4547-9257-ccb6f8f883fb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,b44c7127-c8ec-4bb8-b2bc-e19962c78a38 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,c51c7fe1-dc3e-4e2c-91d1-e3b5e381d8ac +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,451b389a-2990-4881-ad18-7b4e7194a5eb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,f6af0d71-9c12-4ffa-b071-1739ab23065d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,a573c49f-457c-4756-9d9b-833e248d87f4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,5aec0bda-866a-442f-bdf2-8ef3695b8216 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,f91596a3-baca-4656-bb08-859349da0f63 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,ddd8d30a-36bd-469a-a705-018b68187f2d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,736d2d49-7ac0-4e5c-864f-e1c77689a612 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,426988d8-2347-4fdc-adee-8610dc221311 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,bf85ea16-0ae0-4be4-83a9-8b069bc9d108 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,f2bd9aa9-5b14-4acb-a614-10becff7fa04 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,7b5135fa-ef7e-49da-bff9-690730742bd1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,0a4d1cf4-a894-4c95-994e-0c53b55c3363 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,3e1bb204-7364-4ef8-acba-65826a428bf0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,d28edeb3-6f3d-4723-b8b6-10f4f7207aea +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,0ee21746-d0fc-45d4-8c8e-954d80af4752 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,a4c1c8bb-9b6b-4a42-9887-193847579cc1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,9d87e37c-5e4b-4a42-9f85-75c08fa0c418 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,59635523-9f50-48eb-957d-0c1c7d6733b1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,b0fa436f-5120-47a6-a86f-9e53a5fa2480 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,62ed76f7-85d7-49f7-830e-fac795283b2c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,aafdbf68-2535-4d71-9faf-4abe48ac3651 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,c22129c0-2d38-4c5c-b780-c6ab4b88b2ea +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,1041ffea-517b-4968-9911-0a2d81998db8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,fa0f7357-0ede-4efe-ad01-bf9decabd0dc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,157e6978-5a78-4b4d-af8e-f8063fe749c1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,d0dc1d6c-1743-40c9-9dbe-ff3eb65c3f33 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,64e05a32-97d2-46c0-b41b-f057452e7553 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,ace46b49-d9f3-4ffa-b1f3-206aa1ed3e6c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,5e1910f1-380e-4d31-a367-a00f6d674ebd +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,93902ed4-48e9-45f8-8b28-61cc855717c2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,da9f0919-cdba-4361-a831-eae149db438c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,57b111b2-f239-49e6-93fb-28b803d548dd +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,4b20f1d8-e8c2-42ce-a4c9-19b039141477 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,f373951d-f34e-41cf-832e-b96d6a186bea +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,6a776def-b4c4-4823-b98f-8509bed7ef31 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,705a766f-c613-4ed7-9df5-2eced66c45db +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,6d4f3654-d714-4f36-a3e6-a3c2ff179c0d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,2ffb1d4b-e0ab-409b-9118-8d60ea6697f0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,311ed789-6e8d-4ce0-adfb-78ba119b5b5c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,7ce05c7e-8136-4c98-844a-5a83a54f0ae9 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,d53bf27d-a3c2-428e-922c-da216920c4eb +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,88df6b7e-2d47-4198-b094-f87a10452f7d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,f61c07d8-ee43-467e-a3c6-feb860800881 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,adad8907-8ea1-471e-87bb-832f82aa2b22 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,10be8184-0f3a-4cc8-9270-c1a364e8f436 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,3fb8b1af-1373-4723-943c-e96ef41084f7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,7f8f8023-a9d8-4fee-8564-3c0c926639a8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,953320ee-075e-4e7b-a9cf-ac062bc410ec +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,40f9575e-ef4f-4e63-a062-7dc0de5aff0b +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,3a652539-0ee7-4611-a41d-3656b64486bc +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,032fda1e-087c-4217-a901-09e30d80668f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,85c92811-4e77-4f30-8b50-bda469720503 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,da0ddf0e-c1ec-4a2d-bea3-89806866a809 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,75036941-cd98-4731-8a91-a5c16537214c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,6e1a3aa8-03ef-49a7-ab83-3c7a4d66b4f3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,a6bd0e96-362a-4fcc-9ec9-fa75c89fa841 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,7d7a6cc2-0583-457a-a17b-262f6f31e901 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,f9014a1d-a4d2-4eff-91fb-4d8c8bf7c632 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,b2012c4e-8eca-40ce-939f-1209c306b64c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,5213b226-33a5-4792-86e0-b2196aaa4bcb +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,1ce8e07b-86b9-4bb2-834c-12b212716546 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,70eff99e-8aca-4cba-afca-17ebd145e7f9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,b9ff9c4b-81b4-4a44-9bfd-47834d2b43c0 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,6d8634a9-4d04-43bb-88a3-7688b6b2d121 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7d51e805-8a58-48b8-8794-ee13540f685b +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,021f065f-9524-4772-8e8a-e947c61f71d4 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,4bf1cefa-22c8-431c-bc96-05c0fb0137a7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7c300b21-6a86-44d3-9a92-90e7cd7a02fe +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,3ffd5938-2f15-4531-9dea-10c5882e15d9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,45677724-b31a-41fc-8982-314f60f3c083 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,ff766e27-2254-40e9-bbe1-7dfde5f9f5ad +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,38ef0078-5076-4e11-bc69-3f85342a012e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,ad374ff8-68c7-49b1-86f4-19d461ed438d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,d4d70805-dd22-4775-9128-1a3f52d64d94 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,1fd9bc9e-407a-4ec5-842f-1296e9bc3a25 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,cdaa45b5-08d9-4fb9-847f-f83c6d4c55b9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,ef1fe032-2797-4564-b3f1-b16123aaca19 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,467cc8aa-6c4f-4700-8651-54af9293fca6 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,8e48f46e-000f-4c3d-8c0e-006babbb6ab3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7eedb758-77d4-4ae1-a193-b0c695bce27e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,c3e572b3-1805-4c4a-b20a-e9814ad8eaa9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,6921e2e0-0dbd-4c0f-84ce-788a5d014e4e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,8104d371-f381-42fc-9bc0-5c76ff7ffad1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,2ef42191-854b-4769-9131-164c6ebbf118 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,ca419fde-54f6-4650-ada4-02f0faf77007 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,893ed5a8-6fa2-447a-9458-b71f9318ef5b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,3b994ad5-542f-4d98-9d9c-c13637389441 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,c10b9316-06b1-4e00-8b43-ade307e023b7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,bc5e701a-6aab-4a4b-9885-0ef85eaecf57 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,3401cf90-387d-4fbb-bf82-9d1238b37ab9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,ba6aa992-f85f-4d35-8b6f-54400859d66b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,64b41aeb-aad0-4252-a51f-6345b36df698 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,2071ce60-6825-478c-bc68-24c0d856e6e1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,dc5a08c5-fec8-49a0-b900-7a5506304c68 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,3618489e-5ffb-442b-8c72-bcd68823b598 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,eddeb13b-6c96-4ef0-ab46-15a13a6d7af2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,fe794e39-c158-4e29-b485-bf54a370f7a8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,7259699b-1c07-4551-ad8c-5e4dd670171c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,ca5c4615-be86-4a86-a593-6d455523abd9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,d6f02bb1-a2db-4f5a-bfb1-70cc864813b5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,ec20e8de-e33f-4f33-a222-14656b64a781 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,40349a7b-2244-45fa-80e0-bbbb0de8f6f0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,a0794b4a-b856-4104-bcc6-46ba3f3910c3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,dfeaad50-4bd1-4d9f-8a07-40c68ff809ec +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,98fd0a9b-f88e-4ff8-9cb1-36d58cac6514 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,e80d49c8-53ed-4a06-9561-9576f69ef672 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,c4ef7936-ad0c-45a7-8965-072e0d132017 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,455fea0f-1044-4b40-979e-75710599a6e4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,14f217cd-4cc8-4dcf-ae9e-7b0eed4273ea +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,bb1fe208-8c7a-4d51-b60c-5fe2c39a5818 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,806af3ed-53ab-4107-9c7e-1063a2685ed2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,9f96aee9-1a4e-4031-bfa6-10fe55e84bd0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,6ecec231-8f73-4acf-a1b7-dc77609b70bd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,79676f1b-7529-492e-80c9-6f687cd480bc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,1d7e6794-f3be-4918-bd5f-6e74b219c1bf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,53dc055a-1b04-45e3-a386-76f2b2414cd1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,9ea029d2-416b-4275-a22d-7c80d8d02308 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,633b1709-551f-46e7-9b54-a004c5eb35f2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,730ec824-3d5b-4033-b409-2c989fae3a4b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,3999d530-7d68-4539-9590-36f37052867d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,27cf400a-071d-466b-82d4-77e71c997070 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,6d892fe2-bf9a-4062-b18f-23f466380957 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,4aacc20a-9609-479c-99ad-731057be508b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,75baed5a-bd0f-4d5f-a7b1-ca3cd7f94b44 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,22edabc0-de64-4113-bcd8-595f698dd3a8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,a80bd1c3-e16f-450f-892b-ca054a864649 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,760dfacd-1520-4e16-80a0-b90b5eae38d4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,b580e180-c30f-4908-8d3b-9f9ed0b9eafb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,1d5c148c-7976-46a9-932d-c4a126e48ac6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,85fbb4b9-dabf-4b06-8f3a-a929b2dc45cc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,31d3fbbd-1b48-4756-b8a8-179e1df7326a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,75b1d13a-6e4b-4a20-8cb5-69021e9b4edb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,c89339d0-f1bf-4eeb-a29e-a6f1de783017 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,1633c89c-dd69-44b5-976b-43c237cff6c0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,0d2fef9f-e87c-47f4-8b5f-392d5b9dafc5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,436bed6f-441e-4ce9-bdd4-a6a6a97ad8ff +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,8bc1a009-b978-4c86-b31e-f4cef41e04ac +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,b83bb3b1-54ee-4ada-8ed5-102efadeac03 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,dcff8dea-3628-4065-91c0-52bd40cca03f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,02ce41f0-4fde-4829-ae1d-af41434e6a43 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,25aca381-e019-4f79-839d-66bc68375926 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,387048f7-feb5-43a7-bf18-c55b7a81b89d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,3ba32538-d266-439d-a7fe-6d2416cca5af +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,ed2a3d63-7856-47b6-8ea4-d6a279199857 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,22b9823e-d5f6-4ffa-8301-98f8c3dc82cd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,0458628e-0338-46c0-84ca-e60a503de81e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,86224c9c-2375-41a7-aade-d38313ba0847 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,2631cfe4-0ceb-43f5-9f6c-9264a203cc96 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,1bb1ddad-7ad4-423d-b36e-e5d709582a7c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,ad6a36d3-19b4-4ce7-bacb-5cde1c777b74 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,807c2fc3-b48c-408c-81ff-6c10b86c15d8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,fc85e0b8-0441-4960-88d3-1f97bdc7819f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,be07ff57-0bf8-4b59-811c-de1319401a78 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,1b04380c-0d85-4c0b-85d1-fb7e49db999b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,35da52c1-2860-4c0f-820b-f6d3743ab672 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,05d90e16-ecb1-417d-b243-bde6a7fc1b37 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,dfc5ccea-c0ca-4fd1-ba22-8956b42d4a2f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,f97ecc37-3b1c-44b5-bbe9-98f9539e3191 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,d63ef6a2-2357-4482-8efa-1d9147896c4d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,e21dac16-0982-428d-b949-63907d69b29f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,fb7ff7fc-7133-4b15-ab90-65b418bd4d80 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,74cc673e-0fbb-453d-81ef-997a5ae67eac +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,d609f5d4-7ecf-4031-ab94-a56e2d64ab14 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,39392eb1-7cb9-4b82-8a36-76af9cf7d976 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,b72fddcd-f3c0-4893-af33-a533a659c5f6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,fb9934fe-e6c5-49c3-9a9e-9a9474c225c4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,acc15f62-bcf4-4fe5-a674-4f902a531a80 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,e2fea3ec-a180-482d-aa6a-bd66e4533368 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,695319de-7941-491d-bee4-684b0b502b95 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,b090a918-e1a0-45ab-b9ce-9816fcd53d4a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,e3155676-35eb-4bc7-8380-e9f822670d74 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,6b02a030-88d1-47b3-9832-94fed8828ccf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,1f4e69d2-7525-4ee3-b938-72cdc3db3afc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,87768b63-5fd5-44f2-9833-7b35065e7cb4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,20e6d663-e45f-4071-b269-4a04695483e9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,9640b144-856b-439b-83f5-b61031a29cb9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,f2751bcf-7935-4f79-bbe7-7b846ec0ebcd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,16abb61c-124a-4486-a3d5-8050a57e5b68 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,022ccd94-ed70-4be8-a0e0-6ca71115ada6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,f209386d-5b04-458a-924b-1d215220aedd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,3592e4fd-0951-48fa-ad6d-1b6edbefd599 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,34856fc5-854a-470d-aa51-7ad2c6a127a9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,5d0d96f7-05bc-4ee2-a294-a422ec884985 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,5fa31acf-d3fc-4ac0-a295-73f1e59e0bcf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,573ddd72-8e46-4443-aadc-466560c0a042 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,2bd5b7f3-6b0d-4549-bf5a-e44346e8a9d3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,9f07bec2-d143-43c8-991c-6f60583365dd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,bec8b21f-d546-4537-8354-6be5ee9e95b0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,d8655026-ae15-425b-b072-511838a9d4c4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,f9250438-90a0-4b7c-b59f-1c6dddd2ac71 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,4f245782-7a43-41f0-8ef0-a313bad908d2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,1cf68131-4d1b-43a7-b89b-80a42dc3e893 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,8800e016-3588-42dd-854d-d04d6f4e6e14 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,3c5aabf6-660e-4829-a614-be0cc26638ca +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,b89f6376-8977-4385-a45f-b8de0289d3db +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,0c1bcb4e-b449-42ad-8293-0b28e45b0653 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,d71eba5a-e020-435b-8cd8-58576841f903 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,1ae9a097-30de-4770-bf38-5d959b2dc236 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,652bdc92-0429-4f0e-99f0-5048a45bb8ef +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,2156b9c2-a95c-49b1-a9ec-7fedd8abbbd1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,700d7b49-d5bd-4953-a697-c34ca2f9e2ea +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,110f4fc3-7857-4be5-8d1d-e8b6153df307 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,edd0cada-c30d-4cbb-a0f8-e0fc66f07827 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,19b18374-04dc-433b-b7de-0f124b841daf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,d7def442-14ca-4da3-98d0-28237ef1c4ef +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,3dce182d-162e-4653-810f-6e1fe57623b9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,8e9db742-9cf5-47d7-a12d-e78c10239f75 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,aac70c1e-415d-46b3-923c-ee3691796389 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,a1418838-4007-4f57-a8e8-a2e1d42ae3bd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,01b0b0d4-6099-47f9-8fee-88feb2faa551 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,e4099384-81c0-47aa-abc5-ec35ff739f52 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,9775ff33-f60f-48a1-b3bc-625bf43c647d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,1b90572e-44c1-429e-bd84-a3bde5f7fe3a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,66947ed5-08d7-4309-8ffc-327011ae9685 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,f2cbc4a4-4390-4622-af7b-105b7c40d6ad +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,c73d5867-9f78-4a6b-87c3-d4dadf15dd33 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,0017ca7e-4a49-45e3-b86e-fbb1cdf777cf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,03043558-8006-47f9-a6d4-59e85c749748 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,c6393b8c-8f01-489e-8c5b-f891509395d2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,7ff1de52-9170-43ee-acb6-651bfbf2de6e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,6205b541-a7bd-46f8-abde-8acc47bb47b7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,6219dd01-d003-4623-9d81-83975f7a005a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,e2565851-191a-43dd-bd75-16318ee97ef2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,6d2fab17-6d57-4918-b1ee-fa533952eef1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,69f6d2a3-dae6-4200-a83d-183859e52ad3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,577fe509-cf6d-4e2f-ae85-8bb80f63e934 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,076ede6d-f1cf-4d32-a38d-441e683f4ca8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,ae8c947e-1b27-4ad2-8053-52afa84eabcd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,70a587ba-f024-49e3-952a-b10db4cd7efc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,7cc872b4-4fa3-4f71-b88e-a59e52bb4257 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,780f4d03-7ab8-41a4-bd06-c7eb2881ab97 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,6ea3f6c0-81c6-4084-9868-007b022b0f0c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,cee4fa0c-f7c7-4cd6-a28d-212bb20201e3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,d7b107fc-0ff3-403d-b143-fae4538ba7c2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,14787e7c-ec8a-4e6a-ad35-5d8f6f5ae2c7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,c3b4063e-b910-4fea-9100-df37cff3bbb2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,fda3e444-e53c-494c-8a6c-c435ed31ddf7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,61707813-0900-4f8d-913a-64191eb44704 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,5012be78-4b3b-45b2-9a02-4f98a8458bdd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,f39450d9-1174-49ff-90ed-a46b8e043e06 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,f3c47144-cae8-48ba-8536-1f847dfed1ee +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,d7a855cd-b47b-4790-9079-a8855fc03a66 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,4e924092-9eca-4124-bf5b-e59cd6277c3d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,4c4eec7a-9b27-4b60-bc30-a64257dc02c0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,e8455ff5-fff3-49de-be93-9ff2a2af16fe +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,94db694d-7ef6-4983-953a-4d4261f0cdc8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,d1921aa8-ad2f-47f7-abd8-b9fa904b7fdc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,1a65b000-3a98-4fc7-98e7-69e39632ddeb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,83750ae8-bb64-43a2-b59d-574db44607b7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,0c7c71cd-81cb-494d-a81f-7778f75f26ca +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,5dbf4662-524a-46fe-85f9-a937706061bd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,1edc0a48-91db-4d01-88b9-945c0f7ad1af +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,8f49f181-b7c1-41e2-ac1d-9b0e4b732063 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,16a5ef15-4333-4497-a38f-ce98ce4f33e5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,f9269f63-66af-4547-a2e3-4de585e62c3b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,9c37a05a-62d7-4662-b4d5-d9c789a55684 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,5d45c740-459c-49d2-8ad1-a2e55ec19059 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,eab22222-22e7-4201-8b5a-add6afadc403 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,fc4a4f00-5bb1-4c8f-bc45-1c600884b5d5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,a108fc9a-7e68-4ea8-a400-b744a8a5af41 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,57b62b5d-a36b-47d9-8677-3fbcacaac573 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,bbbc042b-87a8-497a-a623-3b27bd9e35ae +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,1228f9ff-a2ad-4ffa-90bb-8984dee08e9f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,c9a1a82b-0b84-4fa8-8c66-d552f1983323 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,7308c38a-d08d-42fd-bb0e-0a19a5cbdbdf +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,18497190-0d82-41e6-a876-4ee59a716a7e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,bd725d4e-c3c7-413b-b2e5-50d0a5cb1980 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,f2180030-b4f6-4774-9707-61cabac19a3f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,389fc6e4-6a4f-4975-b8ff-4e1d959b9d5f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,32840493-7a6c-4239-b054-dc8955b67a9c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,a5686087-0444-438d-96d5-8bb2b493c4fa +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,3aef769a-0393-4c2d-a15a-f781ee7e3bd3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,acb2cdda-7eb4-48f1-a63c-2ced1a02a426 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,a511cfc1-b0f6-452c-b5d1-de9c265f465c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,4e97326e-7552-4b7e-9d8f-fb20593b4f17 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,83eb2e43-df15-40a5-8648-f274baf68931 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,ab8b6097-17a8-4cf8-8c60-cb351017f853 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,4d3c7f79-3666-4f50-85e3-b0ad5f6998a3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,07ec1a27-c05f-4580-8a72-54307d8480a2 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,dc59b6df-c03e-45d1-8110-69d11c3656c0 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,0a99f931-8a25-4fa8-863d-e007648acc7e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,03e3806b-26f6-498a-92d6-33a67e43d840 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,b1eb55be-de00-4571-9d2d-3fd965a7a521 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,87499c73-92ac-456d-9b3d-cee2988ea8b6 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,f072f2e7-30d9-4b8f-89ac-e243f7b59fe3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,e19591d7-240e-4cfa-8e76-4daa13e33145 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,dd434f19-e92e-4920-a81e-975c19e5fc1e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,b4a8b461-e33f-4d2d-b559-a605c6177df8 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,7f947696-3355-4947-882f-a7f57357ad56 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,6eb8e9d6-8cd4-4d41-9895-f27cda3b4d43 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,1be85bb2-55a1-4412-92a7-895d6f85e961 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,b4812432-4852-4aec-a166-ea663b99400d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,55cb9793-b1cf-42d5-bca8-6be8dd25907a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,5c64dbff-ebee-4781-b3d9-634571f5da97 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,2ddb66bb-4d80-4b05-8ad8-cd05bc7ca027 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,f2483d09-7ebd-45b2-b3bc-eeb586ca6600 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,771cf841-f418-4ccf-b492-cbb0fff8cd0a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,f21c9156-8a13-41cd-9677-ec51243a8280 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,d0004fb5-b9c7-4fbe-8446-545447e54686 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,10c193d3-c708-4ce9-9813-9c83d2f619fb +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,5497f138-c80c-4c22-b11f-656d2f09bfd9 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,46101f6d-9345-44f9-bf0e-436625d543f6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,9fbf8baa-56ca-4f0a-8632-ff8fcae2532e +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,8adcc645-d9b2-4394-920c-fcd1bebc7ef5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,456868c1-e897-415c-be7f-75f308eb6066 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,8f0b75fe-b16a-48eb-bed4-970bfbfe39aa +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,13c742ea-dfea-428f-9671-1efd9fbc302e +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,d7d8e193-3c7c-40d7-814c-0a0764727744 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,0715afcc-368d-48fe-ab5c-46b3c29701b4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,6c6ac69b-af77-42e1-bcc6-f95f688f77af +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,122820ac-b9bf-46c8-934e-5e436cb1cf76 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,aaa2a4d7-46c8-4f28-81f9-25fa91b80941 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,54cbdde0-e024-435a-b568-14bc8a8e0d77 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,988deb95-19d5-4219-a0eb-ec7f0b555945 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,5133241a-8b9b-47f7-9f04-bbdbca636606 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,bb1792f3-da48-4888-94e9-166fe9141a1c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,f5c1172a-06c2-4c70-89ea-69edb84926b7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,3b15756a-1a4c-412c-be72-2f36c0ad5783 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,29eea9f0-88cd-4d5c-a082-72b87434cdee +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,e386d994-ddd1-47be-b577-7c13e2708fa7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,228a0e3c-0fc7-4031-b82c-39b357afe456 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,a5423df1-7055-4718-9404-ea2fd4bf4b2c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,cf6d9b17-74ea-4158-9fc4-b91bff45796f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,b0e4291f-086c-4c29-aea9-d64f204d6a84 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,77a4192f-2741-4423-bb4f-ae7c31192734 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,d0bb5520-05f2-4621-8772-b95299a91c3a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,728e6483-f5ef-4b99-8db3-0499793d2b16 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,dd51b29d-c777-4978-9eda-b360548f2394 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,097023e2-0155-4a7d-b1e6-6cacca2b1695 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,0f7db883-d849-4d72-b23f-2390f2a3f316 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,d96e332a-bc94-420d-b832-722ef9886b45 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,8eb3c15e-89aa-4ccb-9dc0-2d33e6ebe286 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,4f65fb54-770a-411b-80a2-e2d21b3e3ad7 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,df3ee1ce-a294-43c2-a08f-d172d78910dd +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,11a3f3c1-bd4d-402a-9cf3-e8af56716e8f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,eaae171e-e781-498b-bf12-3e7fc8b19c99 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,ff559480-9299-40aa-b67a-49deacb3ffe3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,867ed6dc-6965-4cf5-975d-2619ebd3a796 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,734f4486-64e7-4139-bd84-3c994b40af09 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,bf80e1cc-f9e9-48ed-9e3e-8ae80ae737c8 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,f8642d2a-5557-44a3-a24b-8e3dcaa23525 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,9f46ffc4-5ff3-4604-a61d-b97b639ee845 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,26558139-c8ec-47c8-b30b-1ef77abb2dca +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,10089c88-6424-46d6-bac3-e121c5aac5a9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,94926d2c-90df-43a3-957a-c9d3a4fbe5ef +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,edc91fc4-4110-484f-aabd-e8defe205273 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,352383b0-effd-4e2b-9047-0dd5663b5109 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,8350d055-3ba5-44ee-a584-482bd9307c79 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,5c5f5584-62f4-4524-8856-0dbb1d228531 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,370a8b9d-0f7e-4b4e-9e97-fc1fdda2682e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,c15d84c4-3ca5-4127-81c9-29e4d1e92e24 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,d886e4da-0ff3-4f5c-b3c3-668a9d2a043f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,707b01d4-12df-42eb-a7fb-9a8ace4d4970 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,6504d33a-e751-4604-a413-f9e78edd1d87 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,abe132f3-179a-4b92-ad8b-db60800d329c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,ceb5eec1-13f9-4709-9c28-9eb641d5027b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,f1a76356-da9f-4261-9446-e66d90558eef +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,5346ff16-beb2-4e71-81ab-b0b323183d1d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,f8f4dcc5-8db1-4cd2-9162-0305ecaffe26 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,963538f7-7043-46d9-ae2a-0c7de6e32ac0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,cc7cb078-ac39-472f-8a49-a762f7ac323b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,9d5890fd-1fdd-450a-bf9b-fc3addf00a77 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,51e220db-534c-41dd-bf60-eb9c1c8ed4f7 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,8eba2b6d-b2d2-4571-ba7d-519800e6af0d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,372921ec-6acf-43ab-860f-61293b765c24 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,deefabf0-a646-468d-8211-7abf8a87a74e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,90665533-c13d-490d-9cfb-596f30250805 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,0eaabce6-fa46-4b09-b968-64eceabf6265 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,261783ef-b29d-4ff4-91c9-8abf62245663 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,c1624256-129d-43cd-a27d-9b1bc668ac32 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,a5aeb50e-2e1f-4fba-9cdb-ccf0b4f50dfa +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,de039900-df87-4b63-bf30-f147cb82c9a6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4d466e9e-62f2-4d77-8358-29345c1e1e07 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,2aa60533-8c6f-47cd-88c2-45459e857158 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,130180ea-65dc-4210-970c-ef1a458c9dca +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,a0b6d533-2157-4289-a821-ea3e9891836e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,1cab9c55-e29e-4f32-a278-ca1f146c1088 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,bbd9ae51-f1d7-49e8-99a9-41322ea1f3ab +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,43e2fa1d-01c8-45b1-910c-b94373b50675 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,3f520edf-ff5f-4a35-9ef8-fbba991c26f0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,5eb425e0-6547-48d1-811c-3d20e77dada8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,6a478252-8fd6-4ad8-947f-a65f90ae8581 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,41c71047-195c-404b-94b5-6a900d1ccdbe +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,0c0718d8-6850-4dd3-bbaa-dac524f96e1f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,2aca9991-2fda-427f-bf82-b879ae2911f6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,5ea6450c-b2e8-4f0e-8495-b44860b9952c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,cf6680bd-82ea-4266-b5c0-c45c897e4995 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,5830a341-e612-4708-957d-3804201e7f55 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,5c53ba9c-d9de-4d1f-9ba8-d9189db4f1ea +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,351de5f9-acb1-4ea9-bcfc-5f0fec861781 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,e96b94ee-f650-4ea4-b371-151f47ea9603 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,777d4cf7-6115-4045-ac2b-e86d0514d6ad +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,25d9f5ad-5e5b-4bfc-b0c0-49d34c655075 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,1be03a7c-4ea4-491b-9ead-f94814b5a1cf +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,44be36bc-144f-4f27-b565-5d4bb85da01c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,648e4f5a-690d-4c41-b698-16be5e410509 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,f4a29ca7-365d-4821-8fbf-c07835907a6e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,e8220370-716e-43f2-ab36-aab5c4316d2e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,a4007c3f-0ad2-4eba-885b-1525594a4b0b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,926a7a33-d94f-4c42-8a42-34be51efce20 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,e60ef288-1303-47b8-b782-3ce7a16f0a61 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,307168c9-6eae-4c17-9fee-e3b915eb01b8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,b8c92346-15bb-47be-9c00-345556ef1205 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,337faf70-8e8a-471f-b80e-c66ebf4d3833 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,6f85a41f-246a-4488-adfe-0e4c7c8706b7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,98a90efe-090d-4d39-ae79-2a11219ee4b6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,def87898-d3cb-4e22-9175-51b3b4cef7a4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,c9e950d9-2154-47f9-b300-16fceff9ddd1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,c838001f-514e-4b41-9f6d-b9f2f96a612d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,f4ec552a-7626-481d-901d-99ff564f9c53 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,84ee9092-b77f-4fb1-8795-d94330e73334 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,bb2a7239-b490-460d-a216-6c5a8ead3d50 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,e2891dac-a133-4968-8797-56418f744e09 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,aad8ecde-160d-477b-a8f5-72eecc49dfee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,16dd5a0e-5d20-454f-8620-a5a4ec9d4e06 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,e4106910-9de3-4ea5-aa46-9c7fbedea381 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,ca5ef52a-6350-46f6-b083-74e1211c65a9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,316cd14a-c399-47e3-b2db-30dfc8b1174b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,4b59b7e0-6163-4c09-8d10-d31861144dcc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,b30da6a8-7a48-47d0-b594-e68f9db3a0cd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,97bb3caf-719b-4e48-a44e-1370e399ac45 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,5c9e3631-c365-47be-8640-4d024a987c70 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,1c930de6-b61d-490c-b94d-f92a4efe12b9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,2ccca3a5-701d-4ef6-a65b-c8f913270514 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,96ded5ac-26a0-470c-a290-d54f5e5010fa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,beee337c-4584-46db-a95e-c29c3be6f57a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,a7dccd5f-6fe9-485a-94a2-fe0c43fba0f0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,a2c57e6d-4ccc-4e4f-91fb-532ed5a1cc85 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,b0cbd217-b200-49b2-86f8-eb92636eb461 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,089e8c32-13df-4b3a-a2b0-a8e6a4b0b13a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,706ea274-390d-41fc-8b89-98e8f8ef9faf +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,fef2a414-d05a-4b20-bd4e-cf84a261e232 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,bf7154fa-2efc-4edb-bb52-b94838a56e00 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,54b62746-dafd-4312-9ba2-f510f69bb7c4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,131767fb-6987-4761-86a2-d67741395540 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,10ec3b22-bc51-401c-a1bd-a78a442c08c8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,62d81b29-abde-46be-9a57-b5a70d71bad5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,5f40ad17-e71e-4a4a-a9c1-ce2bd7a37fc6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,2b43536a-f986-4e09-aaea-e6af489f09ae +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,174ab274-2961-4cfe-91c4-76478800b0eb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,72ea2411-2ce0-4b5c-a387-bdf30d44a76a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,12bf9817-265e-42ed-9541-ea650ae14ab3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,f7f2cd48-4c1a-488e-9230-23041d648059 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,ccea0920-f948-4153-ae02-7e64868d94af +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,ee85d4c9-d7bc-48db-9ac4-a6743b2051a5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,aedb0b1f-be33-4738-8d93-ba363559c981 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,a8c3c735-14f3-4326-b11d-edffc538fa84 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,386db3e3-2af2-4148-b460-131d89275f55 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,aed7b32c-6f8f-46b2-8d96-98ffa08034ef +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,f9a59117-ab3f-4cae-9042-72473852a8ee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,09d4c327-ffb6-44cf-ab57-ed15289fdfdd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,31b85a8d-6269-4e4d-b436-af77f8cf0b8c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,11565718-4ed6-43c6-ac29-fdac3acb8ea9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,4d8e993e-073d-47a1-a873-eb070b9881de +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,00fa1a44-d18a-48c9-bfd3-a4330294db3f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,f380cd3f-beb7-4cea-852c-8310ad0e35ba +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,a3f7af46-9813-4aaa-bb5b-6397bb880990 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,ca776314-65b3-481a-b83e-082ad221efd4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,b3e5576a-791d-4df0-a1da-b3dfed1598c6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,403a7689-eaeb-4937-ac79-fa7bbde781cc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,38ed6147-2fbd-404d-9b57-6b946caa4771 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,1368b3ab-799d-4787-98fc-40fc47548070 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,8469d8a1-538e-4bfa-8a5d-5a17a2cc1985 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,19b9c9c0-3b35-4299-9058-1c6bcddc66b3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,66869110-8751-4433-a898-d72d62b50da3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,f9634935-8f9f-4f76-b77a-eb523760140f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,54605542-31b1-4fee-80ad-fd65b58b6c9b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,bb5552c4-d940-4d06-b0e2-10d28f5020b0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,8067514c-b61e-44d4-bee4-45f96946deb4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,fc955c16-c888-4c77-9557-7a0e954bb194 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,249c8d23-c28c-4b60-9df3-2605d886d136 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,27d908d2-bf26-46a2-ae62-5212d04964d4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,17fd668c-c8b6-4394-8987-a815bd44e1b4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,fffb6a28-4438-47ed-a8b4-d75902425884 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,2b586802-75cc-442e-9203-e0bbe6341ca8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,5af92481-75a8-40ef-98eb-3a8e0be5cecb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,d5043e23-4922-4ba5-880b-1aa04d215237 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,e15fd85e-3f2d-41d3-8615-9224e3a0d9d5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,7d3a7f8a-82ac-4192-a0da-d1e07667d3b7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,967a3833-893f-46d7-a64d-2e81d59598e7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,ef1d60c8-70f8-4202-98e3-e6f0a3aacd5b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,1bf3c6da-c55a-404a-8bf4-bab7516d613e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,f0591a83-27a4-4477-aa9b-c6edf52a233b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,03f69b96-dee3-44fd-82f9-ae0cf712810b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,3af02859-4f08-4841-9544-0d398e2a8cb9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,54aa1b26-8052-469f-b73e-f54d323014ef +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,6f2d1ac1-5bbd-4602-9228-489ad1e477eb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,dae73356-cd6c-4584-84fd-0cd9ccac4189 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,46a35b97-8453-4fba-8fee-e3a8464449f2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,ca7ab4fc-bbd1-4bdb-9de5-0e6eb3b31b98 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,c6f97be3-31ff-4d80-9dc2-5c68040d49f2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,ddacd50f-a678-4473-aba0-0a54c8c799f3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,81720fe4-e3ee-4241-aa0c-068d248f49af +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,920d6401-c407-49ff-9175-a242b3804fb5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,ba70d3ed-52f7-4259-9bdf-c97a55a04986 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,9cf0f751-182f-44ee-b9a0-95c24506c227 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,cdd412d6-1c2c-45f4-ae1f-305a3bb74305 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,d135bcf4-4771-4574-b8b5-aab5da03a3a5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,3b61e379-fc19-4ba1-93db-a4fc10ce9215 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,c96e757f-efa4-4798-a5e8-8d9434cfb933 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,dad1d6ad-ecae-407c-949a-6ced182c3ce9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,3f28bbd7-d214-4436-a756-90248c29b3fe +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,7ca7dcb9-e8dc-41e2-aef8-2ce03194ad9c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,f09de90e-cde4-4335-9942-4489f18785fc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,8b159560-3d29-4272-a0b6-c155872fbcd0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,cee90def-4230-4bb3-b4a6-20700f130103 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,be0043c9-acd0-4f8a-88b9-3f81a54e4306 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4993826a-eb43-4e3f-9572-b567b26042e5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,65a30a6b-9fe0-4a37-9b2c-bb7b07f9fa77 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,d9fb39c9-3eb2-451c-aadf-8465fef039ab +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4aa094fc-70b3-4ffd-a1d0-e169084e3389 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,5eed35f6-200c-4086-86a4-cc7063d8aaef +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,9d604e07-3c94-4ca5-a88e-57ceb7255e65 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,e840b7c3-7e87-4c39-b0ef-153be402986d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,5f77b4ab-a609-4577-9114-e76ce91a528d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,ba0ff3de-6d26-47ae-8196-36f6ee22e61a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,4297e7f2-df7d-492b-bfed-fa26cf415c4d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,dc016f06-6396-41c5-8ed1-d9611d883384 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,1a182d2a-c9e6-42d0-98c5-d99ff1eaecd2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,344cb8a2-2249-40c1-a74c-c36845b742e7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,5d3f9976-35f9-480a-afe4-a72107286c2b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,2b7b900f-6a9c-49ba-a3fd-ef9699de62a1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,cd3eee53-e717-4bf4-b3dc-110e2a1e8a2a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,f12020d9-8901-49f5-a226-3dc79fe13f24 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,d2f703c5-592b-42a7-97cd-ce85180dd4cf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,f0cffc1f-5190-48ff-9f30-f5aaaccbe1b0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,b4233375-24f9-4d7f-a985-d6239a6608e8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,a65be899-d207-47c5-a585-9463b2aea71e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,bc3256d5-f281-42a3-8538-df493823feba +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,4f19d08f-b158-4c68-9d6c-59094f63df56 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,0b14a5c5-f513-4207-bc1a-40df54b37c3d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,18285178-3c6b-4388-9c47-5b6bda6e2f3b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,8513bcfa-385b-4c56-a15a-1359615890ab +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,0f444ba0-3636-4a35-a5d3-325edfcbc0fc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,e984f9d4-133d-48f4-a93e-4b3f182e5e63 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,3b5e54ae-5343-4451-8ce3-d870269d9f73 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,e9b232c1-01a6-40eb-9e04-23d940984047 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,2662d288-90fc-4391-aa2f-8c2879ebb25b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,0b5ec776-d44a-4de6-a946-800a780ea19e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,1e96ee1d-f563-4728-895a-08a2b8306cd9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,a78bd599-2063-4222-b99c-b1a64ebc8a91 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,3ffa87b1-d012-42f3-bc69-0843c9a84cbd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,b63f0134-3c2f-44fc-9a82-6c454bedf7ef +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,852f396a-9a93-4901-a21f-f62c775f76e3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,6ebd7d9c-62c3-4ed2-8c31-8867c66f1704 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,8155ddd4-d362-4738-b832-bb2044133806 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,54109b48-cfc7-4a80-844a-04ec8537ec7b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,fa7bb8a3-e5c0-46f0-a1d0-90c26fa935c8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,03127ff0-1d1e-4f8e-8787-4ab9372fa20f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,86437049-bd26-4afa-9cea-2459999f0891 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,453315e7-89be-45e4-80bf-90cb300ce3dc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,e4969146-2e2c-44cf-af19-16a33a0a45ca +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,766223a8-9b60-47b2-a854-77abf9a209c9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,22b7122d-e5d4-4d23-9309-e1a973286b2b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,0d4899d0-0ae7-4816-9cfb-fc112e445050 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,4423eddc-e4e6-438c-a8a7-c28ffdac48bf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,18298e09-cd83-4101-9db9-5ea3c86722fd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,c1ab4ec1-2a4b-48e8-97d3-7534220ad6a1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,050a534b-5843-49b7-bae2-1e2afbdc2ea5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,ff336f1a-3746-431f-b81c-bacc235c62ff +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,69e93000-7408-4a54-8290-afe812612018 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,43ab7aa6-167e-4350-b86e-fd578c74f62b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,1fdbb774-04c6-4177-9ed4-30ab6675efb3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,d98ddf2c-7c13-4f95-b9ee-715ae5a9d192 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,b8dbb416-dd0c-4f4c-b322-db2e3b69acfc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,a7870479-ad44-4d53-bde9-a0366a3c35c3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,a8e15d56-8b93-488e-956b-2a14a55e4256 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,68da3e8c-205c-49b3-96f1-b3b9f62ed339 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,799973fd-c4e0-4072-9414-bc12de59edd4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,d3d39200-7bab-49c8-8921-71fd6c8afe66 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,e49a1a76-d210-4acb-aed1-4da6b8de6c21 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,dbc7a414-b962-4024-9e4f-cac866e69067 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,77df4c50-5722-4342-83c4-7387c6fa4644 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,cf326dae-4690-4972-ae17-02fa288594c1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,c9b36954-b957-4c01-839b-57ae196481a2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,26339897-ceec-45e2-9fb0-5364214dca88 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,a30b47c8-120b-4dd3-8375-d019d1262e4a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,f3f7ec61-1eb5-4c9f-b122-2b4faf355895 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,9d20724b-f8c8-4102-b9ea-17e2137f444a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,b517bae7-a998-43f8-902d-4b02a718a548 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,3b2ce106-f0a3-4c74-8f42-fe3721abee58 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,ee40fddc-c16b-4881-a31a-ee3f5cb888fd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,aa3a7400-bb21-44b0-865c-54dc7c4534ac +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,f25018b5-396c-4e48-aba0-2d17d77bdb7d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,11836810-cf02-41d4-a143-1d0d2ac2eba4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,5e816ee4-78ca-45a1-94e5-dd9c7708bb60 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,2d567ad8-1a4a-4665-b016-636d00554e8b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,26a35d15-ea60-4d05-aef1-dee4c5ffce44 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,ad68ab5f-2acb-49d3-b493-2f4d8e7b792a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,880e360a-910f-4d41-958b-b1fdd398f75c +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,b8c5ff31-ba12-4aea-90e0-304961570550 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,0e2709d9-e47b-442e-b137-27f2917c36d4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,430d397c-91c8-4f4d-bfb9-dc42aabba9b6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,1291b048-8559-4558-8880-8224af80d155 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,2546e779-fbb2-40e8-a697-d63fee6a233a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,26e635b1-2e22-4c7a-84ab-5b0d58666d90 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,3519c5f4-6909-476f-9b9d-e0ec1375b820 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,88ad8a35-7b42-40f7-8482-f227248cc971 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,a48a57b0-9a8e-4bb6-84ad-7218bad68f61 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,96cc1871-4a84-4797-8d2e-2a35bdb5cb33 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,3a010afd-7bc0-4c2c-b7ed-248dfee35d78 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,0ccd3f54-cee7-48d7-b85d-812f3b81d0eb +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,82a4c358-c600-4e8a-b668-84be5a2fd232 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,df15d309-13af-4d12-83b6-6c2f3bf6c008 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,6ad2da8d-ec96-4514-a881-bf4852c5954a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5b8b7b20-e438-494c-a596-5795e56374eb +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,5a19fb0f-5342-4469-8c90-36cfb4c98db1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,769bb223-9797-42ff-8058-2c7f3c48fa4b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5b4a2cef-82b4-4028-96b3-5e116fdb3909 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,d72c4b67-5912-481a-8aaf-61767981cf93 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,dbf2ab48-fa04-45bc-a14c-2fd9c32b5982 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,86241964-55d5-42d8-84f2-36b9e88e61a8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,23df75f4-4b83-4460-a804-57638a17c18a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,29c04552-b53d-4881-9797-aabf9ca8b9fc +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,29a0c020-2027-4fab-a180-260183bc5dbb +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,4fcf6336-efee-4b71-a010-526c64f7b05d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,ae55dbce-c45a-4b7e-86da-2a29ebaabd88 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5ec842d6-5461-489a-b6f4-8e1b010141e4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,7db2b2a0-79c9-4423-9607-108257fdafba +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,36b22e53-334c-4206-abc4-14d49a78cdb7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,4db6e860-04d7-452b-ad6d-5db0ffc05694 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,9f4df423-61e3-40ae-b2fa-0bf0bf169a65 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,6260fe62-3c7c-4363-a163-c252be53eab6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,e38b782b-07da-4999-884c-e852fb77f22f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,182527a8-0964-4b09-8195-39a88d91a041 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,41bb3628-8408-4489-a593-aa44e7ee96c8 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,089bd9d3-c6b4-445b-8a00-75cab64ca2da +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,225fff7b-3de0-40f3-b041-162af595f27b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,02445e61-337d-4343-bbad-a40b68bcea07 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,0e1933fd-72c7-427d-b166-6162b136a1c8 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,1ce86a58-cebb-49a6-b9f6-8a0cc46d03f0 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,440fdbee-bd9a-4081-9027-bc9678ce3f68 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,634cca47-9c64-4e7a-b459-6bb0ea4fd2ca +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,d3f5a932-1d04-480f-a634-5699f1777d09 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,81efd6af-7154-48e2-8560-6bff4a1fc1a2 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,5851a402-b4b6-4fb8-9054-0020cb1f211f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,2e142e45-f7d2-4611-97f3-767c2bdcad9a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,6bbbb645-0eb3-40bb-9d1c-d7dcf7d294b6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,ab909bb7-60d6-4d3a-bbf6-2d69ceb50bb1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,3f90da1e-28a4-449b-a4e9-33a018e945e1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,be88fa47-9796-4ebf-9f1d-079c7e00244b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,2c9ee8cc-07c2-4ecf-aa44-3649dc165699 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,d7fcbff9-cf5f-4a96-9705-ff64147802fa +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,94081b81-9053-4be7-862e-c29ace8c7ef1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,f12fa045-953d-492d-8835-3e0e24ea888b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,213fa684-ee2a-4577-9c42-1f2672a91ac1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,5b797bf3-1de2-4656-99a2-271c95fcf06c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,3b054845-032a-49f8-9d35-9c956e92f7c2 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,7fe10d43-dcb7-43e8-b8f5-af99fbe5ff88 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,8933cf0e-77fc-41c8-aa34-584d437e2dbc +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b51005d7-d218-47db-bda3-a91490f43abf +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,ae178ef8-a61f-46d9-b23c-0ab90e15f94a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,a452e372-d1f3-452c-ac61-a855f89451e5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,059d56ef-b21a-4961-81a1-1711c544cc5f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,078eaf7e-ae0f-4d0d-9907-d3f5e810cccf +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,e7d9f859-df33-4685-a762-96b575081d86 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,de7d756c-7088-45ac-803c-25521b0e9ed1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,134fd664-1437-4b77-95be-632a82c8397c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,a5f4a103-6f8d-4705-8496-02e1a4f31562 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,db97525d-f655-49f9-9674-6ef83dea6e3b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,cdad2233-239e-4eb9-8192-964894c49406 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,0dd49be5-602e-4711-a7d9-1798114cc3d7 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,97615a6c-5089-4f84-bf0d-605ec73e6561 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,c3a67834-7939-4a40-9dbd-8128f3dd65c1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,c6fe358b-1c05-448c-ae14-53b8fdd011c5 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,d352996a-9050-4432-885b-fbcb1b9d73fa +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,69fb0e7a-3c51-4792-81d7-d38306f7b6e7 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,21a2567c-e69d-4475-98a6-c55ff79ffd88 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,213817fe-944c-49d8-8a38-39aa2799949c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,94484a28-fcb9-4004-b4c3-fb35c4f9b0dc +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,51636345-4d01-4510-8181-d3dd5baa452d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,bd6074b6-0b08-4364-a8d0-6f6cd2af2d43 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,0d8072b8-a5f6-429a-a2e0-0f01516c3cd4 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,ee743a6d-a999-42f7-a5ac-7adaf2add71e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,6951bc1d-2bf7-434f-92bd-fc70d342ec68 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,46494142-7007-421c-8524-a6b87cf74ba3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,6aca643d-1b93-4e47-a902-4e66a3bf89ef +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,3e98f310-138d-46c6-a733-ac5532b3d9b3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,0703a8c5-b0fa-4109-bb5b-6611a03a55fc +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,c5eff0a6-7149-45e9-b16c-85f47cb99603 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b6a1be05-c2eb-4286-a8fe-b16665d54b0f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,84dc7035-de6c-4a65-8b75-6449127c4de1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,a3037a5a-d53d-4177-8a6c-cd70b3bc9c27 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,d9dff8f9-bc5f-45a5-9826-0b5d44372d0f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,e159daf0-2667-4390-99e2-be3289b64e94 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,24e95477-607f-4242-860b-96c8bf4dbe9a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,317f8f2d-66b3-4a57-a7b4-38405b4af50c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,826d58fe-a8a0-4073-abc7-677956033b4c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,16cc82a4-f051-45a6-8188-cbeccece3222 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,dc659730-1277-4b38-8f5c-9821da7a852d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,78dbe630-4222-41dd-93ec-4168493711e1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,4fccc512-2f51-4935-a6c2-784ea9a3fd6b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b00ca077-84bc-4b66-833a-a7d37f5a05cf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,8ac54434-589b-4a6e-9bfd-574d35249d58 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,5c901b12-611b-4b34-9796-52c12cde7f08 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,a447be9c-c955-4bda-8fe9-3fcdc673ff3b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,a73cede6-bcb3-482b-a67b-46b11cb2ff5f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,ae4a28cd-c119-450d-a37a-ed3fda3dc938 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,8148df2c-12f0-4883-8f9d-e9aa5e29c229 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,5fc91966-57f1-4baa-911a-dedc5547c528 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,11be8496-4685-45b2-9d75-2656884c7477 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,3a5276ad-0f97-416b-9414-d897358512f4 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,15fd9ab4-fd83-42c4-87e8-72b6799a492f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,479e5b63-71f1-4f0f-aabf-d1081a828b46 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,21d563ff-fb84-4fb6-a890-627bfdff8842 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c0b8fa2b-bbe3-45a6-a3f8-b222e058e8c3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,0dfcbd10-f842-49c7-83c3-27c203654622 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0e6caac4-01a1-440a-9b92-de526f347243 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,e73835be-0aa8-44cf-ba48-6cb06fe6abd9 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,28548abb-a7bb-4ec8-88eb-29880c1ad777 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0b7c6fb7-fcfc-403f-b28a-4dd29ba8608d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5882a796-e018-4df1-88eb-5cae219f1800 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,d9e1e9bb-e8bf-4f41-9ded-ba0bd512aac6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,9efdf791-0ec5-439e-86de-c8cd5d75ba60 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,7c4f1e59-7ad5-400f-87ed-619280335a80 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,3ce2dc39-a817-4ad9-8762-fe90c4d07855 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,0f1440a0-bd25-424c-be0c-e5c4ef88bb68 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5098f47c-8074-402a-9ed7-9e05a5835aa3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f3e4a02b-4ee9-43eb-9303-6730a6618cb0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,4c9747c9-48cc-48e0-b82c-d1a551e7c17d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,9552980a-4c61-4ed5-8ef4-1a745a7a67e3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,5d2fe2df-6a8b-4c5a-b348-319742cbce29 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,b726c14a-18e4-4cf9-b5fc-c5a5742d02f1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,51c129be-126a-4e43-9156-450172960d11 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,a3659601-4f8f-4ab3-9902-d6fe7ad3c489 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,27d479d5-4c4c-42d9-9d69-10804295f71b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,7991a985-4689-4b30-81f2-79b17d68a39f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,40364e98-0b9e-4081-8d17-6f2bb7d7816c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,993cf9b0-cbe1-4d4c-87f6-b6d7d2f8f894 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,accc0af2-0d54-4075-91c9-2e7e7234da4b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,2527f115-c6a4-448c-9220-c57afff1bfe9 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,d6b64cf2-e52b-4607-82ad-6675c2d20f66 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,00314ca0-5789-477e-848c-afd6799768f6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,5026b155-87bc-422e-9820-aafbabdde9db +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,25ed134e-7cdf-4c89-90e7-5d84a7e701e5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,76986b12-d6cf-4aae-8e59-67ee08479d12 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4e588f8c-81fd-424d-9685-9934471eaf5b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,8171b1bc-f22f-4849-a6b8-cb3f7eefebde +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,41d35f2d-9122-4b8d-b745-345a281336f5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4174cc9c-c433-49c6-98ff-d6ceaad1bb60 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,14f5c75c-3a17-4f7a-896b-2ce2df12dd7e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,169fc368-4395-4aa8-bdec-3c7b8b837fb8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,aacc8f79-f264-4d1b-8730-eb63f10509f6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,3a0e755c-259b-4d0a-9c21-8f34e76f6393 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,fed1e631-46e8-489d-897d-91f46a810315 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,e6d5b08d-eccc-4329-bc9b-77dc368831a3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,bb76f1bd-19a8-4b8a-8a97-4eb75d308ac2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,995274db-8bd9-4e91-9b89-4d2fa60f6946 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,dd1a880c-ebba-4059-bf45-f02620880c43 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,fb345fc5-92ca-4ef9-bbd6-12726d53d54b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,ff5f366c-d7dc-4c66-8a66-8d9a6d78e1a1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,48c61fa8-d061-462a-aa59-9bd4ce00d077 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,1780893a-bd85-4035-87f2-1fa508d8108d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,24cbd36f-909a-44c9-ae5e-ef0a644cbb36 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,568627ad-f7e1-456e-baf1-403dc4ffdcce +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,7e964ebc-14c3-4166-98ff-cd1b145a432d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c3e6a958-3543-49f3-bd34-357556ab1e0b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,de06c608-fb1c-4c84-963d-8dab3e75950a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,78f6334e-9e1c-4206-bc62-c7dafe0bdf82 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,253bcddc-40e1-49dc-af5d-5386a8d9479b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,feb06288-3753-4b0c-933c-8ce4b9d77f66 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0aebd7a7-affa-4615-8bd0-c30270f5771a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,fa65768e-7d31-4684-a359-a2dd50d8dcdf +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,65ab2912-f7a5-404d-9b45-ae0b2562d557 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,3d720b45-41c1-4c38-8be2-3f98eee3fed9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,a182cdfc-4385-4ac7-8261-411b1fa2b164 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f482c30b-98a5-4014-bba6-2111b235747a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,26e25cd1-e3d2-45e3-8080-a8ff64cdc788 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,8011c56d-5b38-4c70-a3d6-7b0bb824fbe5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,142b16d4-6a53-4a46-b8e7-5579a157eb41 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,44e2e704-2880-4a63-9791-6bd37b0cc0c9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5de54529-308e-4102-97ca-1b8d3168bc4e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f3b6a0fc-afac-4407-9898-83ce64e8967d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,64d953de-30f6-49a3-8cf8-fd33862fd39f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,bde842cf-9eda-400a-8921-7e5ea693b71c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,091cbaf1-1d50-47b9-9560-4f23a86d8af0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,02f69659-15ef-4d51-bced-9f2eac7daa4d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,418db1a0-67f0-415a-9be0-f7971edfa910 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,2fcf1bb9-3953-443d-bf8a-9224c503f180 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,68f07613-895b-4ef1-b345-66afab6f6a28 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,4d45277c-62fb-4de0-b4e6-17489c204eb3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,d81e3314-0171-4c27-a6f3-22e98b6363f6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,ce4af811-b099-49f5-b0c4-37c94d3977b1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,9db1fbe1-1e37-429a-b61b-5811479ce9b7 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,c07f2efe-a5ad-41cf-9b98-7b0740d3b12a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a8fdb805-a1f3-4637-818e-4cf8c01c1839 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,7742f9a8-07e2-4e08-840c-ca6ed48e4157 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4cc439c6-f02c-4d28-8325-fe96fd6bf26e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,942e737b-b415-4810-a9dc-640244e8fd37 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,87e4b74e-8680-422b-84f7-98cf511e0571 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,02430029-835c-4be1-80ec-6928c1e3b018 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,e9908f91-2b37-493a-b329-637eefd86511 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,4915a8f8-ea35-4b90-9095-af8a7700a078 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,ae2d93a9-5dd0-40b2-8cde-58071a5fe68f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a3843474-ca52-4a54-b2b5-0b28b6f683e6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,992c2ff3-cfc8-4f9f-9f26-2bd511d87179 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,212b6277-f021-437b-8091-948ae5baa83b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,ad8e0cc9-a662-42cc-b99e-688ec5e8f8e7 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,148a97f5-2f02-498c-aa17-996144e23363 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,a901a9d9-c735-4ecf-89bb-20d5831c0ae9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a41a5e0f-7ded-4e6a-8be8-056ede610165 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,9f12158c-4313-4bad-95c5-e3219c9b8516 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,c71d16b3-99f5-45da-b97b-d21ad0cf3173 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,72d1c089-9942-4e3b-8f4c-3b633913ebba +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,0d72b405-9b59-448d-b40b-62478ee2d9a7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,19cc32e4-56ee-4999-a29c-348217e03626 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,d3b6f7fc-404d-44db-b054-37f9e8a2f891 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,5260b08f-3676-4e91-99ab-409d1c35a695 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,05092cfe-551c-446d-b6a3-767b855810f2 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,9714ec45-4bf9-40a9-8a59-5ef1f4a129c4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,9add2f6d-841c-4c1d-adf3-b41d19cfb87d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,e5ace290-eeac-45f9-9b47-5bea05648467 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,c52392c7-304b-45fb-86cc-60a20263491b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,b8cb3f0a-a103-4033-8421-4b5f16f5e8ae +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,067ea17f-119b-4c50-88b1-6f9c355818d9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,1dc65f87-230e-4ea5-8f88-701c41c47908 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c270634d-6de1-4346-83f3-b7b78835304a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,ef14867c-02d3-4091-9635-ed11969b2b3a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,49693ba8-40e3-42b6-aad5-7b0dadfef54e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,92ace3bc-ea9e-46d7-8ae4-28f6d461b8b9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,a7b7e60b-efc6-41da-8ba6-67cb1b48bf56 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,16aae942-c693-4bab-bb07-e6533150889a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,af847fa8-bb69-450d-aa41-603c534fc92b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,e5f0a0b3-8b53-43bc-9995-aa31c6001243 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,f608501f-c740-4761-aabe-f11dd8000f04 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,2473b22b-6063-466c-a7a9-99081d1e86fb +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,6de93184-9517-4855-84d7-1ecfd332db12 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,92b5813e-18a6-412b-b5f2-d925f87adbcc +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,893ec0db-c49e-4ad2-8096-3137d501a1ea +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,079f66e6-29b8-4a87-90f9-0e932772f9ac +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,080d1374-c149-49de-b36c-e4555e66fd72 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,961215ef-40e0-41e5-bd56-4aa7bab74d03 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,7a56c5c1-6482-4f11-add4-c2403d3856a6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,6f24f717-94fd-4000-afa7-0ed8baf83027 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,1f6c6acd-efbf-4fee-bec5-990519b672a1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,69463a56-8f32-4361-ad99-7112e07fb0ce +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,be413f14-42a9-4c13-932c-193b221b8e5d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,b83ad20d-94e4-4c5c-9e2d-44e3cc79a725 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,9f7708ea-36ec-402c-afcb-d195b89f1247 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,bc66283c-cff1-4bf1-84c7-607228c7a72a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,e745202b-3154-480b-b619-489c4e0822b0 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,5c743b4c-449f-4569-b49a-e8a5d37dca1b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,af34f9df-f539-4704-a34e-5ba52e7d1692 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,41374cb8-cae0-46fb-9fec-61e692dacc56 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,bf8603bc-f6d7-4109-8bfd-cecc69aac072 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,f9ab12c3-e424-472d-998d-c5e4d2b2b7eb +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,1945d839-f67a-46aa-bdb3-044460e20a8a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,387cacfd-802a-46ca-ae4b-04ddec680776 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,96392137-0126-4bcf-be6b-09098f96b7d6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,80fdd7f8-6bd9-4700-b665-8fe9a00757f7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,821c604f-7fbd-491f-9581-579ffe842603 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,c86f07ed-a9b9-4934-87b3-fc2b38896735 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,da6cc09c-240d-4fa6-8dd7-9012de471093 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,88a449a5-cbd3-4ca6-9b7a-c6815b237d9f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a4eddf1c-cd5d-46c2-8df2-66bec773bb53 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,72b4d1f8-04ce-44e7-93bd-2408205ce23e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,4a133bba-7b52-4171-83ac-2469f751cf2a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,2741254d-092a-4056-9c48-038d8fa43634 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,a65513a6-3cae-4246-8269-042149bf79d0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,fb516df4-2279-4ba8-9971-08827460a006 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,9e4475ed-a5c6-4540-a97a-52172f431a8f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,f4b16406-ba05-4d9a-b667-d7edb377f6bf +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,b25bbb68-f2d6-4b9c-a6a5-76e9c72e2fbe +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,8cf107fd-1f60-40ef-9ecd-39caf25246a3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,656eabce-906d-4f7d-8b8c-d6d45c48a53d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,dfabecbc-937a-40b5-be10-94bda3bf4f2c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,fc4ee5a7-b3b8-4bda-9bb5-833acb802a3f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,1c3fad70-76d6-447d-9665-07b808b6f24f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,ab790dca-320e-4859-ba32-9be9cf9ff464 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,1c477644-76b3-4afd-a970-9a62a65550b9 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,c2adac9d-82bb-44fa-a380-ce0769d7f056 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,1bc7da04-baaf-478b-b182-847187ba6bfa +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,380cf565-dfd2-42b9-81bf-f1cbece52424 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,04144044-fb40-49ac-a49e-2cc29c91e5fe +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,982b86f0-642f-4b12-a5ab-4d272b8fc2ce +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,18d9ce69-1d14-4888-b6db-b6913f80600f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,ecf36935-28ea-4602-a0a5-03ffeabc4c44 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,f6304a3f-d832-4369-a590-c17a7b86d968 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,672e74a0-3b74-41fd-be64-5dbfe0205d3e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,87511700-1f80-4987-b2f2-96479de0e537 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,ef9849f4-0fc3-441a-a09d-24ae0a4e0651 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,66a9d734-9265-4c5d-9526-1b9dad7e2780 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,475f2c05-e8bb-42a9-9e51-182933e3f9bc +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,9574ae1a-37da-484b-8309-fd61e7107cc0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,9bcd35f3-09e3-409d-beee-672af4761f18 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,0eb71697-46ef-46c6-8d8b-0c4ede79828a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,246e5dd0-ba24-45ef-9964-502b4b3ad153 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,8b88fec5-9691-4dbc-8f77-24b7eec0a898 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,b67809a9-d029-4b37-9e9e-8f7db588efe3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,768c9234-b4e0-41c2-925c-bb06ac1555c0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,95f82bba-5752-4c19-947f-2c7f9c63f3b7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,d86fc484-1292-4aa1-99e8-4dfca262dd59 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,5ecd521a-5c0c-4d89-ac17-3b786a4b66a5 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,3541ce1a-92e9-44ce-94d1-962522644861 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,c1eab1f0-48ca-4894-8951-00dae2e5b7d4 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,4f88e724-65df-4860-941f-fc75c8bff939 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,4dc80da5-bd34-4118-a03f-553d125b23c0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,94920cfb-a6db-42eb-8fb5-dbd54170e18f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,1458a53f-2b4a-44e6-86e5-2db683c67cac +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,6a22e6bb-eb53-45a0-a27d-59e3b1e65b58 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,3ffceba7-4d4c-4224-a458-0d4fcb8d00a2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,ce799f9e-3dc2-4bb1-8bef-16cabf5e6b19 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,b8548d85-0caa-4833-83fa-a82ad287b8e6 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,caa3e1fd-fc82-4c86-9a7a-6f1024d303f3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,8147a3e4-8c84-4baf-8abf-21bd25b69c19 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,06ec1ef2-57b3-41d1-a62e-aaa121631148 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,f9d10bed-d8b4-49f7-a619-bcf8173b6db6 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,87169806-c5d9-4332-bf5e-19f7a45a0e81 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,35505204-99f9-4165-b5f3-61c52e4b0870 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,0bcac31d-3831-452c-a599-e6747cf20e1c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,8e92a6f6-2d66-48d3-8bcb-6022fd387011 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,c03cc2ff-15b5-4acf-b37e-4ba8cb3ec39f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,e82c007e-37c5-4434-ba08-a48e1ab6ca1f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,ee11de59-0b80-435a-a923-5945d80e12da +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,61e88c53-9173-47f1-a31c-d05b292c9f7c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,cd474206-0e93-4a17-8d5a-c680a55e50cd +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,03ed18be-8f8d-4218-b66c-b9c15195466e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,c3019696-b894-4397-96f1-c7b858df4305 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,e9ebbe81-715b-41fe-b08f-7bdc652efbb3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,6b83fa27-410a-4380-a50f-19b870c65ed5 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,b6973085-81dc-42fa-b792-bcf76abe4266 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,0e4d00a2-20b5-483f-8f73-29606253e1eb +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,68b8e16c-fd08-43c1-bfb2-08909a7dd65a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,823a1653-46b7-49ed-8131-497af3250df8 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,4216a6c5-5180-41a2-8715-98d25f637986 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,7436deed-240e-4731-83f3-88cf88db5af3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,51d17614-4b14-40c7-8a24-787091f72698 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,3422a436-1bdc-42a0-a07e-6a9b8a2513d8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,744ffe04-a6a2-4f15-924a-db44fe49783e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,594e37d5-a8d5-496e-b96c-cc59b97744f6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,c16ee58a-21d7-42ae-87a0-184a21ce6b54 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,ae4d051c-00fa-411f-8d09-a52451caac8b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,ed10933c-5433-4f21-9639-f6d6fb98688b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,6f10d964-bf7d-4df7-aef6-0f1fe63c1b2e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,10fc08f9-4388-4abd-aabe-9ff7e58ef61e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,01196f5d-e38a-4f17-ac22-d3bb2299e23f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,56b92d32-bdea-4af8-b59f-3166ae887d68 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,c8979145-1cd4-4627-a3ba-c8b036e41493 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,3c844704-7656-460a-b445-5bfc36ed8fda +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,460b14c0-b10b-4bdf-b4e2-0fbdeba9ea5c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a5a0c7bb-fbe9-428d-b717-1d2af5686b00 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,21a39a46-6540-4a84-b37f-5c968148af07 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,96304d8b-0a35-4cc2-862f-e847baa63d73 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,3c001e27-c26b-4cea-8bc5-8c8fe391ac79 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,f8c2b9aa-dc0b-4c1d-9b11-645fc101d019 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,acd35888-cc58-44f3-b431-9b34a6acec41 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,34fcef23-cc9e-45e5-9b11-822504f30bad +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,e7fcfee2-d73d-4cb1-b924-63bf22c4cb0b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,d14f6921-9975-4195-ab3a-c44c507e16c7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,507ee243-3d2e-4b3a-98b5-56c4a0ee61de +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,8748f5f8-4e3b-4e87-9cf5-76609eaa7e39 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,2e402825-be42-46c6-8d8a-43fb77d2f93d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,c0b836f6-4192-4cfc-aca9-f1443f91e008 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,f0dde809-9960-4693-8dba-fd9156487b94 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,359c98e4-801a-4572-bcf3-a44737b8a86d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a76c0d8d-73dc-4952-8a15-1ef973d49567 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,4f64fc80-bb38-4c70-b8a1-859483b4175b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,162646ae-33fd-4183-9267-681a3919207e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,915cf226-4afa-4004-ace6-f2a238e9cd29 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,55da9237-fd84-4ae6-a466-abbc3efd427a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,4f3bead5-f9ae-42d2-a87a-9c5511f49311 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,94ae5127-3c53-4663-a709-1fdd19ea323a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,99a22f95-a60c-464b-b185-ba3883a01a7d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,48cf4476-0a9c-40f5-9781-a7f5243922cb +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,f7bd5832-bbad-4cf6-9507-471055660719 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,adf6e4da-9ed8-4c26-a278-936e6b032cc3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,35789857-554d-4198-b3f6-5899fc45a2ba +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,fff52aac-6b8d-4bc5-b8f9-bb541b317308 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,813dabfd-9b64-442e-af32-80da3714267a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,595cacc0-fb52-4574-a2ba-19920d5f01b0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,92572c17-ecbe-4682-b63d-20e7a65db842 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,d08a2012-8b73-4247-952d-9c55912275e2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,0e67f3dc-eed4-4203-aa2c-92a7dd5b51e5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,b411ee27-b1f6-43ed-804d-38babe717a88 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,a81c466f-7e5c-44f1-8f2c-36beb9bf28b7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,eee691d6-ab47-4d28-bc2d-9dd27831b05d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,7b4735ff-169b-4b12-8794-babbbd044dab +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,08e5bcf3-7948-4d06-ba7e-d8d5a4d778ef +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,0915b3a1-b910-4258-9e4e-ffaa98ef5d98 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,ceb18a56-f40b-4b67-b9b6-9f13a5c8206d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,9de6b1b0-ab9e-4afd-91a4-6e7838a05647 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,87855b4b-d147-4703-be16-087d700ea0ac +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,9d0623cd-7a2a-40dc-a2a4-515afef989b9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,8f6a2517-23c7-4c98-b897-a726f779314b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,51d3e2a9-c3af-48d6-ad9b-32c249f90cf3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,819e2779-3697-483b-b766-e350da1d6547 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,28e36401-4e8a-4216-98f5-e5e9c90660cd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,657cf552-7520-4d25-8a25-d0b5c2e75f62 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a0ca7553-3fd9-49d3-8c90-4814495b68a3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,92d1d83a-1dc5-4ce6-bc20-3a7ad2e1dc71 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,193f191a-c8f9-4395-b3ad-91ca1481cfd8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,aa5017a0-398e-4366-89a8-3923f1f2f457 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,19c8b665-1c08-415b-b65f-9537b782afab +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,96be6ffc-534e-428e-b73c-50f64699f413 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a7e7cc9c-016c-4c29-b1dd-866e092bc3ae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,60e19c97-9526-47be-a912-d9d4dbeeb077 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,b24a61e3-6040-4866-8d73-d62716b2e124 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,99f293a6-a31b-4134-9167-9389e582338e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,1cde8dd4-a345-4776-bd31-0474df9afedd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,bf6d0703-c283-4ed4-bd3d-dbe1e7dcde75 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,be3e2afc-205c-4a5e-8220-32efd0c2adde +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,1029e439-2222-444f-9ea5-77ed9a86ec39 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,60c41596-694b-4eda-9cf2-c8433efd915a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,1c6c7731-6d9a-408b-a084-78ca26709653 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,a29ae805-bbc4-47f0-a95d-5f6afa6229ae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,2fd62641-1af7-44a5-ab41-9b2a97b3d31f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,3fa98732-65c7-4a00-bb4b-2092b708d194 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,5faef56a-4682-42f1-a3b3-e0c882602baf +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,a1cf07f4-ca1f-4bf1-bf4d-14973e98ff4c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,f13a96cf-2dc1-496e-b9b5-d95c46f1863d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,d0231996-adc2-4d9d-a474-bb1537aba174 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,5f315aa1-b2e9-4ad3-b3f0-7e626c4439d9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,7c437708-9435-4d0d-bfee-0ccc6e2cd07f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,ccae3045-92e3-48ef-b008-12b249777b27 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,7ab6c6b1-21cd-4fc4-8811-e08ec4a01e7f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,d0898488-f27b-4e36-9b1c-4d2ffeb6b990 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,04bd63f2-ea7a-4ca8-935e-264106ce7a3b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,32e20a82-bbae-46ac-a65f-8d2a9bf6488c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,8fd9dcf1-a056-4a66-b780-4f43fcde13c1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,95647e4b-e56d-47cf-97e1-ac6b196af636 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,a349d9b3-8f62-4cde-a6f1-97dd9bb52e6a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,ac3bd1eb-9900-4eff-bfd0-471c0e395803 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,69eee761-79c1-44c4-a929-4f4018e73ae2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,db26e00c-3890-43d2-a13b-0d28c5dcc443 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,0925dc60-acd3-4da6-88f9-b0bc11ce7fa2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4dc1190f-ae93-4dfc-b216-24d3b4701edc +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,8a804636-46f2-4df9-b482-89aa5b234547 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,28d06419-852b-4af2-a3d4-cc8125426470 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,62c87ea5-8460-4452-8f3b-68b304ecfcbe +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,7e1587c7-cbfa-4712-9ee6-7df805c2f2ee +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,be939202-d14f-4ec4-bfe2-986d3b8e6065 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4b179f21-d688-4d6c-ab72-0255d1254026 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,245f4879-5f17-44ee-bd8c-1286fc0045b2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,a89a04e7-2a2b-46bd-aaa4-9aa693b41375 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,1f7e2c9b-8eb8-4311-82e0-2c7cfc8a14b2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,6b1f2139-8a80-4d2e-a19b-da8905f1b8f8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,e3f0733c-6729-4db9-903a-591e2e45c1a2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b1d9ee32-2ef5-4fbb-9428-a53b0f80639b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,3d60dadd-bc4b-4a98-8266-8b017d11e222 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,d4db09e1-9550-40f2-aecd-673254e50792 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,66774dd3-c913-4840-8710-a8d61956975e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,5e1560cb-b04c-4cd3-805d-ded4d34a3ea9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,f1d9ba27-35ce-4581-ad49-7fb6a8171e7c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,9a332857-be4c-4679-ab43-6621f511f8ec +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,e3fd3961-e01d-4bd1-b10b-9ef132bca67e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,f796e3f2-9154-4e76-8170-81cd85b849d6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,49bf277e-2981-45c5-9cef-c10aec95dae7 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,378f835a-d142-42c3-880b-e5ebb6a51182 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,7e9c8190-4f91-410d-9ce2-3ff827a97294 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,3247829b-d48f-4158-b9ce-f0590c032668 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,e3148c63-559b-4f70-9677-d25a3ee5d247 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,5c9982c8-fefd-4470-944e-442af9b3f105 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b8c133d8-496a-4c5e-939b-5c7b334cc813 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,5779d117-347b-4409-a91d-6f962700f9ee +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,eae1a053-8ee6-4e37-a531-2aa479d9eb28 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b99db5cc-b229-44b0-b373-29c13e8d046c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,9184ae68-5a30-4d31-8148-1b5df605cf43 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,fb3603b6-c228-43f9-80a2-95089a4bb2ad +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,6577131b-271f-4c3c-82e9-95b10658ddf1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,db0ebeb6-47af-45ef-936c-1d497bb3499d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,1f5dd869-87dd-480e-a0b3-ae066217b567 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,7427968f-6261-4296-b50f-1655deaa4b82 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,b75752c1-008d-4652-83db-79831528238f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,b9b5dc2b-b07f-4daf-a7b5-6ff785fbf967 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4efe768c-ec10-422d-af32-cfd025f45b45 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,0422c4e6-e364-4b20-91a2-1dc7aa68679e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,25808956-189f-4a8f-8592-2a3fecfc4966 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,e1d15065-4fae-4e44-8972-dbe01a06eaf2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,168fc87b-af38-46d9-9118-178d9240c741 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,c20babea-e856-45a3-9816-bf11806136a0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,d376968e-6f62-4ae2-814c-29dbe2815f5e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,3aabd41b-39d0-4b03-a1f5-129a7679c87f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f5ea75a2-37fb-457f-93e1-5a6d24d9e93a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,917ad21a-a750-4da2-9076-607280883fff +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,df140341-f34c-411d-9926-e59352ed5639 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,df182ec7-3ec9-4116-86b4-4ff639e3f866 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f2e46008-9032-4cc7-9d3d-bc94f04b7481 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a8814dc6-1773-4965-8664-4216b160e72e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,70fe0175-5382-466d-8a51-a9e309840437 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,acba7cb5-7b5e-4de3-a8a7-71f4627161c4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,4418c7f5-3d8d-4286-8c8f-a1fdc2c6ac9c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,0dbd7dd4-6229-4a1a-828d-c8e1a669a688 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,05b26b42-d9ae-406d-9869-29c3e4a5dd0a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ef479c27-42e9-487a-8871-d1b2f71c890f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c3a570f9-7b1a-44a0-8dff-9ed9eba931bc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,7ce4b4f4-2596-4e31-a47e-71382a62f52d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,d3ed1a41-9fa9-4449-9aff-fafe604c2603 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,8d7f900f-26d6-4294-b39a-e6a19f0f42e5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,5236772f-8726-4158-b422-a1907d528271 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,1adc2bd1-6b40-47a7-b80e-0975250f0e77 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9f472804-1400-496b-8db8-77b6d95fa8f4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,a14a5f7a-a7bc-41e6-8df8-dd7b07b890fa +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8075ae3b-5e74-452d-b2ad-11643bc6625e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c9c6ab7a-2013-4a74-b0a8-4919fe1a0f39 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,b61fc073-7998-4170-ae01-5f89e8a4ed67 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,1f9affa9-f4a5-4a8d-9163-875c802966d9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9a5a503e-bfca-45c5-8f6c-b0cf21afc55d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,487ab041-7347-4808-958e-7b8d9e2736ff +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,48dae941-084e-409e-b42d-db2c42c17395 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,382ada87-f51f-4f0c-9d65-6d9335cc9328 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,b33d4922-c586-48f7-a8a6-938ccfb7f291 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0467e8a9-ca39-47ce-9aa7-0284a83f7fa0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,4dbbfff1-df4a-4882-804c-04985af04d1d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,162e0ccc-da64-4546-97c7-2622ac1a864c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0f650515-73fe-407f-aff0-b68b345c953f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9a3fbea7-2e81-4ef0-b41d-f4df5c888fd6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,6a037013-c804-4bd7-9300-3e7f57b9062a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,00704183-6286-45d4-ad4d-706e7306d70a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9333d68f-1b66-4112-949a-5ca522fe6878 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,4694f38a-3e45-40af-b805-2de9ef0ef4a8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,5cf21762-bcf7-41f5-80eb-8e971f0d0626 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,3ab5a670-9285-4ca8-a0be-6b7abba36377 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,de188b11-4396-4deb-9c4f-0ebf313ca98c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a25339e2-93c1-43e3-a0f9-183dd48988ac +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,a71d0202-7ab4-44ae-bcb1-e1826b0787ec +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f1ffacf1-352a-44ec-a294-d65d07cc21a3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,c4f543b6-c67d-41a7-8c79-c04f9aa974dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,7ccaae59-cd93-47dc-8eac-2660cef5de11 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,0e80348e-bac6-49c0-9a65-6b735b6e37e8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ce5727e5-1eb9-42d8-9c97-24fd16b975d8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,243a35be-265e-4c7f-833b-1079222d26b0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,3500c651-eade-4197-aecd-2e1ba58729cc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,bdda4384-aba6-45c3-a105-dc54dd57c081 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,827441b8-236e-4605-9408-50b9dc117b23 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2391a6cf-9719-448e-adfe-7f220b931e1a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,46dd4fec-b466-484a-87b4-c4634fc87da7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f167cebb-3545-47b1-9115-312c7695874c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,fcb7801c-ffb7-4ba6-85b8-29905a2a7344 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,6563c397-fa39-4d5d-866a-f0ff6357ba6d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,7a746365-631d-4c07-a519-2f465cedcdba +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,e9c39b9a-eaf1-4785-a215-88c00462c7c4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,db961c47-c503-4c7a-a2c4-178a1d3429bb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,5ac4824f-1978-4348-b82b-92f41686a69c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,43ed2e9c-8f53-45c9-bc1c-de2ff26d19ac +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,15a0b738-e785-4abc-a75b-83287e72f906 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,e66a5535-e5f0-444b-83b9-1d589a6fa0d3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,9b9d3814-1256-4d63-ac75-b4a4f2736609 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,416c658a-ceb8-4088-824d-e5165da70f02 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,1e3e60a6-2910-42f0-a244-b5e34f3e6efd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,d7cb0f3c-b731-408d-88ed-b649ecd8a0ae +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,911023bb-a8a4-46b8-aca1-2ab6ad072d3d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,b2d70e0f-23af-4ef4-b003-846021d6cad7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f6c9e08f-de84-4279-8af1-bd7b7509c98f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ea15ff99-14ef-498e-98bf-a9b36fd00bab +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,8438580f-4c0f-43ea-af2b-b2b9f2536a02 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2741d798-7b8a-47ce-b39b-bc7c4c7ec9be +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,d9d3314b-f8dc-49bb-9aeb-be9129eaa3dc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,eb1e0f7f-7168-4015-a05c-8bbe437e11e3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f697ee90-73db-4615-8a03-48ac0cd2c428 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,2c917720-97e4-4a36-b75e-9909b63d4a9c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,87c294f8-fd9c-4d9e-bacb-b67b4fef42cd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f867ffc7-7bb1-4dc6-a2ee-db16e89b96ae +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0995f3a4-13a6-4317-ae5f-e4c11a3e1bf6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c70c28e8-b377-4418-93b1-4ea2c84306ec +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,4e6f63ff-8edf-4c59-9ab6-04679d87455a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8fe95d9f-28c5-4463-9a1f-1b79f065f4a0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c57ab16e-327e-4322-b121-276740b3b75c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,39428dcd-1fda-4b8b-a3d3-838892e53c3e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a7836c66-5266-423a-bd0c-084706aecab0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,59792846-b342-4593-ab93-bc4b367621a3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,fd5140c5-03b3-413a-9913-8412af64efd4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,6ae43caf-8aa6-4af6-9a9e-1a629d0c3e49 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,99418886-5dfd-4f3b-aff6-eb55503a42f6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,519d4a10-4a44-4902-b54e-8c2467fd0b1b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,9d11194a-fa7c-4903-89c9-0b75a4e8a6a5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,ac0417a5-ceb3-41a6-b244-029cc9fb196c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2d1f2bc6-d072-457c-9992-e62568889d87 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,e6ba6ccb-cd69-4cf2-b8b3-1b90807e827d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f45170ea-ce0a-4b53-ae02-02c0089c2d29 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,d18eeb86-d48e-4183-b5bf-2ec3bf7d0d2b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ae7e0da5-f028-413b-96d5-09f45b263246 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c3969838-2e96-45fc-9a09-a5d5101d875d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,a943a616-3794-4945-b05d-ee63e2c6c282 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8cfa3020-b6d7-45ea-8149-55890d4ce255 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,eef5aef1-2cda-4157-905c-bd56db142a9f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f19f1cdb-6464-473e-a0c8-5040dcd3d2d7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,fb952911-79db-4af6-bafb-d5cb424a3973 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,ac12a104-cb2b-4f01-802e-c9355e66d613 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,281b1f01-2a09-4b9e-bf8e-21d04909f5ef +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,26482c1d-dbd8-4026-9081-987137513af2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,779b68f8-57cc-4382-b5f3-cc6b5c24ab73 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,85a0a73a-27b1-4a71-9fcc-719784ada194 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4baef692-3767-4100-b833-39749cb24d2e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,644f435f-519b-4d9b-9f56-4ce9f35d83cd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,587ba8e9-0196-499f-a660-7abf78aade2a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,0fc9cfb0-6a94-4982-ac65-7b3c1b04078d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,862eb1e9-18e6-4c92-956d-f9104afad77d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,2c5a3439-b2db-42ae-87d6-292bfb0e9a82 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,99f72fc5-5ff7-4121-becf-ae9530b6b1ed +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3596599a-e3b4-4e7a-99aa-40a7d19f0417 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,6d0e9552-fed9-4573-815a-23d4e0c02333 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,f3b4a635-95d0-475b-90b6-79379a4774d8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,de68b4bb-942f-490d-a28f-9e24e0ad925c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,a8c34021-b3df-476f-b8ea-a906b0c23298 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,dfbb1e00-d752-4ece-a775-a8bef877371d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,5283a77d-b3b4-406f-99f9-9599a71002b6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,20ebe2f2-54be-410f-aeac-ffa174947417 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,cdd682e2-0c43-4ec8-b1ba-889f1addf088 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,521e9fd7-520f-4151-9111-8febde8e14b1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,1c1f8339-9ba9-4d33-9a4f-6a77e8ee37c4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fea17162-bb9e-4eb4-b133-e9db10f64e38 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,a1e3a7f1-ef14-480f-ac40-b361150855f0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,3bea1189-929d-416e-a4fe-43c8104073d2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,da6202d2-eb05-43ab-a606-14cdf37e1f40 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,6d5b16fe-142f-4268-8980-f71bb5086fc2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,ec971a00-7e56-4b25-bfe7-36aed11629fc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4d94dda7-3ed5-452b-9a61-ec95d723c67c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,ee35c565-2848-4924-b791-c33a5668c18f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,14c769df-f6a2-4fcb-8aaf-9f831f0ba828 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6d4d55c9-c3a6-4645-90e3-0fc439ed3f85 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,47357298-7e3e-4311-bf58-951d26865752 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,f2b0e8bd-db74-46e5-b922-f472929ae9a2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,5c6b57b5-8211-4ba5-8945-79d4f67fa16f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,a03db232-5b37-4480-9199-abebffd83e49 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,7f6cd671-133a-43f0-a489-e3623dd7364c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,f1a7be26-04b3-4dd0-a220-0d298253b290 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,e03c1f5f-190f-4f4d-938a-d51d5e2a62b0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,81b93b46-f399-4734-bad8-dbe739ccb967 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6ef65040-19d0-4ae8-b763-efb6ea630aee +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,c98cd0d2-16e2-43cd-b066-9085c0784f3b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,56c7fdac-992e-4665-9c76-285a1b6af8a3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fd89191c-8a5e-42a7-894d-4d3acf64aa80 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,f56df007-3aa1-4f97-9d66-a3079a5b59f6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,81dd72f4-e86e-4f9b-b6f9-ce80953b1198 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,cb90bab6-4073-4795-a3ba-840d855f5dce +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,95c71cb3-4561-4c5b-b479-faddbc39fa8d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,e4957a53-ebc9-40fe-b47c-50eb24bcbb0e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,73d7bbe0-0c22-4163-969d-ffede044a8e3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,66326c58-df52-4a2c-a0f1-fa65a0ce396e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b3524c13-9fd0-44d9-8ace-bce13aa7d72a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,b08f1bbf-86de-4ca2-9a95-2cd43789901d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,31084928-2463-4094-8e12-8afe4440abbc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b3853d3b-dad3-4410-9a18-b94dcd8f2f75 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,55e9c25b-3323-4406-b4c4-2badbb2f40f0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d82f390a-a9a7-4e4c-b34b-111fe0ee9437 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,bd16aa7c-19ba-4c64-8084-10ee3cfd3ceb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,7e7620ee-c810-4032-8182-444b3c8492d6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d308bbe5-46a4-4263-8e73-ddec1050f4eb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,49b3c743-233d-4743-96b7-dcb3f3d6893d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,5551af2c-5dd8-4d74-af96-a615a34297ff +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,1204f61b-9281-4ae4-8172-985babe53bdf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b524370d-c702-4b91-bed0-c8e42e0b803f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,3cac31fb-97d6-4723-8b38-00f8db2f7dc7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,ce83657a-89a2-4aeb-8b80-50d2b9438ef8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,c1bc4335-9036-473a-a4e4-3b29e95958c4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fbf2c91d-24da-4fbd-bfaf-df05ef0dccde +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,c13926c7-5092-4271-b3de-149522cd955b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,9c574acb-aca4-43e5-b42d-3b8a301a948f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4645ae79-e1e5-4c32-bffe-2088461c76f3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,fee11b37-f7ee-47d6-9892-171a18001397 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,341fb3ae-914b-45b9-84fb-dde4ec7ddb2e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fbaf6bcb-4495-452c-a0ae-bcaa61f2ccd4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d04a881b-8006-4088-8139-615ef1fd7e5b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,15b42b80-552b-4b6d-9f06-48848180da9d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,e581b4d6-72c3-4815-ac4a-2385025aa3fd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3788bda3-8b92-42b2-92c7-bdcfda56e596 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,e2189194-e1b8-47e6-879d-db754c008f3f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,894a1770-fe8b-4cf9-a2ba-b25d806ebb93 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,da309222-b176-4512-a32f-40a9d4996a9b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,fe725817-de26-4d99-a155-64fa5c66658e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,0253336e-15e1-4354-b4c7-ff527816f57b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,38643e0b-9971-4aa9-a56b-8891de806237 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,79e50da1-68f7-4fd8-ae23-56531297c824 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6e713b63-0446-4f95-ad01-a2243557eacf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d16684c6-0bd3-40b4-ad9c-763d88b17dba +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,4f42fb9c-937b-45ae-94cf-2d4f12029515 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,a33f407a-a666-47e5-bec0-db313e1df26d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3d44c074-f7f7-4acf-a67e-6145ec1d306f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,a0680bad-fc6c-45c8-b5fb-8f080e21f92d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,afe88d93-4d10-4399-bba5-ca818569c21e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,11aaec32-7f0f-4415-ba2f-c9070982733a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,69ddc9c1-4742-41bd-b654-7ff898c5a70d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,38cc3196-733a-424d-8916-7fec40389047 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,6fafd0a6-6da9-4c4f-8cdd-412c22bc8b75 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b562b895-6fb8-42d1-936e-a0f1981fe06a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,da38f276-6cc6-43bd-a0f1-4b9bdf0bcd09 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,1f0870ad-862f-4162-af75-1f5c071e20c0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,104213a3-3b69-470f-8cdb-4e886b28cf59 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a310d877-0e15-4a4b-9ee0-2dd47e756af7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,ce05b4a8-db5e-4259-866e-9f02541eff44 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9d238cf2-9e6f-4acd-9cda-d212c883f670 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a4e6fcc7-5d2f-41bd-a3b4-e10d3abe5442 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,90df0038-38bc-461c-b75e-38edea7cdae1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9d734af2-b470-4db2-ae75-a63dcedf4fbc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,9aa2daf5-5bb5-4d5f-8b5a-ed941d01c4f8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,a71ba62b-92b1-46cd-897b-108fb07d4d46 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,2964bd5d-606b-40a8-a421-15b0866ab3e3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,19215573-83be-4aa2-be2e-adca2c36af68 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,4be4f1b4-9637-4718-b235-2743acd059b1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,1fda3e00-babf-4ccf-92ff-a055582e9154 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,c9ee981a-1b1d-4cce-926b-05f3df211ce2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,9473bec2-b7e1-4d6e-9ab7-349a83e8ce6c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,db8d1fe1-1229-4743-90c1-aa08bdb8ac3d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,318e5bcc-536b-4048-9f15-0de023223228 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,193b4f03-9e08-4638-8333-5a5c073fc586 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,79443f40-1832-4a8d-999f-cf0bbd32c5a2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,28c652c6-24b4-4d6a-a71b-cc85122c917d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,599666fe-039b-4fa1-bd14-9287024e99ed +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b19a5a85-d4f0-49ef-b4db-74c27ae36fcb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,908f0a40-bb93-47ba-932e-7d0772f89c46 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,1dfc00fd-f19d-467d-b90d-56f4d7ebefb1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,68b4052a-d82e-4a75-afff-30173e6a3c0e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,4f6816e5-66c6-400f-a8b5-56609abfd7dd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,2b51619a-b295-49b9-9ef2-6b479767f966 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9ad943c2-aa26-46c4-9ca3-925533204b16 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,24b52ce8-f581-48c3-855c-4b3b0c844bb9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c2aa26df-f83f-454d-9504-4a50497ddf45 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,c5739708-36e1-467e-91eb-54847f8a2ee7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,1261e1c2-9c7d-4a9f-9134-c3723d7601f7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,a910982d-1096-4c79-830e-1d68402538f7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,2b7641aa-4b8d-4875-9b18-fbdffc3294e5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,dea36b13-dfe1-4975-bcc7-983df6bade46 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,47110078-3d06-4651-af12-a90cce047ea8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b2dfb672-67a3-413d-964d-a42c6ad36898 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,966561bb-00f5-4315-a6e7-a43ab535ed3c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,8bf5132c-6c82-4482-af92-03832f27813c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,a9455863-39e4-427a-8385-4ad32b39a2ca +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,05ae96c9-16f3-4584-934d-d31053bc1ce7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,2a507667-c90c-45f3-b594-b4b26018c199 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,036ce54e-4964-437a-adb3-27808f79637e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,15828bff-9425-4e38-9b6d-669124218066 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,12479f96-db5f-411a-b752-46115f328999 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,155d6445-866d-49d7-b955-5adc3639a0db +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,79879647-547c-4b11-8847-fef067bbeff8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,16a25377-8194-4176-b1cb-a6216262d1ab +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,f013ccc7-dca3-4764-a534-dc87830a872b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,2de0ef0f-988c-4a9e-9a3a-5c8b344a9253 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,5dd712d9-5d79-4b61-a7da-914c4fc99d5c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,577871dd-e49f-4d32-bb2f-e9bf39d04d6a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,f8e77207-f3e3-4a1b-8539-cb6b6e515559 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,7e39a69b-586b-43b8-82f9-97a24a5e8925 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9b84909a-298f-47b9-a75e-b3724a548606 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,58ed3779-a650-4edf-94b3-e7e088b41c39 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,66bd76aa-723c-4ba9-a7cf-fa76220ac055 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,230b7af2-1e01-4e39-9550-410f37ca4395 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,47fd6c48-a5ca-4f8f-adc5-cdd7359ef563 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,18980fe9-8e15-4ba3-a784-c2179c7204ce +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,13aabecf-119f-4874-aaaa-23722ab228f3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a8bc515c-ad02-458b-8f1a-2f1c7a2128d4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,64320507-eb6b-42f3-9e41-db543362697c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,38829c3e-7481-4235-856d-c988d904fbb2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,d54fb362-d634-4f71-a101-b6e85c615908 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c2ca15e2-abec-45a7-8910-8db01a3817f3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,46f79b38-7b0d-4ad9-ab80-695e56a2fdb6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,4193e6d9-4af3-4c12-a6f0-959f6237f696 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,e1830737-dbd2-4206-a498-1d38355134bc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,dc8a856c-2de3-41c6-94e8-fb7852a2e903 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,31c90a1f-6d2a-4847-90bc-aef159719871 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,5bf467b3-0f77-41d3-999a-343a5a31ee38 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,eb93c484-befd-42bc-9eef-d8f74d8e668c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,0f6e5be2-eea0-4170-8e2c-861473df9ea3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,45b156d2-c1f7-459e-8f98-749ddb11092e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,932f67e2-052c-4077-a1f5-86ec16b1b645 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,00cdcc44-d977-46e8-aa84-89430b4a91a9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,e57b1312-a6a8-4dd0-bfcf-0b941b40da4c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,c49760d6-7d78-4622-9db5-375bbdc004bf +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,679c123c-a7bd-4069-9d1f-7fb9a562e79f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c42249fd-2d8f-4b65-8af8-8488ec8cdea5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b57a5d6a-3208-45b5-b178-0a84cd77080e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,755c15e1-4b0e-4810-8499-09e4eaaafc08 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,929af4ad-c7d9-4125-bddd-bc53bdc9a8bd +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,370f04c8-7994-478a-92b9-0ebbe710a89b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,e464bb49-ce35-41a9-853b-c96b98d86555 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,c0ddae47-b4b2-4c2d-b2f1-26ac2e83ae5e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,85fdcaaa-a66c-4571-a5cf-9e0d01891341 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,670fd7cd-4b36-4113-87b8-6b71036dca53 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,3c535636-0710-420e-ae4e-9000b6e065b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,bf84eb38-f895-4e53-84ac-92e889e043b5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,681acf79-1bf0-4699-bbfb-25a30a56591b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,71394bf7-d630-446e-baab-3295054ad855 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,d82aeb30-c2b4-4374-8ff3-3d3683acb93d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,b9e6d291-5cd8-46ba-901b-b450c5dff664 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,f66d5e5c-1ae7-40c0-a141-37bce9820f38 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,4ed74b4f-310c-4eac-ab6e-3fb1b0c548eb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,d1b86e6a-8b6a-4dc6-b48b-531ddb9af4db +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b8f5f8a8-418a-4189-8ef8-3a7438af11fb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,003a64c5-193f-47dd-853a-89fa8fc49437 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,f18d4586-6803-4a20-a221-d2e8e6567b62 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,14c6d2c6-41c6-48d8-87d5-962e1d93de47 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,3eaa43b0-ba54-434f-8dfa-19f219cb13ad +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,9c2e4439-6db6-46ab-bf4a-a711facf69aa +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,64f31acc-002c-4ffc-a8e9-c8214b38cef5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,0f34e875-7b04-4239-b16c-20119fba7c97 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,253bfa0e-6bbe-4852-a9d2-a275f6916f4d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b8c61467-f4fc-4230-bce1-ecb2908659f7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,734d1468-20bf-48c6-966e-41580ea68774 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,5efa2d13-a48a-4e9b-a4b4-714dc4655244 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,10c3ce61-9bed-45db-8e46-eebcd3896e8a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,0aeda772-c4a5-4e76-8257-751d248f49ea +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,c9d6ada4-9031-469e-a33a-5a626ee4d73b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,ce81912d-6c30-43c9-89d1-e349b0c12813 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ab0c14b5-a7a3-404d-b491-cc518f736e20 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,f998ad42-7487-46a6-939f-5681a25b39ac +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b5c925c9-d067-4385-a9a0-fe626f0b130c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ade4fe3b-3c05-433a-ab2a-101fe2915d3a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,e94e4bad-d032-4e43-80bc-4b6528473c33 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,8219b0a2-1fe3-4377-8b8f-81a11594592b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,7cf260e3-5684-4ed4-96be-d3d2a4ae0b19 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,8d09ca6b-1927-4b10-9a0a-7895ead0a887 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,3a62734f-96f0-4a48-9078-4a8ab4849f4c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,110ba1de-507d-43b7-a27c-dd9756618e67 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,b1ba763b-3665-4ddd-b5f9-b51cef798b43 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,20b26cca-5437-415e-83b1-573d67bd1940 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,cd62d3cf-dfd9-439e-aa8a-557a71de4135 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,625caf28-cd6e-478b-9390-6d0c250b24ae +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,7094b592-137a-435e-8194-6374f61e6ac4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,12aec4ab-5489-491f-bd17-3f3a5ac3fe58 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,dc6175a9-8121-4ae1-aa75-d74803fbdf61 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,6ef91d20-8bb9-4e5d-9d74-92ba9d109cb7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,7b97a4eb-3049-4444-ae42-e47f34f5dd4e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,1183d1bd-0352-47f8-8038-fee0f94e8c3a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,ddb77f7d-8418-4663-b594-ccb4a343a588 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ba5018de-e262-4c2b-a386-d659723dcd70 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,1868d44b-a76e-4558-8bb3-8b4eef13d7ca +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,0026d298-88f4-4456-be50-5fbc5f22c006 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,5dc92ca6-8d2c-4533-b912-7332bea9b6e7 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,76f4f579-1781-482b-a848-ff9ed712fcf7 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,d05e9601-6973-4397-804e-f3fa1c37f945 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,bcb7fb03-23c9-4c15-8cc9-64265fc93283 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,4bbc7d5a-2cae-418d-a82a-83252c0f93dd +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,b80d30aa-1e34-413b-8b7c-f7b78ffe8e8b +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,3b294237-26ef-4748-b3f2-99e7de2f01cb +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,537b542d-42b0-42f1-85a2-f888b057f9c3 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,7d7c5fc9-ba45-4c28-a9a8-8bf09e0879b5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,544c3b76-fb42-435b-98dd-cfe8dc23a539 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,f45f883d-6ede-45bc-b245-29da5211cded +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,8174e15c-53cd-462f-9160-55d195aa56da +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,10646627-5d89-4e03-b284-760e76d82b0a +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,ba17fbf9-cfa3-4992-9400-c64425bd22e4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,defc5c5a-3e11-48a5-b2bd-754daf63a1f9 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,4e5ae947-0170-4649-b097-2795c4aebb9d +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,2e6eb041-093f-437e-822d-0f9882156be0 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,d804afce-beaf-4e00-8c0d-e2dc6cfd4dbc +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,47ab6461-9460-4383-b19c-5c5f4727976b +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,a576b59f-6e59-46ea-884a-9f551152da02 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,273eea38-af6b-42b0-a8b0-4942e964ee8e +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,d6b483cb-c8ed-477c-858c-af92dfb9ebb9 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,c2e45474-7098-486b-b273-0ae82a9a9695 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,8b803215-b645-4da6-8414-2e2bbd1d4e08 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,2382029c-05f9-40d8-bc75-62323adb6965 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,acbc9215-78c5-461f-a40a-bae64385afc1 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,142ff4aa-6d57-4afc-9113-b7722e6fa870 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,ef58e6b0-a649-4ee2-bdd3-920d7048c28d +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,e14f8f70-9bb9-4c57-aace-596c868cfdea +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,1efaa451-5518-4ff1-8d53-4c7eaa2713c3 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,15a1c1b6-5a60-4763-886a-047525f8ae03 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,d6edb61a-c304-4729-9c8d-48f55b9facbf +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,074cac0f-56f0-4a17-bfbd-3ae175c08ddf +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,e6700dd6-961f-4ab9-85a7-296886d733dc +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,4cab1cc9-03a6-41da-9de6-1a37300eea37 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,fecb16db-87df-4caa-9680-ab28a1976527 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,2293dcb4-ea5a-4b1c-9309-5bb020c94a18 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,a9546724-a7d2-49b1-ad96-3780f5461933 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,ff13d98f-6226-4420-a5ed-4b97095f9774 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,5cb8f961-26cf-45dd-a78a-403ee1e3e2b6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,2d0cb182-859c-47bf-929e-f598f63e1e7e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,e7e1decd-97ec-4b6d-95e7-2e49d41e2741 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,93d23050-430a-4b1d-8d1a-7a1864a6cc9c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,3fd1ecc4-215b-4d5c-9c66-a34b9ca8282e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,39b4d009-1149-4493-a158-038b54365861 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,646734b9-9884-4c45-8d59-b858f9f93311 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,33d6f9bb-4527-4554-93fe-c23e182573d7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,370049a3-a3c3-4274-a700-5e28f5101d9d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,e02d1d08-5825-456a-941d-f810ac0fae83 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,2c751911-4cb2-42f9-8982-d340061d3f44 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,02f10832-85d6-43d6-a4d2-59e0558613da +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,1d046995-3c7c-4823-97e8-056795e0f05b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,f343ff5c-46b3-43a5-beb1-a6865a65a7b8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,3052b8b4-7395-4462-8e82-2104e3124538 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,163ae0b1-6fb4-4185-ae9b-d3765a7ab870 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,6ea9c117-aa9d-472e-a383-98bef80221a3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,5e898ea4-1e6f-4ceb-8747-90eb664a5449 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,875139aa-bca8-442e-b933-53bcfc1106a2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,30fb0e30-b96c-4087-add3-e7ea0829b1ee +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,885d8f36-9600-452f-805e-a34dd0542b9e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,2eebdb1a-be83-494d-b00b-c0b484a3f94a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,a9d0fd6a-6925-423a-9ab2-05d2f753e917 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,240c9ca9-bd4a-48f1-a78d-78bacb66ab13 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,dd7f1c02-e244-452c-a4c2-2ae56dfff929 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,70409f37-d7cc-4dda-a7fd-dd255d130894 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,2c26928c-7bd0-40cd-b77c-4e66782ca331 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,cb190106-aa95-4c61-88aa-8e87da981055 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,888a6a0c-e6c2-4361-9330-749066d310bd +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,33fa8b04-0d26-499e-8fa9-87a0b4ccc92e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,8aa6bf04-3598-4d99-90c4-3f5354aec13e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,500d6a32-07bb-4f0d-8a05-8603a5b72e7b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,1e5716e3-8adf-4098-b2fc-51cffa7b2cbb +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,30d78813-fb73-46b9-b679-11e6a1b347ce +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,4eb0e1cd-8bcf-4c41-bb7f-dc8bb36226e4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,eb9e77ff-1559-4a5b-bac8-750a50ec982f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,e9b94c73-4eba-433d-99d9-cd38d6786b4b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,05a1b0d6-3af7-4164-939e-faec4de154ec +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,f7aa101b-2f86-4878-8ea5-ca1979355d58 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,d28f26be-14d2-4700-9ec4-083fac67c504 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,9e0d1d1e-e2f4-4d09-9474-a3bccf080f5b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,00908887-bf43-41e0-afdd-9add04a82c2f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,eaab2682-7e26-497a-908e-474f849584a3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,b0f12f60-91af-4209-8ae0-92e842986c16 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,3f717585-7b51-4c94-979e-6ee0a88c93ef +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,68711598-0ca0-4a4c-998b-7f9fb3e13897 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,6e2a137d-0a13-43b9-9ab4-778a9a5bd6d1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,5aec529a-8bec-4b7f-a635-b5c3585246b1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,df83b6a7-7e05-43f8-a0e9-7c572d644a97 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,17d74400-9318-4d11-beaf-e5ccab8c1dda +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,02e171e6-b270-4d2e-b535-cf283cfd261f +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,6ed3fce3-fc9c-4914-99b4-2a5b496b8cfd +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,f865942e-b00d-46f5-a0e0-a0672ab520ec +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,de99f438-47e1-4387-a26b-aabf16971919 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,8d17325a-a51b-41cb-80c9-f42605fdad05 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,6a6f11bf-5dca-44b1-b673-5d8a5713cd19 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,5f688933-db2d-44a6-b016-f61167dbe0e9 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,3d5c5a05-950f-4f35-ac5c-76c74c15f742 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,3786d9ad-5933-48e9-ae19-c01d7ff6773d +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,0c54ea80-38d0-4d72-86c2-fea51669bd78 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,d7a2a474-3f6d-4b2c-b771-f75894da6b85 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,db0c3cc1-3997-41c7-b09d-b5cd67581165 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,199be32f-9b86-4509-924e-edb2fa005086 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,7c0133af-183a-4feb-b1a2-5e72e7121a80 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,6d1341ab-e457-4c3a-bf24-cbc604c01aa3 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,740cac9b-cf40-448b-b1a5-bb64cf7efd3f +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,6a3e3441-52cc-411a-a6c6-696e8888bc43 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,0aad2197-b69e-4c65-a36b-d0293cb61bcb +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,dab65761-f90a-42dd-8991-74eb51335d91 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,16322da3-4cda-4bce-9f43-e5572cfe0283 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,3acbab44-843c-40b5-995a-8d2dcf44875c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,21fb9ffb-adfa-4842-8252-bd2bdf0896b9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,bf01b72a-f04e-4e78-a4da-a6f29107b63d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,33070fb6-d947-4fd1-bbd0-f2bb4763442d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,361fb2cc-ac59-477a-9590-6968054383d5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,48de38c4-4543-4c9a-a057-6ba68adbc03a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,b2bdc8cc-33ab-47af-9466-194b09595417 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,2018fa07-3ba5-488b-8f2d-cb5111c70e07 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,e31205f5-6d0e-4946-a547-4ebc6109adae +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,3445108a-89ba-458b-9ba4-568a0a072986 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3060e428-6b25-4c11-960b-6e3550b40710 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,c6f8e1a2-ec6b-4783-a88f-d8baf21bfe5c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,09d6fd92-818b-4e5c-99e4-293315928d1f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,adcb5c7d-f6e3-49c5-a726-f88248649c6d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,94a39d15-2585-437d-8e29-df32695eb85f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,1868a96c-6aaf-4b25-93a0-da27a8fccb6a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,49789165-7b5e-4186-bcb4-eef4ac991e29 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,6588da9a-7466-4829-bb47-9e1a149cd1ad +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,b7325f94-b1db-4651-be4a-0eed10d249cf +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3d4cd0d5-270f-4c94-9886-98d7e8e3bdd7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,2ecd9207-ad36-4886-b45e-cf1dc1fae6c2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,9edc0172-06d5-487c-a314-86f753d413be +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,57f9459c-d1df-4969-84d5-ce53f505d327 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,d3976225-c2ef-4154-9077-8c55852b92b7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,9443d3e2-9f4c-46ff-9af8-282d85806fd8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,c8d5de2e-eb28-4fa6-a900-af1789058174 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7c7c655e-d592-4811-97be-3d068469dbf7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,eba6fd02-9e47-4873-8816-7b565def31b6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,590eae5c-43b5-495c-89ec-32850dfa0375 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,a58c300a-6025-4e0e-af6b-1dd3dbe3eea3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,88602eeb-8a5f-4d1f-be82-db2e7a228c13 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,f29eb8f7-57b7-449f-bb91-e317381a8202 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,187dfe1f-67fe-44fc-9c9e-a5975e1ab1b6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,7fedc6c9-6978-4ac3-b2bf-39f91b22b35e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3d5930b9-32cb-4629-9e9c-758383d95310 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4db2cba3-5970-47d9-ba56-bd91530a1b43 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,44adb623-302b-4ea9-a20b-1f3dd94590c2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,881fa59d-3873-4310-977d-6fad966c6f7f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,199f8629-703c-4b58-8eff-e6d2f375605d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,91c6ecbd-78fe-4c59-9608-cf2945c52284 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,10e37cbb-6890-4f75-b7fc-2050fb0f4a9c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,b90497e8-81a8-48bb-a658-08b04f33d1ef +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,8cdc4884-8b3b-4644-8d6d-cf4730241ae8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,195e572f-19ba-4dc6-8987-97b767c0cf4c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,ea1b7088-cdab-48d4-9c6d-bebd10110288 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,a8a65de5-7196-4541-8846-5a35fe12604e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,e7b5cab8-8dd3-47e9-b4c2-7d83ee6d01d3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7d3f1fa5-a0e6-4406-a1c7-abba2eb0575a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,19365226-0ae2-4891-ac9a-47e8f3b0a6c0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,beeae206-92c6-403a-85dd-9eba306e09c7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4d18f13a-f2a3-4390-a110-e75b25445888 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,ba26ebd3-5865-4325-b4c3-1ccc65cae82a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,221f1dc6-45b7-42a8-adb0-5fa54abc7a5f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,9950add9-070a-417b-8b75-7ccd2ccb6da0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,8b7069da-877b-4b12-aa6c-8a7ee630fd8f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3acc371e-3165-485e-9ebb-d3645286a32a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,1e6627e0-9290-47b0-8189-5e9f667a7a36 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,c3ee1111-8493-438e-943e-9e391e207696 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,2756adf7-0061-475d-9019-b354a14d3021 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,d44860ab-c5f9-4042-a188-eef92c747d07 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,bfdf956b-14b1-41e5-80e7-454dcde9ff97 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,fa53b4c3-2952-49ad-b1ee-e68e04a49154 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,76509727-3865-4dc2-95ce-36f380aaaa41 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,085e76a9-3ccb-4775-b80f-a4d79726e2d2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,6bdd9183-0dc6-491e-840a-6f758b765768 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,cf516278-2d37-4c79-84fd-49fecf956814 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,c3c4892e-d6b3-439f-8091-2c7ffae5acf0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,06a01899-8422-4503-887a-f8f3b90a2dc2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,c529dbe8-28cb-489d-a974-6da72cd04fdc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,5a348cd7-0202-4908-9251-3485e6c75d88 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3a589efe-f62e-4fbe-b6b4-bc0b16f047a9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,1f8ba46e-b37a-4994-9b30-95836bc7f457 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,61f1710f-d9c7-4c53-8ba6-16f085ab1a1e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3eefb1be-e8ff-4994-8bd2-b878f4d060f6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4ab60132-bd57-4b9e-b7e1-52394387df9f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,20ad96a8-fc65-4e10-98b6-105f2f4fa3ca +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,a43bd14c-296f-48a3-b04b-b497def57e5e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,872a3ae4-95c7-4e63-91f5-66c203bad013 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,f03b46b6-ee3d-4193-aff8-7c8a413d4c16 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,dad0343d-4fdf-4532-8cf5-9136f74a29b3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,423a202c-4d70-4a70-9ab8-a017bc360b05 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,5b8396bd-356b-41d0-9fe4-67c501c859c6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,6bc29cc1-3dbd-4ac9-b9ff-f5b4d052ce07 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,8a1bdbb3-bd81-4b29-8b67-ffe937f32b65 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,7aadbcf1-ad9d-433d-8127-7ec9d6e1a690 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,0b4ed326-09f8-4ccd-97b3-c700c3338844 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7299c385-ddb3-48e2-b899-cf969c0170e7 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,fuel_combustion_consumption,1bd49252-3473-4986-ba2a-632793bf1877 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,sampling_scaled_data,8fd4a25f-294b-40d8-a0a1-e6d8afec0790 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,modeled_data,ccea1567-1525-4e1b-9433-9d6970532ac2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,accef22a-32ae-4d48-be8a-307373f7824b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,a93a0ff1-c72f-4d5f-8ef8-bc4cae1f190d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,4badae5e-aba4-49bf-b796-9d1b6a910da7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,fbc07038-8520-482e-b0aa-d48ee8fba3e8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,28752114-7740-45f2-86a6-edaef54ad99d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,e8365310-3c46-4857-9bd1-e59bd4966303 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,85285a88-af62-4e5b-aa02-954cea79d0a5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e1a3f81a-af7f-43d2-9924-e7c09b382e0b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a02e8e3a-b1a1-47ab-9d0c-8c45b01ee566 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,70e6897b-00f4-4b48-9b45-9656cec886f2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,87609cea-4def-4053-9094-a74704e071f5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,0d6ecec9-207c-4807-97d4-0636eaae7365 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,25be410a-217a-4ac5-a145-f2b8366aa011 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e9cb93d7-130d-4fdc-a85a-073311120da3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,fb22d15f-64d8-4863-b53e-28bbbcf8660d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,bb266410-ac1d-4aa2-a7fc-5cf1d6234fc0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,0078703f-b869-483f-8e87-0ebd4b895d4b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,7a24c039-48e5-4015-b84b-731cdcd20bf0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,be42ae4c-712c-4257-be91-2a61105769d6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,a1567f25-78de-4c6a-9d75-7ac0bae543d5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,b10f13a8-38e7-4013-8f1f-08e0052eceb8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,3d697f85-0521-421d-9508-ae9323d646fd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,5d5a7b47-e0cb-4954-bc14-9d17efa67ff6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a34c6840-3545-4181-b444-e92ec1c8ccd0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,f70e72ff-6def-424f-a66c-b219c0bba636 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,2f19e7df-9577-4e02-ae82-6907d0ad61dc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,78ff14d9-1e07-40e7-9e40-5313bba8a540 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,eb000aef-4bd7-4b31-ae01-cdb1c02a4af6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,bf997adc-b42a-472f-aed4-289b408e886e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,5a10d981-074d-45ba-b4c8-16d212f4a501 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,f3270a76-05b9-41e9-8965-248e50929793 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,3f9e6e3c-151b-49f7-9ff6-1e1d5bd7ec17 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,ea386e0d-1e17-4d2e-8abe-b112c86ac6fc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,cc0a2101-80de-49fe-b876-4b82d4bc56b1 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,4fdb5019-344c-4bd3-b95d-8fd0ef2649fc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,61f2b300-906c-47be-9880-0ddcf1fac88a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,3bb73b3a-f08a-4b3f-9e45-51c303fcb6b7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,ea4bb23e-97cd-4c43-b209-fdafcfa5ff13 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,edc1125c-16c3-4561-8595-5b96cde6f080 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,518d6447-3813-4690-8ac8-fb21ca6587e1 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,c32e4c42-5fce-45d3-abd8-6d34f6d6d37a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a683485a-a12a-485e-a893-5e140f0c50f5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,18fabb86-32c0-4ec1-b27e-f501303aa666 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,ad69aac0-c845-4003-a02d-ba7852adb6c0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,c670cf50-fe8d-40a7-a7f3-4892a888e3eb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,9136ecbc-bcfa-4d75-ae41-edee024c9314 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,5b48f449-0062-4af7-b49b-ffbaf3d183c4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,d488c9f6-17be-4326-8afd-710382b240c7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,88a67b64-4559-4c99-a12a-143b0974dec7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e263d4bc-db5c-41e0-8910-631dd27b2f07 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,8f609c97-52d2-4587-9700-a1c67fa9f899 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,e4a6cda7-ff11-410c-871f-cdf560540e57 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,15f54430-6ef0-4d7d-8ef0-c030cf985449 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,0671ec2d-3dfc-4b3c-a16c-12276e0e5592 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,dd152a96-5aa6-4928-bbd6-c934dde70690 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,2dc8163d-37e9-4dda-b1f5-8b9db8f81f4d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,c335a6e2-ec31-45d6-a551-e0f4ae1faae9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,b4d3fc74-f995-47b4-9a97-40179d9e8cc3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,b99179c5-2cc0-4922-9ed3-079d15e25313 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,cff5e322-d551-433f-b4bd-0682b29391d7 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,f4e853cc-7b25-41ff-9bc2-9cc145c64f5b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,5fe036ae-92f0-4630-a994-7d2a86dab23e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,d34c3852-cada-4d4c-8bbf-5a74e8d819bf +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,638934c0-ea7b-4dc2-bd4a-2ff94069776f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,3b497b24-96ce-416e-a1ba-86a578955d2b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,99fc1d70-61e4-439f-a1e5-668f7cebb1f6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,36878458-4b5e-48ee-8a09-70e317897951 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,e880a7d0-c98b-409b-8418-b3f99d72bf21 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,d1f1bb04-8ebc-4ac8-8283-914db2bdf4c7 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,eda527c5-2b77-4b8a-83ec-53e980517053 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,221c91f2-533e-420f-910a-606b4c16dc6f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,1e87e689-1dab-4144-820c-bafa847e14bb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,1ba5d1fb-4d8f-4602-806b-9d5ddb094165 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,25d8430d-b6cb-419a-acd3-4ea02e5fee46 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,b987b7e1-e03b-4466-995c-897084ce5bc2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,8e35ff76-0506-4a90-9560-21f6189ce65a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,8b70ed8b-f050-437c-b7ff-8587e5185189 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,a5e91f8f-2bd9-4d5a-9c44-53373fc4d1da +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,d7b32bc9-8d59-45ba-a78c-4d6068b0c6d8 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,95505dbb-a276-4ecb-9a3f-58970df86440 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,75e88e88-e7a2-4825-921f-5d10fb5638b6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,55276eb0-885d-4710-8ce6-9e039f7007b0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,cf3127ea-78d9-4f72-aef9-5640f8cc4038 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,f0bd3cee-dfa0-45bb-a92f-2efc9dbc6600 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,61a1cf5b-e105-4542-a066-5847caf989f0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,e78cde01-6be3-44c8-b2ef-acbc12407d45 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,4128e098-d7f6-4e6b-bf0e-928f7888b90e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,89b9e376-c1f7-41a9-b3c1-78d3a21e8080 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,bf725f84-60ad-4c08-8e13-943af3efab28 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,125a6c54-f2cc-4619-a53e-4f9ab92751d0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,fc0624a7-d4ef-40c1-8bce-0fe512645a8f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,25d519b7-1a40-42fb-a4f1-b44a5b3f4d6a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,5135f56a-a559-4a03-8902-821f7662f719 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,5a88fa9d-a0b4-46cf-b5d4-f8504480371b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,126ecac6-c93b-432d-acb6-1f4c9082f8f2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,e6b0c159-941d-48df-8707-9e9a83b0c15b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,d3e7487d-dcd3-4da9-a631-0b9564df4e2a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,aead2785-37cd-4752-9fd9-31ef0fd93344 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,bbe16e92-e68f-4459-8280-83bccbd7fed4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,21206a50-c37a-4d7f-bbce-94c5a6ec270e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,c830690c-91a6-43c4-97ee-1e64f4729f7d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,5f3d8688-10e5-421b-848b-daedb3e6905c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,1e5b719d-1d40-4c25-b02f-97d146a121c9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,13b53f8f-950c-45dc-a6f0-8cd5797b757b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,322cc1e2-92a6-49da-b842-6bfb072be180 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,47ae50d4-2359-41b4-8840-3a25b6e3b115 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,f047c7fa-31e8-4cdf-a787-7d77958d132d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,e16e3d29-507f-4a8d-b3bf-30bde8f20a60 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,6f753a2c-dcb6-4aba-9dc3-76348c9e3c1b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,cda80a74-0f51-436c-8aaf-a9beab79bb70 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,080c6c8f-1b30-4ab3-a9f6-d661559e7701 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,5accaae4-d170-4620-ba59-09cc336eee08 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,76208f1d-d1a8-4086-881a-a06165ff774f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,1afa3c45-9fcd-4c60-9f2a-478663e5b535 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,a56008dd-5a1f-407b-92c9-ad7eca3963db +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,26921d32-6afc-4389-83cc-852d353e83c0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,6e00bc4f-7a4c-4272-a229-a0343c5a0ef4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,25aa929a-530f-4c18-87bd-7c0e261e6648 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,a2599cd6-1de0-4987-95ba-57409e7472f6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,998ed69e-7fe7-47fe-8eeb-505c8a1bf115 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,eb1e62cc-4762-49f9-89fa-c40db9ea8aaa +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,3676fa85-4904-4221-8735-e6d395b0940b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,61c419cd-c253-47e7-9899-b14a5f813e61 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,91922ca0-3780-4c6c-b848-28b73466922a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,d644073d-de5c-45bf-b38a-64f92670044a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,bebe80de-b47e-41b2-bbc2-27405313c2a4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,3aee61e6-834a-4179-b227-87fa36957c44 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,48d95a67-7a55-4242-829c-e6925b6a1ac9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,d8e1939b-a4e1-4189-8172-f6166153fbed +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,eace7db1-c76f-4116-b0a6-01e20cf36e11 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b3a572e9-6e11-4945-9f6c-0a4d5f1160ab +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,fbd627ec-af06-4397-8315-1237e7182ac1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,f1b2e02a-8a90-4770-9a3c-7fce7576a31e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b68ce9fc-2f36-4442-993e-aeabe151e41a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,9357667d-ca37-49a9-82e2-a2ca929227ff +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,408d7357-cd58-4197-bcea-0d1294b8d5e5 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,6ae11741-e9cb-47e0-b87b-415b0aa398aa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,42b52532-3f23-49b5-a558-27f786618521 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,8359d5f5-ba0e-484a-aa64-f20f7b3668f2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,3b1720dc-766a-42b7-9cd9-d22eb914f2b4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,3a7790d6-610b-448c-ad44-e6eec5edca6c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,c348b536-5f22-4a33-bb1f-a30089f14d9b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b4c0ff22-def4-49b7-b5e8-0e3645496457 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,1d8e3508-5ae9-4736-adf3-29e3bf16f35f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,52d2b117-7d0a-4f06-9361-984bb6bfca7f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,afb44670-a9a5-4e7c-ba5c-3ddf92116aff +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,1d38cdcb-d720-4892-a65f-1eab33661510 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,0067d73c-a0ed-43ba-ac0f-c57594b6d86c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,1ca8afee-c480-4eba-9940-34216fdc33a4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,604f6af5-ed9f-4b9a-8a36-7ef5880718c6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,eb811a76-e3ba-417c-95b3-6e6ad9e5641c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,a5c93af6-50c3-4a9e-8681-ab5a92711dc2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,b6bec0fe-a89e-4583-9c2f-949407d0e73e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,f3e2f7f6-a5db-4328-8336-b49d87088104 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,33036e0a-0f17-47be-9d0d-556eca87cfc0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,235f31f0-4801-4404-aafc-fb25e32266a6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,4512dfa9-2e7e-4402-ade5-36e961ba1cb9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,1a698437-2748-4dcd-a4ae-95cc4353cd7b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,a39474a6-5c7b-400a-b042-6619d90a653b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,6a98c76d-850e-4565-981c-ed080df9d5f6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,b8b1ecf5-c40a-4aed-adf6-b773bd48ddf8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,f326acf0-7db8-43c9-83fb-dae79ec3ea2c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,3da5f94c-2450-454a-a8bf-0c05a7d21f27 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,4c5f3fbb-586a-4148-8b53-327e830d54d1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,2545c984-045a-4e75-817a-06a487c5f4e9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,84a74ce8-9679-4b07-827c-60bb2db756e3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,cf2204c9-f176-475a-abb9-e68ba98da847 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,8699d570-c0ea-49b6-a1b5-25571fe3478c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,ec02dd4a-1490-4401-aaa6-5811d1e1fe16 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,e44809ce-2b46-45d6-b559-c9f53d3b0fb2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,092d2b73-b223-4131-939c-c29ee29fea58 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,8e5797c7-09da-4796-b930-e12213f1137e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,6b17e10c-28a6-4eef-aaf1-79d8959fb67e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,1ac78f5f-1514-41d2-baa8-ef1438d7618c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,241db3da-d11e-4a59-9a09-b11e0adc84f4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,5cc52ad2-27f9-4f4f-a52a-43dbcc3fb2af +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,699399b0-4874-409c-ba76-d10f43b78758 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,0a39616f-dc48-47ff-8d60-5ada26ef2329 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,1eb8adb7-efc2-4be9-a30f-64d9b253be03 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,579f45d8-1f81-479c-ae50-43c624def984 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,2353f239-671d-4ed4-a5c0-596617bbc343 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,fe9dc492-99e6-4699-9387-6bef26327904 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,122f7514-30a5-4ae2-949c-93b95c0df17b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,36967cd0-f8a8-45e9-b88d-2f230f94b287 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,0434df6a-2649-47de-a1fb-d8fbfb284da1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,1477642b-44ca-4253-bd7f-759a68b374df +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,d8a751fe-c9b8-43f3-8be2-33b62fe66dd0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,51ec448f-c89e-480a-87a5-b479ecb28f03 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,49d22d31-8eba-4036-8b78-1a5498c7385d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,f7d820ab-adf8-4bb0-b36d-e5ab6c6dc81c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,7aea5a9b-d207-4da0-ba08-f26d3646f93f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,7bf97058-d309-4ed4-9b97-081a7e95e529 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,643f59f0-2cbb-4771-bc27-764f480b5aca +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,e29174e8-21c8-4d94-be84-ffa224c932e8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,d6bf1065-8a5e-4a9e-9e41-f88c317b6e0f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,d7ac8fbd-3486-4910-ada8-dce9985ef688 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,b73eb2c3-2dad-4e3f-aaa2-a9dc775d8bae +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,afd9dc6c-b645-4aee-bd1b-568267915243 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,12f84d07-5d3c-453e-8846-fa92ab786b1f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,3fd73282-8320-4697-8d3d-f58552150779 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,2c47318b-5622-4ccc-a72b-438d27440730 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,90dff9d4-6848-42c0-aab7-630c7ba3a98d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,db60f2ad-a1d3-452d-ad7f-9bfd3b0b0c8d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,fbd55c30-707b-4df1-8c77-c5635b04d523 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,604ff9cc-7fb7-452e-a00a-94a41b04f2cf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,3b206e3f-6222-4f5e-8843-7bd1765b9642 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,8810be89-6f1b-420e-a41a-45a24dd71c8e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,5ccc547a-a984-4479-9c18-89f0725d5841 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,e459dc94-0732-43ae-912c-9c8c1ef8b582 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,f7cc88c8-8898-45ef-b728-688f9596a6c4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,a2a7b1b1-df91-438a-9a8d-2e34bfd2454d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,18ccc16a-e323-402c-b054-3d3788e7c3e4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,13ee3cfe-7823-40b1-b257-917cb9c99671 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,0462cf42-0b5c-41d3-9605-8ffdf9dd7177 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,23b5f9ed-a699-489b-83eb-dc25da5f3a24 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,2ec0faad-22ac-4c0e-b7b3-690d03a86b3c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,dfb5ec83-bd1c-4d3e-ae4c-80e7dedc70a9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,7f105695-1f93-455f-9c73-7cb5b5e20e58 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,e5e3c151-9caa-4113-9cac-15b8334d9b0e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,4b1e86d2-fbb4-4310-9a5f-792e016dcbad +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,c1b4d65a-e596-42b2-b327-c1fcf3db8eb0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,959a1f38-2a7f-4344-a66c-47c215706414 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,471437d6-58fd-460b-90df-0ebbe3e72ce4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,631079cd-0474-44e4-922f-d2b0b0f894e4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,1f80546d-5247-4bfb-a1ef-e484557d99d3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,da55dc15-8fe3-42e4-a2e6-5cf7b29be65e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,0f19a2eb-9971-477a-a3f6-f1d31ec33c0e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,d404d090-3cde-4e9b-a507-3e6fdba481ec +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,c9b3d294-b2f1-47e7-ae0a-f9db9c619a5c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,aa066400-cd22-4435-b971-cc8ee43595a3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,6a2004fc-b09e-4909-9b3c-d925f0e2269c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,865750db-d6ce-489a-87bc-3b10f5c88939 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,a7a02cc1-0c8d-49e2-a9db-73730f738971 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,5db06e84-c5d5-41d2-bc81-7777cb9a1bae +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,616d219a-207b-4dad-85c5-83ea5dd66c76 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,c2adfbe9-8463-4eb6-9183-af9bad11111b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,f59527b7-413f-4509-9bd1-cf2eff377bdd +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,6d89a166-54e1-4b20-8072-644c1455471e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,140d6f45-1d44-4ff7-b524-b9424a0b7bba +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,5a832be5-3559-4ce9-bb86-488a75ee3c7e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,83373a0c-4eb5-40c8-aa78-7f1c70fcedd9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,3dd67b10-e825-4a56-8216-45d1a375099b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,f4122eee-8838-4a98-bd71-413f5fc49fdb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,8016de4a-ed4f-4808-9ace-62c43442b68f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,537d2476-f15e-45c6-830f-657641e6e6ff +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,a100d1cc-a98a-448f-8e39-f08a945a1bb6 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,07f5c488-b920-4746-bb4b-98612045aa6a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,5c3e9883-2370-441c-946f-d6cfb5176a91 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,5980b43c-129d-461b-a3a8-9e160c7c9546 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,61467962-d31c-4fe7-a69b-aa08a1ec6aef +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,5cfe4875-189e-4d4c-8d2a-639413d033ce +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,48b40c7c-1c6f-46a2-af7e-393a7c3c7b7e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,f8c51c91-1a63-46c5-8458-e529a133a7ca +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,3e475f2f-dbbc-433d-ba61-76dcba5a02ae +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,7e295451-c3ee-4a9d-b8d4-3b37137e4995 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,fa9c442b-5d7c-4bea-9f2b-132b674e89cb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,323c557c-9242-412e-ad42-0799ed25958c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,227ccac3-9037-42bd-a19f-d7fbbf2a1ce3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,d4aa3efe-163a-43a8-b778-90bf0976f291 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,4b69319d-8867-4614-b910-9e92893fa819 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,44f62225-dfe1-4bc9-9df6-dcebb7394ccc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,7cd41e46-0fc2-4a39-8169-1ea8efaa7b5f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,92bcf333-f6d9-4874-9678-b613c6f21aff +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,6b0ac9c3-39f4-4980-a755-fe9daf9c10a3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,6c15086e-34c5-4789-8b8f-5ab920f78220 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,ee8890b0-925d-4d53-999e-385912c404bc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,4d26c910-f8e1-4d45-8f7f-37e9e66c27d0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,b08e76e6-e721-4e72-9093-793d6a7a086d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,93bfee43-77d1-46a7-b841-18cb8a3fbe17 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,5c5b50b5-1a7d-4f27-8d9b-94d6485386db +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,e99ca51a-4464-4b88-8471-e12f25e5cbaa +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,b57d3ef8-9a96-4d27-a188-40444858c1a6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,14b7f15d-a889-4918-9d88-25f7f0f08102 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,d69844f3-30f6-46ab-a1fa-77e31f379740 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,54942ff1-848b-471a-9d04-5f45eb7759e3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,190cabdd-edb9-4679-8915-d4f6cb38e82e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,e3ed7e87-6b5b-4206-a110-6ca0dc462751 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,3d0d6fc2-c8ac-4ed9-861c-c26002c84b88 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,31b5ee60-014d-47d3-b18a-b2c04901deaf +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,f2282272-566e-46ea-94a3-c193dc45fac6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,e44c46af-4003-415f-87c5-d055392cc0bd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,0ce92972-e661-41ed-87d3-598801276927 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,183fca31-583a-4b29-9b31-d28cdb03fbf7 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,ac0ef4d3-98ec-4237-a414-d388030262fd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,8e0c9458-e8ab-40e3-a3a0-515cb2d9ad74 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,846b9a8a-e193-4ed4-b148-13665f2c4efe +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,1da8a0c4-1f51-431c-b03a-c253a8276ed9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,631e1624-9cc2-44c1-8555-e8999d5db00d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,75a86860-dbea-4d5e-8514-76cf1ca04937 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,13988d8a-da14-410a-9842-1f9f97d71982 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,16d21612-42bb-4012-a0e2-91447d83d7c7 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,553537da-f636-48f6-b040-65cadaaf406d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,0b944da0-9ff3-4602-b1d7-dcdb72a2acf8 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,c994b3f8-68aa-4ff7-b794-5b944857e4df +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,6208d6cb-424d-48c6-8b5e-cfebb790d536 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,47e87dfd-8610-488e-a67d-f2a6c0e3c7f6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,437f0f0a-66d5-4e5c-8f3f-4597767368e8 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,a9d8d0f2-0a8a-4391-b76d-d1ca91a30b80 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,c581f387-d955-4af0-842d-5ed1b374d466 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,740ef43d-8692-46f2-9a6d-0fcbfcf23899 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,54a87851-b920-4f5f-8f53-c9adb038baf0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,e2435a94-1507-432f-9026-9f9b9cbeee77 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,5cbcbbb4-d610-4d43-96eb-3c335704c512 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,e838887a-a66f-4e3c-8574-95d3af2cba8a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,e403f6b3-c579-4bb0-ad56-9cd8c6dbf71a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,4417c3e3-7a46-4c3e-a4e7-9ebb43ba7167 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,6eafe5be-b464-4ca8-9b3f-4da62b0eb827 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,2a942d31-aa23-4d00-8093-a0d19e3caeac +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,4a7129b0-e345-4468-a68b-eec953acaa01 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,2bb3a024-65cf-4fd4-8c79-13ecae67898e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,c4a39f9c-dcb1-433e-a274-86fbd8793b45 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,cb7eb56c-2bc2-4131-bbff-069bd3ee1db4 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,b85f27c5-ec19-4af5-a1cc-6e4897783ebe +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,94b496b1-8096-4489-94bb-b75f31418a63 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,da820d28-29f4-46c0-b238-21fd6da30cf9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,8cdbf8b5-3723-4d70-9b54-3360a615b8a3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,70402b95-182d-4060-ae1e-5ef4b400f251 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,c630abd9-814e-425e-8ce1-fdd36c3afc9d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,9820b3c2-85b0-4704-87ad-7b8dd5fe8018 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,72dd5c36-83b7-4d6e-98b7-518f7c290452 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,91c7612b-5822-456a-b0b4-d1e8a41cc1b2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,8323e8d7-b06b-4c98-a3ef-b14f533798cc +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,db9f40df-d91e-43dc-acaa-c3e41969d716 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,ccf9dd7a-32b0-4c57-8e98-5854407c2b7d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,7188e8cd-d777-4cbd-bdc7-f45075fb9072 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,b1c14c00-22a6-4f6b-a83e-0256662a3889 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,4a653b0b-8d5c-4921-9f65-49b420ee35be +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,1eb4ac98-c5c4-45ec-bc09-4f633e052ccc +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,952d63e9-1dfb-4c34-adab-c6426e7e4642 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,4129f326-0c98-4f68-ad56-bfe4f306ce42 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,866f3f3c-a90e-4671-ab09-779225741d47 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,dd666b23-de9c-4b42-adc4-1f1870b0a069 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,39587a96-e9c7-464c-aa04-33dfde770f2e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,21bb5a96-02c9-4f7e-bac9-5a1daa55d779 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,78257336-fa6f-4f56-a2d9-0808ded2ab97 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,96010241-7420-4f93-99b0-b4d247fca7f4 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,9f0a2439-771a-4708-b403-44719e8933db +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,f91db815-e325-47af-9b78-3ff1eb4ac038 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,39a1c36e-eb0b-4d85-b26b-974a4f5fc82d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,7341ead1-4a6e-4e16-a1bb-9521607f1cdf +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,39e1f14a-f67f-44bc-9deb-35509ee7d17f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,865763f4-1375-4b54-be76-9ca461a4edff +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,ad10c90a-0bc5-4f4a-a65a-72a8b9e78d23 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,48b51341-a87b-48ca-b08d-1cbdfc6b8ac6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,cffff5a3-4ef3-46f4-9eb4-0cd99c0c1f43 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,d4355aad-4ac4-491c-8a67-e8da3e94f097 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,49c20691-ea6d-49a7-89b5-3932f582a611 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,3408efa0-4cda-4b0a-80f7-b5436059f69c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,b827a27d-69df-455f-a49c-3fb308176bb5 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,d46e46b9-1850-4b3e-ad66-49d4256a5c7c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,17fd45eb-eaac-4c1a-98b8-62fe7a83ca5f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,a371286e-f12e-4fe0-b31d-cf8375d2cb49 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,98576a3b-c343-4718-adfb-55de7981d1e3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,c0b8ba2f-2fdf-4b6f-8182-89f6b81185be +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,1ed4deb9-1692-47bc-8d8f-ca61e19c98f7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,e17220c9-5222-405d-b317-2bc6bc6c5e6d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,57c7f4b4-514c-41e9-b6b7-1a105633a83f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,f47d91e9-261d-42cd-beed-db0c022dc32b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,6f59073d-47de-4c89-91df-f5bcef494891 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,7cdff5f1-8ef8-4a4e-b973-1ae562b21ad3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,aefe88b0-525d-4685-bbe9-59b54ea2c0f5 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,08b7b899-b9e6-4c71-a612-68481acd4d9e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,cb4517de-e883-4289-b759-8b9ddd49a782 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,36f205c8-2ac9-4543-951f-a2b38664200b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,eee78cc3-a6f8-4c6b-b74a-f3eb40d1202b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,ad30b047-4deb-4e0b-8e39-7493d3816d20 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,140878be-a1d9-4f7b-917e-c94fabc76ec1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,28e70afe-20e1-4160-a6ab-d0ca1b8135de +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,0d8cff83-e485-4699-bde2-0aec075eaf07 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,de803b0a-f490-475b-a801-1e38b3765f91 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,491045be-3a5e-458b-9240-58ab659158ba +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,97b9078e-a4cf-4f75-b393-c34b0159bf15 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,aae67931-60e5-42c4-992e-2ec6d85d2318 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,2506a535-f0c6-4b5c-9010-67f2d49585c2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,d598cd33-82f4-4bf5-b438-3d1655dbf614 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,2fb20d5e-008d-4fea-b5fa-ede1bf34a637 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,75234010-f5f5-466e-ad34-43ac3983d218 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,72513fdb-635a-406a-b8eb-0d7554133ee4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,f9d4529d-5562-4fc7-bd8f-47b292acfc10 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,97462cbc-a980-49d5-8d9f-bd096dcec929 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,66384dfe-a008-4ec0-bc49-00dce3b880a3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,3d2b0b5f-3a3f-4a29-8d84-2ac636f23073 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,1c9ad528-21eb-4495-a2c0-e328723619c3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,031eac28-cf73-4cc6-b1aa-57cac727a5b3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,0737a3c7-457e-435f-9a7d-8e26ec3feb4b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,745b1e8e-be0b-4b69-a668-c16785570194 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,8ee85d45-41a1-4477-b81e-f95ec38ab326 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,b5825d33-990a-448b-8b4c-ad7ca9278aef +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,23afa1b5-1731-462b-a25f-cc1ba63d356d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,90e351dc-37a2-4ddc-a4e3-d1df8f038b75 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,0c0d37cf-7127-4211-9ab7-f231aaf866d5 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,effb2bfd-1d96-4a32-a412-53d7a44945d8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,d4e3a084-f4bd-4307-a36e-69633e89e038 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,4e46c4ae-9e72-4d2c-9b54-2f172e39899e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,0e31a9b4-dbdf-414f-8f7b-0c22df0d9960 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,af482e61-377b-4f3a-b06d-930a4fff5693 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,448bf38e-96ef-4bd3-b0b2-5d1aeae7d5b7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,99249f4a-e283-44e0-b6af-c42e6b755f5d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,cb098997-fb31-4891-982e-f049111bcdc7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,4751fecb-7af8-4217-9586-edb746f87d7b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,6304c298-15bc-415e-b85a-bc4a12b7eba9 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,3ec21d7f-3574-46c7-a432-073b0f91a812 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,be33b75e-7aea-4ee0-9298-67456191e0f7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,bc53bef2-944e-4734-9648-0d87f407aab4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,cdcc5e89-dbe5-4075-a53e-1864d0a11a61 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,ed59ec24-6140-487d-98c4-19c01a9f452d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,2d06048f-d3c3-4877-adf5-0b221081a60b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,d090445a-bfb9-4492-be88-d8c6f639ac25 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,be2afa15-902b-4de8-bdb2-81a9d854928e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,5e74ca02-5599-4c97-bd46-6bb9bfd0fc76 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,3e083657-ad45-4534-94c3-f11bd83710d3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,64627b05-2eb9-4ee4-a413-a80636b27e9e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,98a93f04-ee85-4644-bade-c53d8b1c2be0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,10178ec3-b05b-4c34-a46c-feb041f7ad0e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,5da661c8-a397-44f9-b9d1-efad86f41eb3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,877ed3a1-38b4-42a5-814c-d66bc995430c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,ffc2c1b7-5cb7-452e-9091-8ac5d3d0f54f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,f2f1c7b9-adc0-4406-a706-b77740b421d2 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,50131d3f-5973-476f-b8ca-4e5b9cb8832d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,7f372b58-70f7-45bb-a0c3-c36ed254c433 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,5daa0633-923f-48c7-991a-dda23d91f574 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,0772b2b0-ca52-41ae-a36a-bda4c0d529da +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,28818ee0-160d-47e4-84a6-80a6c8dc1ff8 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,c900eb32-fa6b-4a4d-95aa-c8738fb91c32 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,1229a4b4-a0b3-44bd-9ae0-dbc06b708158 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,444742bd-e9c6-48c9-ba12-64a93924594c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,71b1586a-8371-4e88-809c-6b502a55d274 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,4346bc8d-0a58-4036-87e7-7fa46148bcb3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,0547dd58-8e56-47cd-8df7-b0260372f379 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,f364a568-0938-4965-98ce-194c116c7e58 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,fb4d88c1-9f73-43c2-a717-e9b4101687b8 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,f4007993-e041-430a-975f-05d499e6e9f8 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,deb182c9-6ec6-4674-8429-23e21dcc09d7 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,c45f3009-6495-447d-8fd5-f21f4b63720a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,c2d15b24-083d-444f-96d4-76c933f47863 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,7b179664-dcf6-48a9-87c9-5e95ba02b8cc +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,2e6f8ba8-26d8-474c-8ed3-e827fb7c3163 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,6a9cac33-764e-4cc7-aaa0-c8597d3791bd +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,54a5d970-1c5c-4dd4-a9e9-898fbc24d48e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,7013381f-2413-40e2-9933-9cec2f4e4104 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f7aeac75-3654-4e57-973b-3ab9e55d1b2d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,207f6bff-5403-4b8b-898c-d272bfd6d5d6 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,8ddfead7-bd49-43d4-b693-332ba6d2a327 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f1389e27-9d12-4343-91d3-f89afd20b8be +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,459e7b37-760e-47d5-bdeb-dc28913925ed +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,0886924e-bcdf-4e96-8a7a-d37e449588ae +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,78d10df5-7f7b-4a69-a5e5-295a8635d8d4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,99bc068d-fdfa-4f39-8e47-4efd06665021 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,086a2665-1232-426d-b992-c64cce309088 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f0b7f6d4-4624-41bb-ad75-a2db513f97c6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,4cb537e9-6168-4801-91dc-7ae4f1441e0d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,e8c44dae-1c11-4fb6-9432-3bf8c7f44a94 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,d48c35d9-e058-470f-92ae-10b2056e1166 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,ed910e79-73f3-475b-87e9-068231bd7a58 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,335c5a8d-71bd-4ddf-9c32-245e71df369f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,b92ee138-3066-4b1a-8a85-f2d725160faf +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,5bc91c13-9f43-42b2-b0a2-18834a16ce66 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,ed47ec0e-242b-4618-97d6-a373e29fbbb2 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,21a01d52-7745-48da-a998-011621e5d2ca +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,c2eb6d59-4e02-4f68-a2bb-e7ae7c731f38 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,dac4687c-511b-4bf0-9c2e-1c9276fdc265 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,6616ef34-1899-4e66-96b8-5efcf295aecf +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,bfe5a183-c4a9-4c12-a0c1-71cc24d9cb33 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,c8b5c473-7de6-4334-87d5-43fff931c329 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,549a4576-c9a3-4680-8d35-ca2deeba92f6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,952dd1ed-bf61-4f23-99ba-d05677fa37c2 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,f884a8d1-a5b2-4ea9-bd8d-701bdc1f055c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,86040703-06ec-423e-891e-f98259bf4f76 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,07c8e70c-6a24-4db4-b4e1-6c4bfeb18173 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,438a6219-9479-45b7-96f8-564428a8e991 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,b09f923a-03e4-47fb-b7be-1ed3962e8859 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,6ab3702d-ee11-4024-8b1d-c7ce6dc97878 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,cd11c5f6-6be0-474d-905d-ee23d118414e +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,99ba34e2-95ed-4356-8aa9-10efa0bb597a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,7235b46b-fb26-4ae0-a410-cd46ee1ceccb +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,f4da61c3-40d2-4c46-98fd-2c4449ee7c0a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,d0b0287c-e397-4f14-a81e-e2b0c6150830 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,9bc753f1-cedc-4321-84fa-8db7fceda84c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,9ea84f54-b621-49f8-9231-01bb3bf4fe64 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,47e7a9a3-4dc6-4193-8609-8f584c8cebd5 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,88221c84-fe9d-4542-a152-68337774985d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,c5f039fb-b44a-445d-aebf-2116e969cf4e +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,ebd9d7b8-7194-4ac9-a13f-e24c8434201f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,6dc0c43f-16dc-496b-9d01-ab531e0f19cd +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,3129866e-7227-4e4d-a67f-9e1ad31f3147 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,690dbb84-94e2-4187-beee-410d4447191b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,6b75f602-f6b0-428e-b9fe-1a8466cb112c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,b8337114-de20-4327-8cb9-154b4fe5e9fc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,437a4cc5-3884-40d2-af92-fee95d85bb04 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,0f6fd091-b957-4b05-b726-03a3d6a3499e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,08720d47-8502-4b01-8b9c-e35077cc59c6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,42cde5ca-f9f9-464e-ab61-6115ffcecd19 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,268496a1-4b76-4741-a3b8-1b9dce4eac0c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,d9c9fcb6-9f8d-4079-9fa6-e2698fa36865 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,83a3690f-fda0-4bb6-81b5-be13c09c8677 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,33f48cc9-2325-4fd0-acd0-0ef15dc71be3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,465df9ef-c39d-47e5-9141-94ae9091c258 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,ab568092-ff0d-472d-98e4-3a7fdcb41586 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,7b7a3ba3-a78e-4aa4-a29f-3431367e9d91 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,09b35cf3-038c-40f5-afe1-3b14a0374604 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,4a92f557-60e5-4937-b754-c63f88115319 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,95ea8d09-85a6-44e9-a277-265d64a5f2d3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,92c4df64-de50-4082-8553-292223ff1170 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,aacba3d2-9402-4a59-9d81-23c947ec6bae +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,80cb356c-b79f-4376-beb7-087eb9a39807 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,63ab6cdc-99bd-4341-a458-21e26b0f0fa4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,08006602-40c3-4a8a-aa76-cdb7179a6f41 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,a4f1201d-9d71-4f41-bb07-cf8f5d63c169 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,6130b12c-6734-41c5-9e28-e4dc01f24491 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,e6f8ee88-b3ea-4940-b32b-179fadb83e3c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,702b8690-c5c0-49eb-b91e-38ec674367e0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,0f56426f-0242-4fc0-9c39-2994fcf61267 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,5097945f-376c-434a-be94-46fbab7b3c36 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,717b562a-dd37-431e-8ba8-efe44416277c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,67f62af8-d081-45ca-b603-f1add97ecdb5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,1818cf85-f79b-4976-b3a8-4c502e126ba1 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,e407ff44-6f6d-467f-98cf-fa1b30061166 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,922d4a89-8000-4e97-bbc7-450ad4118a32 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,80978669-ffe5-4a0f-94fd-0422f464adae +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,000440ab-391b-4906-b6c3-ab30af44099e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,28507fac-f7bd-49c5-b200-7a2ec441cd0f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,1d125629-2070-4509-ae57-80ccadb3d18b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,fa9ad8e2-f306-4bb9-86a4-8b94dfb3eb5c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,6419f63e-1b81-44fa-81e4-9f106ffd357e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,fb043df1-46c8-4140-9d88-0f3b1b5ab2d9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,4f92f079-7efa-4795-8623-664ae7e5ce96 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,9d67f0a3-72f9-4c71-bcd9-bf114101ac2e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,35be8522-3b43-49fd-b8d5-aedd3a3346ee +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,6e1baf3d-0d60-401d-9d64-1cc7eeb63eeb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,d4313820-a1a2-40a9-b50a-0a0164a7722f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,08d8ed07-2451-42f2-afb5-90645bb908a7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,b50e6447-0b87-4097-b6dd-3b73f3af406f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,5ba6c2ac-4c42-4000-a2d1-00c6bec2ecb2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,ce7a113d-d8c1-4a07-ac32-88eae9b21abc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,7d784723-ce90-4d99-ae82-fbb9201ce1ef +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,79638bc8-d40f-4542-8cfc-33d583821e29 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,4ee6d91e-68ef-4459-b905-ca0b00c98dc6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,f8b3981f-ecbd-47a0-92dc-a8c8ab6ce2e6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,2d4bdcfd-de44-4791-ac54-4ded9d4ef16f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,35a9ea06-410a-47f2-a2e3-9519f4409ac3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,ee8b6b4b-62bb-4664-9754-e540df3143c3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,6184f5c0-aab0-4544-baea-0ecbcd54e5ee +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,931600c1-ba06-4df9-81f8-064784d2ad27 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,46815d54-1be7-4386-a99d-04613f132d28 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,7d14bf73-b69c-46d9-b7e9-1166cb1fc7e4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,3502baca-fbaa-4103-a9d0-719dac301bb2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,491505dc-a7c7-4494-b6f5-f68880672474 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,88c44396-2b57-4d4f-a11e-b16d40f4056a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,19765cca-cb21-406f-ba12-94e96a7a258f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,46f050e9-6742-408f-bb66-07545af7ace6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,756585f6-a860-4c89-8ae6-d2ffc033fa3b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,0547bbc4-08fc-4088-a2a4-74059922d6b7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,d40b11be-a2af-4580-bbf0-fed1285462cb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,cd34602f-24bd-4d16-9bf9-9a959e1af7b3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,c63986a2-aded-49d6-af2f-30022f035427 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,2f400612-4c2a-4171-96f8-78ed269374d9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,fa86e7c7-e51f-4eb4-a0c1-c33738fe9fb4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,a7acefd1-248d-433e-b186-616b2492c815 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,ae79b48b-9325-4453-85b8-0d0aa94b65a3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,abaef7da-e03c-42a9-8fa6-442cc3f7f488 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,2c93a947-81dc-4623-b1e9-61655f518661 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,d2a00d53-a484-4e0f-8616-7e427ef363d7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,dbc6dc43-88d3-4065-b5b7-cfc002ffb5a4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,019a5593-f31d-4d7a-9597-aa28a503c4d8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,ec5a76ba-d831-4022-a6b6-35c1a4c24315 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,edc95d86-fb55-4cba-9c79-82e7f02bfd28 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,06ce0a9a-7444-46c4-8de4-4df8bcaad6aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,9d2b6743-0997-4cb1-ade4-81c783ff9655 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,43e97122-5bd6-4711-bb94-034eaa0bdc14 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,f82f5675-4447-4588-910e-370ae06db719 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,372be39d-1210-4de0-a7d4-13e17cc3abdb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,08319b7d-1a2b-4479-83d9-1f58040e5f7b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,e63161d4-9a85-4488-ba97-7ebd78754cde +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,aaaa3214-48c3-4dfe-96fa-4a21339b9a15 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,c007f165-1afa-40e1-847d-63d1c4227a87 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,122d0a85-a2a9-41ec-87ca-5c0e2e6baaa8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,0d402a78-3fda-46f9-8d19-d76bddc5b503 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,aab6976d-24df-4970-83df-14898acf8e6b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,6a502cca-6fd5-4db1-8880-428f10c59e6f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,83c9f7f8-1ffb-44ca-ba61-b302dadf9646 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,ce561811-6668-4b3d-b2d1-c9efa6aab47f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,2ad509ea-ad86-4887-a6af-1405120a308d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,4b3a31d9-671b-49d8-ae4d-79925a2a0133 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,3d8ca2da-ef6b-4f0e-a3f5-d162e232df8c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,54d5d8fb-8e20-40c8-8c43-9758c2d22d31 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,5c217090-f1af-4848-bd9e-21775a4bba3a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,67d8203f-0864-45f5-8761-7bdf01ba3e1c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,47ed9664-f0ac-4593-b20f-e6685dc23438 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,899f658c-84f0-4e83-8857-27c1176e6f22 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,68252516-b3d3-48f7-b7a9-191f157bad59 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,72b4af63-eea3-4d8a-9bdf-69e073d21ee5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,a394a9bb-ecee-4a1f-aedb-1a08fcb2fc0f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,62c46e3d-7da8-4623-b7a2-731d56439c73 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,e5ba1819-1e22-462c-82e2-7639864990e0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,5616f312-49c7-462e-a2f9-69905eb2e220 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,6e35e4aa-e401-4d2b-a38e-c590db5f8d7f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,32a7f83e-0634-4ee7-bf70-690de6a97e70 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,9dfbb04c-4b1c-4bde-b2f7-00bb9429549e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,78807901-6d7e-4f67-95c0-78120dd768ca +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,03efea06-542d-4d32-80e1-1dca634d1c54 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,2480a54f-4a47-4a04-96b0-f5312b036ca6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,5e04afd3-cf39-4746-afd4-0d52a2540cf9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,b1f86ccf-9ddd-4c14-9e65-9a22c67adaa6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,4bcd1726-ae24-41a8-8fcb-ff743c450392 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,b065928c-1b2c-4893-a8f6-a6977ffa1789 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,0ecf688f-122c-4269-ab5f-1ce9be6cf5fc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,bc5c759d-8b0c-45bd-8a8a-ff1029f61879 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,cf00e661-c7ed-4212-af0e-658bb940d46c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,d7581e9a-cbea-41db-a461-152a79f091d5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,9dd88f7e-3141-426b-a4ad-78131f9fd53f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,d9e78722-2059-4190-81d8-fdde592ce709 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,75d5c3f0-e448-4547-9216-7d699718c3b4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,5693f5ac-cb8e-4211-8ffc-3efcf9496994 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,663e3927-60c8-4f3b-a273-412f48fbb3fa +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,7f640c73-1430-452b-a957-8a0d5ed3de4f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,39508405-30fe-451b-bcae-09c55dc869df +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,ea7b7a9e-5dff-4468-a77e-c922e280dba0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,aab69684-d40c-4078-a415-6e381174dd22 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,4b4c203a-9034-464b-9a49-5e6934c66e41 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,4c672b64-ebe9-4ee7-9d04-873fc092a645 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,45b86355-b54b-448f-bacb-70323da8f1de +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,e26f811d-131a-4ff0-ba72-494655d74605 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,67fb28b2-f400-49c5-9d2d-d786e33ea3c3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,927f8dd3-e223-4529-b6b4-93b3fd6f8031 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,d103ffcb-0d8a-4d94-b21f-19c4f5d053b3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,1facaa80-63d8-4c93-b065-48a0e38c7835 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,9fe8b75d-2fd7-49c5-9452-afc580544fc2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,d1921098-f55f-4349-8412-cdb088e577a0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,1ab5b9c4-1e62-4c79-94ec-c452e3c0d744 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,fca4937c-45ca-4425-8442-996f6f4d3ee0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,1cc4928f-81e3-4535-8b5f-7a04988a0b1c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,cdd99697-27dd-4ba9-b945-aab7a5c2270a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,dace02ba-0de4-4216-acc6-e5cfc985cb4f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,f5b638f0-15ac-438a-8ff9-b73a6bee90d2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,b6c4f614-a38d-4cdc-b7c3-338f3a0d28ef +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,8075a22c-584d-48e0-9ede-5802f9daa534 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,06b4f6bb-1d63-4e14-8a29-38c50201bce9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,73546cd3-2dcd-4574-ae31-d1052ebfbaa1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,e27964c9-b94a-4a2a-a3fa-1c074ad2e2db +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,8292f02d-e92e-4272-85c5-9f482bb3ba24 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,3133954c-1eac-4349-af6e-a22401dcbe23 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,174eddfd-d31a-482b-a53b-58d8ff4c7409 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,d6fc02c6-becc-4b84-952a-3331b91adba2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,3133c076-f5c0-4a7c-b035-6076b9b32350 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,9d772b76-5e09-4f99-9a07-01c9ecf81f5a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,a9988d3b-184f-4d94-8378-54800499f60e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,5afd555b-a85d-432c-aaf0-93df5d3a2ea0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,bc5ae63a-77fe-48cd-8979-dc641c5494a4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,0bbebac3-2c63-408f-bdd8-719cedc4aaff +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,6123e612-6fbc-4c48-ae9d-58ea0d6ea227 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,8c30a100-b50f-444e-9520-c64af7c05c87 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,862a741c-e056-46d1-86d6-6f6f0027cfcc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,92937aeb-8e2d-4490-a4af-16012c731390 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,a568c400-4d68-4667-a0c9-aaafc74160a2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,004efce8-d7db-4d3a-8d9d-2f549f4fa81e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,20df0437-4631-496b-affd-a24c2d01df54 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,7c1ff01c-827a-455a-aea1-c7dfd296c16b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,1640ecfb-071c-4018-8d9b-647a3dae8ddf +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,5914205e-2779-4926-badb-917cdab291b0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,5ff22cc1-993f-4a4e-bb62-ae57e98525ce +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,db3b1883-0af2-4d0f-97da-8996237c0370 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,c6cd020e-dd6d-4e55-a9ab-a725a97a52c7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,41e3c524-d69f-4c1a-860c-53f56603f1e2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,dc972366-27a1-4afb-ad1c-383ea3f8646b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,8160f1d8-6625-45d1-99d2-bcd0986f4c78 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,a7a8482a-fec6-47af-a9fb-17029e6bc342 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,1091b74b-7313-4d01-97cf-134500c26a9d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,491d4741-eaa8-47ac-88ee-e01517ba7b8b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,2349ad21-917a-4666-afc8-b4af669cec2d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,69116bbc-25b1-415e-9e56-ecc742c4dffc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,29c40f91-ee5c-43fd-9d77-6d6861d18691 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,e9183398-aead-4949-85d6-e2536f784a12 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,1d78a30c-6c65-4663-81fc-63c05d73efa6 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,169c4c0a-07a0-4320-bc2f-4bde076b281a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,77355e5a-6e5c-4598-868b-2ba2fc7eb5ec +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,50428cf7-b3b9-439b-a419-40e001b88bd5 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,903deb41-a36b-467b-9857-f89df3f24b1c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,f980af48-c827-448d-b2eb-ebe4acc93117 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,9ae22ab4-cd9b-48c2-8a3d-7605f0173381 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,ed33ffe1-1156-4bcc-a8b4-33657472276c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,624bf422-0ef1-4768-972b-f4929e66a1eb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,7df84d56-195f-4952-8c8a-a44863710bb7 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,7800182f-6bd3-40e2-b56a-45d174789874 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,d67f3325-ce84-4660-8fef-631d8a28502f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,57dfdb09-7f5b-4db7-83f6-ee01d54074e2 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,4a8388f7-e839-4fb8-b596-77ed30264348 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,a9f69801-e971-4898-9416-a168de0dd731 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,60cce201-8e4f-46e6-9ffd-5609bf08e573 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,d1773c52-0134-4b87-97f7-4f62b96b0205 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,1ae28065-4f8c-4b32-9474-e2e0b6993e62 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,57f1e9fd-fd92-4ece-bad3-520b958b10a3 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,2c36fefc-aae1-4fd5-a8b5-9b3b37c5137b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,ae070bff-71d5-42d7-b4d0-2c765a2c9b9b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,5e3215d5-cc8e-4ea5-96d9-ae34aaaf8e52 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,68213807-2cb7-4c75-b560-c616643ffcfa +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,21f5f63b-c99c-4486-8bf4-24149b09b4ab +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,0fb50f6d-ba67-4e24-8689-5e7ec9e50403 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,544ce949-5574-4784-adde-f061c28f9d24 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,8bb5aa36-5344-4ffd-a6b5-68fc10d352fe +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,9d436d74-389b-4225-85e2-52309b385b7f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,9b0ae230-c6dc-4016-bb56-84afbd690526 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,9e336bd2-46b1-438b-a7c1-8316b6d57f49 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,04154780-3d36-479c-8380-61dcccb232e1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,6c602628-1f71-4862-972a-3bbc0d0a537d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,6bdeb7dd-e41e-48a0-9217-912410cb9e7e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,38906783-42c3-4d76-9daa-a0db0dc8181e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,b8842ae9-9ada-4d7b-970f-c025f880f987 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,39f5151e-c214-4a83-9ebb-9f712f51f780 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,4d449bce-c90d-4dc2-94f3-c5adde0f380f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,03a472e1-c959-4d28-b6c0-39be63be1c79 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,fe817393-2d55-4499-a128-1028f06b966a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,2f290292-c403-4ed3-9c9d-175fd33087df +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,caec1ee4-1ff8-4b84-8b5a-d5082069e0a3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,16bd7ca3-39bd-4ee9-9923-73c29b2751f2 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,b2e454df-48d4-44dd-b475-454678db8351 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,1ebf48d3-b865-4ada-9304-a8eadcb1ea44 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,62504087-75dc-4af2-b84b-1970754e9bda +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,16f1c368-fa92-459d-a4e9-649e6eb504a7 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,1e0c7d2d-0977-4d70-8390-bc821fe94aa3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,048d84ad-e993-4882-8924-966ae574ddcd +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,148ac750-a486-47fd-84f0-e8b8275bd0d0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,6dbce377-a1a9-4790-81f6-f4d2a87df34e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,cbedab83-6fca-42af-bed3-b700dd3b1532 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,b2ed595c-771b-4ba4-a947-99fe76fdb69f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,a0c05abb-ddcd-4699-bae2-a24c1cd15e46 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,c7fae94f-b616-4480-917a-7d23f9400da0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,c4df49a7-636b-4bc9-a735-c1043bb3e5b4 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,b2ad118f-02ea-45a2-b985-abb2847f5834 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,987a095d-b889-4a99-8978-84a12e015caa +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,bf16b74b-98d2-43b9-9a48-e8c61c7e0eaf +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,6b30d96f-0d26-4356-9328-40ed4a70feae +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,c8a1b163-03f7-40a4-a0d4-4e50e1569ce2 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,899c62a2-28e8-4e49-b828-01716d2b7cb3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,79c4dcfb-73f4-4d53-a6f5-b6ff5de28306 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,606b0eef-a372-4212-8243-b97fdfdae13f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,a63fdd1c-40e9-427a-8a74-e0ea23c42b7f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,602d70f7-9c34-422b-929c-aee456b8ba8b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,bfc87b05-4d74-4b82-8d6c-1ab51987186e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,f9d1889e-0e2f-40a1-bf0f-75493ca41903 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,c8e20f1f-675f-402d-92fb-c1c2d9c7f7f5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,ca685835-7bc1-4a64-a3b4-e48ce8f155b7 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,cfaaaa5b-6c74-4766-b2eb-f943ef281377 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,fff34ba3-dd4d-41a0-823a-efce87f202fe +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,a709ca4f-d0da-450c-b621-4790d45ca186 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,52b21879-48f3-433b-a258-4ffcda6b9886 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,dde401f5-8832-404c-9c35-ce06b60ee826 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,e7add032-ef76-402e-b21d-5fc76dc3d38f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,372e8f70-2c5e-4239-94eb-784b044b88f2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,53f3c89c-c375-4f6a-a037-1184684c5476 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,50e87e4c-4490-4968-aefa-6987738edbe8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,989da34f-7aec-4a69-aca8-4943586bb1c6 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,7fae8fa6-a758-4d8a-a950-3a90f049f525 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,974b1b2b-317b-4d93-9953-62c992efe833 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,f99b6bfe-cb3b-4c1e-b8d7-46442131c813 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,5c831720-2c9b-49e5-85f8-c0f2e064ad3e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,9860f11a-1ddd-4792-b86c-256b99244828 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,80d5d436-c978-478d-9537-504487a73faf +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,bf5e44b7-8ef9-4aac-88ef-f4975d4252f0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,16fa82f2-6e6c-4e94-84ba-b3316db50b96 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,13b7b860-3249-48f4-b006-0980093141fa +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,fb012536-3c5d-482d-b566-3482dc1caaed +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,f425fb2e-c72e-447f-94f7-2222edeafd0d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,6a1fad3e-c94b-4379-a700-8239d3299922 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,b5abdeaa-bb14-489d-a193-0754478d3e68 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,65d31edd-2052-47d1-8569-3a8c7dc52d37 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,7a583221-1d8a-4bf9-bb6c-6fce3eb12ba1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,e993ffad-dfab-498f-8eb9-74dad8b1e9bf +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,93fd4d8f-9678-47af-b4d1-e4dbe7807c74 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,628551fa-19d0-4f28-8287-eec25dae9c1b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,8c90ec22-5bdc-47b5-8894-8d9b6b9d3520 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,4c0cb872-c977-4a04-8b43-3ecc2db37f83 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,55c9f99a-4bed-4ebc-b838-e5740844a5f4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,680c58bc-d785-4fd4-bf77-8f5586b11df0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,2fddac0c-beb9-41e9-9d29-d3fbacd337c1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,c98fd903-0fe0-4151-a7f9-c2649fb3f2f5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,b6af9b61-953f-4bd6-a99e-3204eb7fc306 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,1cb3fedb-8182-457a-8389-73aaf37cc2f5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,c2de3029-33f1-4684-a043-1b9ecc2d85e2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,906e8152-515f-40a0-97b0-1934a5712cd5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,5d6e9ad8-7571-4182-8fd6-b1717071336e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,9ae5bf69-8021-45a3-ae29-e713a70fb544 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,8b15731e-8e64-4f67-a020-92906673d63d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,756acdc7-34d0-415f-8cc6-da65b2d51ce0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,f6078b39-873c-4368-8c2b-42960ebbb83d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,66fbb0cd-dacd-4c63-a451-b9bcb1d3a953 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,446b96fc-e01f-442e-aa91-597427390b87 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,005ff798-d721-4a19-bb8a-00890d1945bb +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,8270e475-534b-4888-a62a-f0730cdbbce2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,b7f1f218-7d5e-4658-af6c-32f5d9e7cfaa +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,80e53e71-01e2-4733-bb16-e1861dcdcb6a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,1eddcc5f-52bd-42b7-94d0-c60c155cfda3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,26fecc45-316d-47f6-9b0a-bfb5f193c711 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,ad061d63-1c18-4d9e-aee3-dc5e833b5e5e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,b90771b9-ac49-4f24-aa16-1c29b1099e4c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,c4721a1b-fb24-449c-bce2-ac928da2c1f3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,cf0eb86d-bf00-412e-a516-9233d44c598c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,d0a6df86-c946-46bf-81c6-5e33ee83e7e3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,efb3c5ea-4234-4fb5-a460-97f3a553dd37 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,85331c99-d0c8-4a7f-a06f-8bbb653d3602 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,4cb659c7-4903-49cb-a83b-4b32436e5566 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,271f144f-44ff-492e-a990-63935baabf56 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,aa608a4a-99d4-4907-ae3f-de8bb426b885 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,fa7a26b0-89b3-4c12-97fd-82ab8ea02b9b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,d0f89499-d93b-4201-97d2-dd577ed78f68 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,e6c1af22-47c5-4315-8f90-02c108f2b5f1 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,682b907a-8903-40c4-9fda-8a525fef3bdd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,0a74c6aa-97d1-4f84-bd84-62eb5c12443c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,1a54b7ad-43f2-4f96-a2f3-b7450eba9763 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,e18cd59b-6c24-45a3-b885-8079ae52090c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,451547bc-2581-45b4-b4c2-53233ead7a71 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,e6d14399-ac62-4c3d-8ac2-744fd247ce39 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,6839aa41-1e6e-419b-ac77-19245a407705 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,347aaa4b-9f81-43af-a269-7b9db653dd1f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,5bb645c3-d308-49fd-b093-44d8406f8b9c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,d68b3607-e51f-48a3-9051-b97a4bcf8e73 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,39e401d8-790b-4c99-b251-77dba2552e44 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,5617b063-7cb1-45c7-96de-3ac82e417021 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,7786e26e-4add-4896-a1a8-1a576540bfec +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,57ea9b18-c3f6-4c3d-b741-5cb34aa4110d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,35ef7a48-b113-4455-9e40-96bb010d030f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,a774ddf7-c313-4bc4-bd97-7e5870768a36 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,24631103-6eb0-49ac-9ace-10f90b1bc2ae +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,80eff9da-6df6-42f4-88ba-0f17977eca11 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,46199b1e-b844-40db-ad13-1f6b30a8f680 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,2b784201-1a82-44a0-b7d6-4791c5951f2d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,1676fc68-cfb6-4b03-a2c9-a43e6f52c49e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,672634c0-7742-4826-a7a8-cc1d3c3ffda2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,4ea4a1f8-80f7-4a23-a1f6-3c9cfac6e7f7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,58291bff-758e-426b-80b9-7654382c4c27 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,5c2a5246-bcee-455b-bbfa-e0e624d50e97 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,57be1ca2-7732-4e3c-ba43-cb59ab71ae24 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,662ea3a2-a865-44ca-a113-b017b696334c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,cc9cbc16-7f5d-4a73-9d38-a6c708a00046 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,009d500c-415b-4935-9487-6f304596214b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,4cce1782-db24-4151-b2bf-32057da27b6a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,5c31b28e-2166-4606-ac4a-94693c77b228 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,6fef7609-4d52-41c6-a40c-e2b715ff1357 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,1fb80733-1996-4be8-9ab2-788ca78ce64f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,bdf02f3b-0adb-4cf3-a242-cce5c6678784 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,107ff3d5-dca9-486a-b682-636bdad07613 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,d54ae795-78b0-4722-be39-7c5926c8e719 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,39e405a0-ce45-4209-ae1b-fb44d3388122 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,2b1cf06b-f8aa-48bb-8086-cc6a18b4fbc2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,7e26d6fb-384f-4805-a393-68cf2b11d9d4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,0005d479-0187-4406-a6a3-f0975c26767f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,23a80e53-0f92-4f67-a611-1dea23dcea2e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,b753afac-5aa8-43eb-a274-c2cab88042fc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,463c3d3b-6f5a-4686-a2c4-1d5fa9e7744a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,44e8a196-b138-440b-ad52-fa618fbd1ff0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,60830594-3314-4ac2-9a9c-f37c5a4ab97c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,f589fbc4-fad9-44c0-9096-77bf98d514be +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,d8650872-d2fb-411a-9cfa-6e5b41a74dbe +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,4b988cef-98e6-4bd7-8411-87bd087d7387 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,f2d25332-79fe-4f7d-8d57-9fdebdd6693c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,ff00b75c-8fb8-480c-88ad-318594a18262 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,8fddee74-cc01-42c7-877f-2953dd912029 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,5aed2b79-7160-4d02-b3fa-82ac6876029c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,afd6efdf-c84e-497d-8351-a55fa9b46220 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,2377d078-ed53-4984-bf6e-25c878eaaea0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,2e11477f-7344-4667-84d3-805c813878e8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,b41dce7c-1cf5-498f-82e5-cde56b5960e5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,05fe074a-eb65-4411-a9f8-7ab05dc901cf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,ca858ab3-16c6-48ec-a4c5-a7138303f35e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,120e7688-d44b-411d-9e17-c43f1a8967ce +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,74e7cd23-bfb1-4f5b-a1c9-0dd122819e18 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,d13688af-3e4e-4b6f-bacf-ca26283b5298 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,a93c38e7-2f13-47e4-ba9f-39dc918bab89 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,10629d91-e7d4-463d-9902-1f05e688f361 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,bf93dd7b-668f-4f4a-93e4-e844f4171953 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,796ee7e6-fca0-40b2-ae99-4b63fb8742ea +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,6732e6b1-0297-4638-bb72-50971f783a86 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,60ed88a7-58d4-4a67-84d2-ef387ca1d493 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,84ce40ce-3315-4ee4-9e53-8284ee2346bf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,b82d8f12-c76a-4256-ab4e-31e4651614a1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,e3126d28-33e3-47a0-8942-6bee9b9c9620 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,f353929b-d96a-4eb6-9f71-86a6803ce6f4 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,f0f9e7b4-a15e-42dd-bccf-b54cfdac46cb +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,260345d6-700b-456d-bba9-36971b2ac129 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,14227756-bcb3-478b-8d65-4dfe92a73ef0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,11960ef6-947f-4a84-8283-92980e476bf6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,db017d70-f79e-4bb3-bcfa-a1810f6289c4 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,baaa8505-5d13-4f83-b32a-03084773f70f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,6f5de866-1428-41fe-80f7-d59a8ad69f54 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,dc9e0d74-2eec-4469-b30c-62f0402e73d5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,2e32f431-8bdc-428e-93cf-70703e9098b3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,0c937e1f-9079-442c-a2f9-a17908aa267a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,e880340a-8bea-4ea7-980f-64e5fab8262c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,a3b7d9b8-a409-4463-ae5d-e40ba928c5f1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,07238150-edd9-407d-b275-ecb71b59f5f8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,0d7c9d1c-e03e-46fb-bce6-c3ca56203320 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,40310449-4692-42fc-b29e-346a5b65c1ff +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,fe18bc61-9005-4e39-81d7-7b843ae07ce9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,dee78f56-ab08-463e-9025-3145cd76c1c7 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,7d9ed35e-16e1-4ab8-a687-b29cd95655df +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,9f0d101c-a200-4ba8-a079-d486c4d7f2d0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,56d2a216-9acd-44ee-b825-dd78fa1d9005 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,b1e40e85-6930-4111-b36c-e4d153723c67 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,52962501-3d86-4877-b973-28e6a44f0931 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,0f09656c-43d8-44c0-8728-52a24c2b0921 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,1e8b06bc-5789-4fc8-85a4-ceac7f1fb7c9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,66b8534a-f647-4280-a8ef-7d6e4f78f589 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,49ea091c-60c6-460f-932e-f98c15db680c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,eda83e0f-0bff-41a3-8adf-2f0da80fcfcd +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,2b5d9fdf-be08-4067-a17c-3009f318f120 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,ba0dc490-e277-4219-b2bf-6be4f3ea10d9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,97e22cf8-afcb-43e5-a3cc-f8d971abf003 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,bd0941db-80ed-473b-9906-ceaf095703b3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,25c547ab-fc78-4597-80c7-8020600f6afb +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,7d176e7b-1366-498e-9f70-d697137117fe +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,b8954b3f-ae6e-4e17-b2d5-aa33ae63d010 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,0a31aab6-581b-4980-af4b-137192aaa1e7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,6a164622-ebdf-4c23-aaf8-bd27229562b3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,70774e4c-44df-4675-b646-2f3609fb057f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,c10aecb2-61d8-4804-954a-0c018b0466c5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,2288a12a-219d-4ba2-8309-50eb3c6e2316 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,146c6bc8-8fb0-4106-86b1-5d86bcc57fa2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,9349001a-68ee-46bb-b989-2e805586e424 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,044fb95a-27f9-451f-a450-1535544b1601 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,6538c89c-c875-43b4-b430-9391b0e1a003 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,4dbd2fe9-8e4f-4728-8940-7821e7159936 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,0a57f222-fdd8-43a0-bfd1-95594d4bedca +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,5ba2303e-c2ac-4b2a-893d-4d3c59724635 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,faf123d4-8c6f-4d5d-8e38-1100a78e13cc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,d86e3029-42d4-4aa5-be1b-9efe5ea4ade5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,892d1577-de6e-4e7f-8f0b-55a4acabf59e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,6cafc497-363f-4c5a-9e86-b4202ef9dd5c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,86ccc310-7d5e-4f12-bf1a-dd79b3b7c726 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,45698486-2343-4c90-9195-6852eb8f98dc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,37ede3f6-9696-49a6-b901-9248d7f91bb6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,21f45e1c-0ff3-4875-af12-4f0636d356bc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,99b53e06-92cf-4d53-bf25-9818506b6329 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,b2f09dd2-9202-4fc0-964d-888ed757789a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,4db2a9f8-2442-432d-ae77-a57cc1ad50b5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,5625c5a7-1163-4a1d-ac88-c894471743fd +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,5fd1c694-1c8c-4991-b1ee-7fe606470b80 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,b79c5f4a-5c5f-4348-b4e3-eb39c11716a0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,cfc1167c-0a65-45ab-a30f-3d4d4d1e9e3a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,4f045878-32f7-4b20-9554-95b79efcd84c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,48d2e395-6915-49ad-b7ae-ee90bbf62095 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,aa3ee202-7455-4cb1-82f7-fcda37d0e0d4 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,1c83f41a-2282-4fc3-b70b-1e314e3c95e8 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,41138a2a-a4de-4cf9-aa59-b4bb363c69ad +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,e1dd5f56-0af2-40c9-b078-22cdb7e6bbcb +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,310d4bd1-483f-4358-bca1-a9d8bb1bb1d5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,6e06ffaa-fbdb-4c18-9dca-821d68a0a8a3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,721eae1c-9c53-48a8-90f0-cc52b51cd20c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,140352dc-0187-469f-9554-0cade9250e6f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,b0d3c52d-e982-4058-a537-9e83bcec3e8d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,18932c39-a15b-4820-9a07-9df52e6fe219 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,10531213-edc2-4063-95de-23598d08e911 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,f78ecd89-98eb-4b09-a76c-aeb11b2eb4a3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,56be65cc-0951-49dc-b5cb-a8adcc8232ca +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,0533eb06-afcd-450f-a887-a38bbe14e355 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,f5cafbb6-6759-40e0-97b3-7064c716867a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,e5be9993-1f37-488a-af56-a7ec84dcae5d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,e85dabc7-a6b0-42f7-bd34-bb37a4a0b7de +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,596d0e83-f8be-41f5-99d7-615ece8c7014 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,d7dd7054-b1d4-4278-9cd3-2b1c4e41df47 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,e176d5f4-e61c-4776-8e77-c255db6aa87e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,ae773994-f302-457f-8214-65771cec4e10 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,c4de8287-5c61-4dd9-92db-4321fa3aaa43 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,ac3ea2fa-bb21-48aa-94e0-dab7005ea5c7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,53834e20-13b5-4236-b525-1c66726c82f4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,78925990-b490-4268-9dd6-c74088f9716c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,94d42d33-f605-49a7-9910-5318ed3c9d3b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,6055e380-d1a9-4268-9c99-111bdc4820d9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,7f283a44-3961-4a5d-84c6-f66fb4d67045 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,98fb61e4-01c3-44e4-ba1b-774963e48506 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,0d078843-c49e-4b6a-87c1-118ad3856b3b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,94ee5a36-ad75-491b-870c-5ddec8a0b1f1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,d8f75851-5eee-43d9-9459-09df8f0185a4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,54dbb43d-9858-400e-88fc-a45786fd78b8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,2a3b8595-b221-4c61-931d-96d12c9ec83b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,b8bf90a7-7dc6-40f7-a505-d5d83cdfc6c2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,1e6e5b06-1cff-45ce-b80f-41cb3db0eb3c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,cbdef1d1-1203-420b-8552-48b5c2608e50 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,117e02f3-e8e0-4162-aee3-87caf5915f82 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,9b99a5a1-722f-41b8-88a0-27fe1ce9437b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,f190539e-a14f-4a35-87e5-b6fc67f62c52 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,43f3f8dd-09eb-4e5e-aba8-d6002bff6eef +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,35f8ecef-d5a5-42f4-8115-e35545639412 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,7e7f396b-3489-4ba4-b05e-500462eb7cd3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,202fdee3-b2ae-45d3-ab43-3c7ecd07b7fb +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,278083c9-9e35-4d0f-bcd2-27fe7ed63273 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,22e3cda1-acc5-401e-9e89-692faa95e92f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,6a77bfe9-e661-4433-8a53-dba7a44ad616 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,6815af4b-e1b8-4be9-a659-9aaebd3c2c60 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,5c4642e9-e110-457b-82bb-02e7625247ac +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,eba74ba0-7680-4716-9aad-ee39c5d194ed +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,251669fc-a52b-4642-999a-8d6372ba0307 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,58547a97-c971-4923-b052-60d4cc254f6a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,27f77945-730e-4aab-b96f-b74fc3a2bd41 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,bfd3ac5f-c812-4f99-b822-3f9ea6eacf61 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,e17a39e3-9d30-47ee-9182-c19d235bd701 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,3a70fc2e-cda5-4933-9ab6-a21b8cd8dcae +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,78ee8c8e-7025-46cd-8cc4-3a3052820537 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,6e2e6b53-26dd-4cd0-98f9-1fd411960c29 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,e5a2af34-2b57-4843-b584-b6ce9a5138cf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,125a3f2c-1b96-48dd-8a2f-784db3f8f436 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,e4ddcb1f-18a7-4c78-b9a7-0fdeaeee40f4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,53cd161d-eb33-4b62-b79a-9a0b951702ea +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,ab73d6f9-68f6-410a-8177-697be18326b8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,058763d7-ce8c-494d-a780-a9f5173a7002 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,3465a760-ad2a-47cc-9794-d1b30647531e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,990634fd-5dbe-4f20-aa1d-15ddd93b845a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,759d9bf8-9f65-4e1e-9527-2ab5df1dba9e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,6995866f-9449-4c8f-81e9-dbd243e6bed3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,f290e182-f479-4fc8-8517-d7a4900d03d2 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,a87ff5ab-3748-42f5-9c4e-a6a5c8cf50f0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,28263e93-fb26-4789-9a4d-ad2769e67d56 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,7f92bf21-985d-419d-87cf-2db4f10b44d4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,52398678-d002-42fd-8376-96b991cdc845 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,03555604-1bc6-4c09-8be3-98c7df2fd818 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b9e89e60-32e9-4bbe-bf4a-a43fa5a8010d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,589d8d50-56fd-450e-89c1-8915a92df2e3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,5a991b1d-049f-437a-b54e-de3005218d7d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,2b64cd43-388a-441f-89b9-8d41c259eeca +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,1e8dfb75-51b4-4987-9076-24f15b4e78a3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,0a317555-bf85-4bd4-ad5a-6b93d8e83624 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,303a6d49-bcdb-497a-b671-b880867560a6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,bece000c-7c82-4150-a515-639275c5da1c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,16d85801-ac9d-45d0-b1af-3f33ab755dc2 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b65fd00f-dc6c-4893-a90d-cf18359d216e +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,de2a2dde-959b-4c6c-8736-9f6527dc834b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,358ccc7c-0ae7-49ec-ba3c-112faef6296c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b512e431-0827-4895-8c90-5a24f4bca477 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,2b90d0d4-91d8-4985-a08b-a46aeee09d09 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,ce23b9d4-2a94-4987-a0ca-2ef974834fef +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,e0a684c7-de96-4e59-aa65-c898a5e6e4d0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,24508942-e48e-47bd-ac35-432222fa37ba +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,b3fab713-5a00-4eb7-8281-7e8ac1dc78f8 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,d29cdebf-89ab-4d59-9856-b4db16440b2d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,14d45ce2-797f-4575-bfc9-e9f5d25d50c0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,1824fb24-e73f-4981-ae26-75a415282046 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,18896b37-845d-4eff-8522-a4a17a619ddd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,fae11aa6-9122-4f72-92ae-15c04d006159 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,4a91a50e-cf5d-422e-a7b1-d3e21112ba31 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,c30a521b-6af1-4273-9450-7263897aae2f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,736a0946-0a5a-44b3-901f-90b2116b3613 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,7b74c819-ccbe-4c2e-bf39-00960a8337d7 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,ee4cfe31-e499-44d8-81c7-768f74524216 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,0c6cd0de-5a64-41dd-9432-f7f3a8b6e183 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,fd69d221-26e2-4610-9d8c-4cefdb22ba41 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,ba1814e0-72fc-4152-82be-fdd8d4efc984 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,4f6e585f-f6dc-494a-9f11-1af76f66244c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,44ee79c8-8bfc-491e-8c10-e3c858088429 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,5551645f-b188-42f0-afe6-995d6fe94890 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,39ddde13-1b19-4277-a4d2-361e020fadfb +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,32a9bb34-8947-475e-b4bd-a0391374666f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,843e9323-96ba-4c59-b648-d78f48dea37f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,ab8c22ba-1899-49b4-b700-14f66d2fc1b3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,77d514ff-bdc1-4e93-94f6-ab096d1fc740 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,24e64cad-a029-46c1-be9a-458cf8006b84 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,7e9ea429-044b-4551-9bdb-059a2fb4a5da +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,b90bf644-d1d8-4db4-a641-31d40108ea59 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,493f3feb-bcda-4183-9e9f-b1433471bc31 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,fd2cf2d9-daa2-48f2-af85-b731a855ed48 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,e9da7280-0cf3-45e1-92a7-df9842e69837 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,c3f55a42-0f21-4156-b50b-cf92b77143ee +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,58f7af2a-da96-4bde-8604-709483799160 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,f5444131-b10d-47f3-b40d-588eec94c15f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,f04f4839-e375-4ee1-a333-bc012514abc3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,4dd2ed6b-19b8-46b4-92a4-aba7b06f7610 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,d3620751-5a8e-4c0d-b447-01885a36096d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,5be33cb6-f6ce-458a-b3a2-601c03cff677 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,b19dade7-0a61-4b21-82ee-2c5aea7561e8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,04891c76-1bcf-4fbd-bce0-f03ba40a3e27 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,e7a0361e-b0fd-4e20-be1f-16672928d4c8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,0bbcce3e-e386-477f-b132-14d9e12353f6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,9a9becce-6e56-4f3c-99e9-6d720e0f2c9c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,18aca743-12b6-4073-9906-41e7b559fba6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,a2dc7829-82d5-486b-a6fa-2db3ca54c22c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,58a82d3f-5005-4bde-82ed-19ef876d9f00 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,69df4b93-066e-4f2c-b864-a2149a1c62b1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,7e2ed32c-fcca-4ac4-af19-f3f146fe8614 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,40c15f0e-3494-453f-9ce1-88d9f66b916e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,90f4f324-545b-4483-a9c7-5a9fed9a6a6c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,33614f10-7f75-43c0-8559-9fef1bc5875f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,e7738cba-13aa-4fe9-b461-e54c3f5de901 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,b40e65e5-333b-4b86-b538-7bceb5a4548e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,a3c2f9d0-f6b1-4166-b898-8f979e622b83 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,7622f4bc-a254-4b54-ac55-55eaecf7051d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,eb4db5f4-91b3-41c1-bf29-fc34fcc01aaf +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,497dc7b4-2231-4d52-be56-750fd2062b12 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,d8151628-e069-4149-ab25-d72ac0ff3db9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,620bf0df-7d5c-40c9-b7cd-f98be19315cd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,3d2345e9-25d8-4dd5-a9f4-b55a24a3c6af +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,08685c00-2574-46ce-9c0c-bfdd2c0f0bae +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,a742e89b-a9d2-4826-a7b2-e3c823ef5d05 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,be027e8d-2fbf-43af-88fa-923f315f2342 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,8d432a27-6163-408c-a31f-635054f3fad6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,c03079eb-4976-4f5e-a8bf-2a2893f36255 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,2a3297c0-3438-4ad6-87db-909c234f0fb6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,0b039185-36b2-46d3-803c-7a310a43b06f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,65b915b7-e56c-4e5b-9cdc-2b4583f49fbe +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,1a739c51-1f79-420d-8179-e7a92b18bcc9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,361c6814-8ec1-4069-9da8-56533a58ccf7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,9e3e7ef1-3cb1-4b70-881f-2c9e5e4f4a72 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,21512f94-9582-4d75-8188-035cab68d38c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,bbf78bc7-ba1c-41fc-999f-29ed4f5f6a6a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,848211d0-e96c-4fa1-8cc0-3e2ab1aafa6a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,21d309cc-28a5-4c20-a4dd-6a5df71a4542 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,d4ea030b-1dd5-4421-bf65-f78e7f136abd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,d56dd92b-5d09-43cc-bf58-ed119333e146 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,089e317c-3b03-4eea-a9c6-4e3275e167a1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,47e9e186-e851-4749-aaff-0bb0fa046449 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,4e016444-e901-48d9-8f9e-c50049092e23 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,3813806b-298c-4782-849c-d63850bf477f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,e14e7bc8-1f29-4e2c-8d9f-a5b37b673cb8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,d4b0842e-c482-46d6-a0ca-4fe2ec7c4eb8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,08079ae1-e043-4ba9-ab0b-38e2c159a42f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,304ad124-e631-4d62-b6c6-9d1efeb74154 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,542221fe-9420-4589-a543-d4881ab4631c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,d6570e00-592d-4481-a5c4-04247f663d1d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,26dafe98-e2f3-4ede-9d4c-a7ff4b144110 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,a3edc263-865e-426c-bcf0-91f48dfa629e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,8d27ffdb-d30c-480c-a394-a8be6b036097 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,39ce0f4b-2743-4943-bae5-aeb8c8266983 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,24d87b5d-d624-4cc3-a0db-d9a7676f8908 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,2f8d5a39-6ba9-4f66-9d4c-1466bbeaf4ae +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,7a1c666f-0d43-455a-b2d5-5d88e3da73c1 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,9a800f6d-97de-4733-8862-d9a0e0643ffa +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,3abf0ab5-8fef-4475-8ec8-99491aefc13c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,698c1f8c-7110-467d-9fb3-f1e83b89c98f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,fe77418f-ff56-406b-8731-6fb5d02c4c1f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,cbaed7c6-12df-43e9-98e2-744ccfb32837 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,68f3d4c6-317b-4800-a47e-ca4e37e7c8d5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,e8a6ee1e-c939-4363-a931-3cd7fbc7c72a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,a7952e84-533f-471c-86e5-39532819e280 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,12f026a2-1d6d-430a-a0b2-74f989e63c68 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,9b430b56-3157-46bf-bb22-a00e0fc17819 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,b45ddc59-40a7-41d4-a023-be7b7002a087 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,2de6c813-cccf-465b-b882-df17127e71c7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,ba402960-0dd6-4146-8fb2-d820e17dca93 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,5da992fd-abcf-4246-8ea4-ea4edb9a0a9d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,50622a93-73bf-4090-98e4-4a2823f7b65c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,2e978dca-2879-4339-a1c4-f1b70e8ec0ab +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,60371db9-9f48-4888-8213-b3c458ee680a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,59cf81c6-d22a-4b83-a632-97b89205f0a9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,dd937cfb-3ab7-4cde-9ccb-ef5e3925141b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,7b612ddc-bba8-4dcd-bfb7-1b2d89be1bba +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,e1c3a8c7-621c-4259-b71b-2280377da52c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,b31c80dc-3468-4e60-b3e1-d365e352bc79 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,5b7c55b7-6da4-4734-a91f-75bbfba6fde3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,5287d382-b1a4-4fde-8d6b-3c1259144e52 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,c3079925-7d7d-4208-bb62-fe4748ccccd5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,393f3a78-b0dd-4eb2-8dcf-9605b7e66ed1 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,afcddfbe-8014-4d2e-9a44-ed71630ff2de +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,0935bf03-068e-4418-b957-e591baccb6b6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,48b66e57-c3bd-4574-9c47-1551e28f9677 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,5e58e5de-8c7f-4583-bba1-4973a22df827 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,94c75351-e2dc-453d-9b5d-0db57c33b2f7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,d1b198a9-d557-46bd-ad56-45f55de0f1b3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,652ecd87-cd68-48e7-94bf-823daab682ca +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,e1435028-0172-4d36-9a5b-7c9fa3e38282 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,ff359c67-e390-4b79-976f-eca6e8bed40a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,ddd55a19-9a68-4b57-88c3-b955bdd33248 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,63b9fec5-6207-4a6a-8f6f-6b33eaa8daa3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,145e0da0-d06a-4c30-9cb0-75d265bfe206 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,f50324c0-6571-4358-84a3-45bf21dabf8a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,7359d4e3-71cc-4114-be2d-56e27f87c342 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,40151558-6215-4d51-8ce2-c6315aea9807 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,b42bd6c3-0ade-4907-865a-dd450c9e7ab5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,59b731d5-3cad-4ab5-9f60-31aa2a8d2774 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,a5555163-663c-4073-bfe4-7102a566e31d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,df16dba9-5336-4cd2-a8bf-b2201839fd49 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,c3c85f10-3bf0-4edc-a2f4-bc0e076914a0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,8f692b43-87d1-48a6-91ef-19fcc586943a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,cd3b7b0c-d643-42c7-90db-cced5b57b3ec +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,28faecae-e925-477b-89ea-35305665f4f7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,4cb3aba3-566e-4e75-87c0-ea6b46887d4c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,22e9b374-876f-49a1-9296-53e00a0b8b5f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,c4326063-c013-4dd1-8c9c-f882105f3488 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,8b80a9ac-0426-4670-8684-bb1ba51e806a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,80117c8a-5dea-49ee-872b-9b4a266e65f1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,ef297b68-b493-4b65-af7f-cdfaf0598740 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,1a2593f1-1f05-4c04-b8e9-adc79d2e799c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,75b8acc9-c00f-4bf0-a7ed-70030086acb0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,b08156b0-80be-4667-a045-085874178d99 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,ddc9307e-60ba-4157-917f-029dd4c1d89f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,3bcbbb03-3db8-4a87-ba4b-a908da9f9f73 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,0a58931c-d959-41be-a2da-8f4648f4f58d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,46576c1e-b7c7-4c8d-ab45-1fb6389a5f3f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,9ea6f0e6-3bd2-4569-8351-5d9be7643464 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,40efa63f-0d2e-408b-99c5-66a2d72bca11 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,7a7b2508-d547-42d2-a8b7-9b31c3b495d0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,3b4b8a2c-e58e-4fcb-bb3a-fb44e5372f44 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,9c691c76-91ac-4da8-8e44-b2225fd8d9d7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,77eb3b24-0248-48f7-8bfa-961693a64859 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,e47c7b31-5cdf-438b-a981-ceaf1812d965 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,1a81f2de-8b03-46fa-9475-dd9390a3dd50 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,e8c9e6e9-410b-4713-b327-f0283dbc6bb4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,ef1a57ff-b2ed-442c-88a2-b7a267d85c29 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,81c3f725-0eae-40e8-9d6a-3bda6ba9ad57 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,4f0ef5d9-3a37-44f7-9aec-53b3f591513e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,64d66c66-bf74-420a-8cdf-d3fecd3fa39e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,fe2e0a09-9ff5-4633-ae94-22a9eccd5da0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,70f12782-3ad1-405b-9704-f90d367b7de1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,50f2630e-c386-4f62-b758-e5955afe5d3f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,a0b2b1ac-17cc-4812-bc05-63cda451ddf2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,88ffceb4-30ff-4edc-be60-e9b201c18dd5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,2efff125-a60e-4619-8e40-759778fdb558 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,afd8372b-c6ef-401a-b4cf-f3ade108b88f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,b3d1db30-107f-4453-b16d-18c6016cca38 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,909c61cf-f353-439f-be4e-29ff78e29b9a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,199e79cf-418b-4d3a-9c93-feedf4cb43f1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,44410e7f-d466-490f-aeb7-8d7f7c17b117 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,9c851451-d0f8-4273-9650-ae70477d245e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,c24dac83-7119-4dec-9c15-a063e255db2b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,f654c43f-532d-4449-9f92-beedefad48b4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,00ea1b96-d2c7-48b7-a251-fa0114941f15 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,96b15d67-3967-49f3-8280-afd0bc1a6234 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,e3e4954b-25ed-4898-a6a0-9cd110b31739 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,bc4e7483-0848-43cc-bf3b-4964d13e26f2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,4d565d63-1b34-4879-9a65-5df441f960b7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,ba712d94-ba45-4a24-9aff-3ce8d020de75 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,0ecb7a9b-4bbb-4d5e-95d1-cea8b294a3b4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,3980d851-bb31-4125-bcfc-710f5a359cc2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,9d37292f-548c-4ff8-9112-50343c4c0154 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,76ebea2f-0cad-442f-a05a-977171df5aa8 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,44c4dec6-a085-4b3e-a2cb-4039211e2d4f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,16324950-701c-41b8-8f22-32a8dc315fc7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,92bf7e14-48c2-40bf-ab12-5ffca73a6bc9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,99f85b7a-4d6f-46c2-a5c3-559f2d494311 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,71874b17-3c36-40f5-85e5-ea64c04ef9d7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,90cd1225-265b-49a9-9d57-4f5f3e3d32d0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,0721cc73-0084-4e05-8034-0f99b21facd7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,4af350cc-0bb0-47ac-acc4-8c790b2cca16 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,8a043d85-e1aa-4b6e-a2b5-a7b147e78716 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,de3648fc-cb74-4240-9ffb-b8b0330a6568 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,a4537b4d-0adb-4320-9ab6-56af666f6afa +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,3744de82-c02e-469a-ae49-60c2aa592fa6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,f295cb25-037f-4fb1-9494-d3a781755f8f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,8a6d48e1-bab5-4a31-9f0f-02015c434ff1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,74293dec-8c7f-44c2-ae20-053a1ce2a7ea +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,f3b926c5-a26d-4ff8-baab-bb46886ecc5b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,f46603dd-1207-4654-97a8-0a76b7371797 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,a36e4d2d-43f2-49de-ab35-6bcd191e1b62 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,1fe8c8a3-751a-47d6-ba31-92f20494ffe3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,db7f0968-622e-427c-bf2d-7c91791fefa4 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,23d7fcf3-862a-4ada-880f-9cbe48060c36 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,8aa9f4dd-e145-4f3b-a448-7dd496886e04 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,a399b7f9-19c7-45be-b754-7d8e18a94c2c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,76c204ee-b921-413b-8542-44f1c863b67d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,cd017873-a220-4381-a336-39ee1eb10744 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,fa36bbd0-65fc-432e-abaa-abe67d37cbe5 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,f07dbb3a-6595-4779-9f66-df464c66fa94 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,55828b49-6b7d-46db-b7e5-42cbb564815d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,5ba342c1-6dec-4d4f-8e84-1e5531bd85f2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,e6be743a-bebd-4e3d-816b-20b209744a01 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,93fbe72a-d1a6-4459-b1af-79e18d421569 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,583bdfaf-88b4-4811-af58-02cc5a9208de +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,3d589f75-12ac-47f1-b1b7-d15f0598703a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,40b04978-b679-4c6a-9e90-9144abaa4da3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,c4e68b27-8469-4944-b387-f3447c859ff2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,ac34b4eb-4f72-4fba-afee-e7050c6d1c1d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,b3e7bc1e-cad8-4a07-832e-6b572c2b05cb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,0e6fbb49-79aa-4e3d-9c22-bbe698c1e466 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,b3cefb32-1c1e-4ac5-b56e-f322e30a4267 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,2ba269a7-0350-4631-8b8d-0dcc6da5681d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,cec2ab76-afdd-4417-9226-ac5086460fed +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,535dcc64-48c2-47af-85f3-a090f3e8e3d1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,efdc684d-2628-4989-b41f-0d53168d86d9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,2d5697a4-d2b3-4534-9025-9be6a80367d4 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,15854085-a649-4aa6-ac1f-f839379d8520 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,523591ae-c675-458c-9732-87549ad4ee3b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,12e668fc-2ec5-466b-b83f-96588097283c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,9c7c14b5-f930-46fb-9c29-85b243647692 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,aeb918d9-90c2-4e49-b74f-ba791e38d75b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,9d814977-6060-4d20-b3ac-91a470c20fea +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,bba406d0-7a45-425f-8776-c6fb178c121f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,30666e8f-3f31-45ff-9858-90d6d298fde6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,316dce0f-b82c-47ca-b21f-dadc59de9584 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,d8d9b599-1e37-4771-aa49-0ce2ff9b0c7a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,ea0e4cee-6ca4-4ced-9fce-79760a9a0d57 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,1d6adc97-da0a-41c4-b0ee-906f26a11902 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,40dbbb46-cccf-40d2-ab5b-031ed73d4f76 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,5c000881-c330-4fd4-a6f3-d2c1cceb8724 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,b94823ea-cba9-48bb-991a-e9be400840df +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,61d7bc75-9a18-470a-a46c-b2c8b67aa2a4 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,65eedcdb-2a15-4c08-bfbc-ad60d85dd984 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,bde86cfa-966e-4c72-a31b-a4587d9e2509 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,ba2a06f7-02ed-4819-81ac-12b226cc7451 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,90633906-5e08-48ab-b996-c4deabc8a2eb +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,ad1543ab-c8be-4ee6-85fb-1917f253f260 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,c4d8bd28-66a6-476b-a638-1ce20dc4420e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,7f3ae665-40f3-4d47-b8a2-ee09f5b9ccc3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,bf6d910e-e093-4613-9c25-f32136c44f03 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,21c2bfc4-31d0-435b-b84e-977f7e7294de +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,f158464a-8789-499a-9a68-0c2dd3c6e695 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,859b56a4-94fc-484e-adfd-d6f9ee91ce1c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,bd99e0a2-56f2-4adf-b457-2937b0c3dd83 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,6959e61d-5494-40b0-b5bd-221626957463 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,0024ff38-8f5f-4780-bffd-860730019a3c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,eed78993-d49b-4303-904d-6af58514c716 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,b1f8417e-e949-404d-833a-d2ee30ef7d73 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,95f6f3f3-6251-4ae8-b324-b324c1d91c05 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,1a3fd376-af6c-4f0f-b44b-9ead46d6bc62 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,158a6e61-de51-432e-a2ba-d7b041affe23 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,74ae9085-dca0-44ca-a20a-6023207c82ba +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,9e0ba4d0-52fe-43f9-8486-c249117d965a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,facb56c7-5a19-4047-8066-65329dc58e94 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,a04611d2-d5e3-42b7-8204-b79bee3fe8f1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,46a605a6-63ba-44ad-84e5-7970b4d91510 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,10656fee-8ce4-477e-9cde-3d2e835a364f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,e0f4647e-d6b1-4671-b85e-de2e29b05bf1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,7d0a760f-f63d-4c77-ac0f-dcdf11cfdb96 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,1badae7d-669f-4c0a-bf0d-74ffc44b99a9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,92303823-9b77-4d17-98b7-f5e519cef570 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,aeb58559-7dd1-4178-9c3f-64cbb80c5c38 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,d471eb9d-b48f-4c4b-9632-824d65a0e785 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,e00be49a-fbb3-48ee-8684-bd710308abd0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,78c895fe-e5c5-4921-ae6d-485b68abb76f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,19bc41cd-61c4-460a-af33-d2c80da409c8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,567a49c5-02a7-41e0-954d-19912b8077b8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,6c2b5ba6-7afd-45be-bfa5-76295fc27602 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,edb45f0f-afb6-44b1-bf7a-7b01c999f1bd +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,5b4191b2-7a4a-44f3-8545-241257f7b7e0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,0d339654-5745-458f-89bc-8b619d08ec07 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,b60b1474-412c-4964-b6bc-3faaf174e6f9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,cee2371c-b5ab-4000-88a2-c24ebea1abfa +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,1ab3cd56-972a-4a51-8025-f2f29fbb1117 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,3e3ff4b2-f82c-4110-ad2a-0a0295933c2c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,d273ec0b-9574-4914-984b-b3e1d423725c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,ade487d2-dbac-44a9-a6e4-bf656a9a50b3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,d3e528d4-e640-4daf-b0a1-e101d6ed047d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,5499463d-5f84-4138-9c1b-9b006c1a9f44 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,2ecd8a35-3014-4d12-ba04-4af2cb2b6a47 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,22e2b69d-d521-43e0-8638-2d5ea492663f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,6d7e0676-e219-4b3d-ae34-60f96a0b8d04 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,85d1a6ae-9eba-4bc6-97da-7209de46e4a1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,1c56f85d-e365-432c-98d2-f7d9c5d8b5a1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,7367e121-7a54-43e4-933c-12621b00cb63 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,5cea9b23-c44e-4b70-aab1-dd3d991c123a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,5433fac6-4d6e-4592-95ff-494322c173a9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,2fa22538-5a3a-4cf9-8552-d3f9525d488e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,012bf001-2629-4e7b-abd4-29cdb69d3939 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,28c8a9d9-c192-4d81-b799-209f484dbf64 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,b4511b68-2131-45c9-9987-9f7f25e86e97 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,981cd07a-710f-4b10-ad93-33487ad01e43 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,852b0529-d322-469d-9398-a7669c978c7e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,87501ea6-c148-45be-b942-24d11f058a26 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,21e063cc-96a8-464b-b44e-15cc28f2d05c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,b7b17506-8705-4cdc-8cf0-bf2f8c5b3a67 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,0bd19e46-8565-4963-8213-9688de40a1cc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,93be837e-293a-4024-8b3a-dabf21d772be +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,743bce1b-2b65-477a-95fc-7b9a9b8e0cda +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,c4cd62e6-6ba9-4785-b24a-a3422063eee7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,aa44c1c9-549a-40be-9df3-81945341f7fe +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,2208e95a-811d-42e6-8eac-e2166e25f7f9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,3c07357a-ff5f-476b-b90d-66e0e4040f34 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,61620bd0-bd70-4313-b176-0953bc255c82 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,1b21af44-c980-4068-9ada-1dce03ec7214 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,e39405bb-fd66-4cc1-a36a-fc1133a5dc62 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,03c62d4a-e20d-4f2a-94e2-33a4f4121713 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,439715d2-f249-4b51-a38d-eae9759b451e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,67eff2c4-6b0b-41e9-a598-3e7cccd5e548 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,7640e553-6c2d-44dd-ac3f-6f04cde7ead2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,58744ddb-2700-4a9b-b841-ed0837516779 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,ee7829e9-0ba7-41c8-bfc2-b450cc08d65f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,accd920b-5c5f-4ca5-9e76-21f271dc8b41 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,e3c26fad-7300-40e3-a600-ba228e9a4052 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,e1c6e85d-0010-4f79-be55-8fc34a46e008 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,cd2407ad-5444-49e4-8b50-e94abeab11cd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,a6cac397-68ad-48b5-9ffc-a74e1e66f696 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,0ad7a4df-eecf-4600-992e-d00935ccc27f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,f6e47c04-72ec-43d0-9841-ff9f2b9d7060 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,9553b7c5-e3c4-4f9c-8cec-610604c37800 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,5099bd7d-0330-4344-b692-86de48777d78 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,c6ff4673-6ade-4dfa-80bc-5510e08f1d7f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,93b711cb-ffc8-42cb-ae71-a7bd5b9de65c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,20b64a17-04d5-49a3-b827-d51392727dfc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,a9f81d42-fb53-4fe5-a29e-e07ed3dd3090 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,ad156af2-99c7-4002-bebb-3a0f4f1a7c01 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,c3859842-a58f-44f9-b7dd-0372fd58042d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,cb73bafc-f644-434a-ac02-51dcf6f57f89 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,2e54fe2b-a83e-49c2-818c-184af92b98ca +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,e478da6d-8b54-451f-8455-b229c5bb99b8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,36e25558-ec85-440f-9405-5f54c830be6b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,70109bfb-5bd8-4249-82a8-04746f389d31 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,d2d395ce-116d-4af7-baf9-f90ba509f136 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,824ec57d-4450-467d-8344-cf4c61953a3c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,9e0c07a6-4ab4-41d4-86ae-cecfe4849ec2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,1a8e59d0-83e3-4b92-bc7c-736666c65b5a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,d5f52633-375b-479b-b270-6d091ce61c8d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,7eb449db-fb77-4300-8801-74ef3126aebe +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,43f9d81f-f2db-4cf3-8981-fc907cbf4cda +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,cb9ba811-731f-4674-a521-6a288fe0bdaf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,ac9b52b5-f083-4de1-8f09-e600ab4775b4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,55b145f8-f10f-4806-9bbc-19997fd43670 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,20441428-0818-42a5-8873-fb98c6d7f5fd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,f2973c58-efb5-41f2-b910-53fc23a40a6a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,1889756e-69bd-4f94-96ac-c3f6dcb18f4f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,484cf187-2771-46ec-a202-9b60e15ef3ef +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,fab7f971-b585-482f-b699-a10b9a712d13 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,dc0c152f-b109-4825-b65e-65e01a4d4aa0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,b6b8caa6-7891-4693-af23-007ae88c2d58 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,3a9df28a-a28d-4f72-b94f-1a7a5dd5af16 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,967a048c-34eb-4807-8fc5-73738ca40d45 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,a6ac5de7-a246-4a0a-af46-c3495cc89834 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,5ec496f0-e477-48ae-ba07-5658242c2800 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,7a7751d0-e6e0-47ad-9b32-b2d7926fab11 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,9d1f5a7c-deb1-4aef-be78-02b31d5686ab +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,772daff3-1a48-42d3-9ec8-15136a589f6a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,98e4f439-820b-444a-b6cd-638fe93fee65 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,3310d7e8-4333-4d57-802f-e4939cf619a1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b91cde86-9778-40ec-ae6a-3d23040ccfb2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,0df41d58-4f17-4067-8e95-6e4ef4ef1d95 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,1f2ee389-29be-4936-986a-af78a9c4482f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,16a3018a-3cf9-4a51-baa1-595a3f1d9286 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,866fc58f-9c00-42d1-b525-177e28a5ad39 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,86bb3bbf-698f-41ab-9477-4507264d91b9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b05fdb88-2932-4b81-881b-7ddd61bd92ab +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,89461aa1-9899-40b9-a594-b2ec1d527fb9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,f69eb3b0-6ca8-4d00-8ce8-8a8d41b1c252 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,daa4d9ca-46f3-4f54-882e-d62b7ad43bfa +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,d0dd711d-b855-44c8-9af4-8f259fc01935 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,6bb8e427-5135-4dec-bf54-3e211d1e80de +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,f1e81d09-6440-4b10-80c3-e99b71823ae8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,05b93fe3-bde3-4d6c-b85a-10ee9f9bfcce +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,b8d04fb5-5258-4ec9-8bda-d7d0e9aa45eb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b61142c4-123f-41b2-9cab-93fc1f6e2f6f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,0a677bfb-b9b0-4a2d-ac4c-f184edc62cd8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,05c2056a-92aa-4442-af8c-c05ad1d6fdef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,d9e22470-5ccd-4490-8d8c-283b7d9bfe0e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,e9ebbc91-011e-4bd7-a683-99fd8a378690 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,337c1d8d-5633-4a1c-aa30-376fbc698d7f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,afcebae3-d069-45f7-b11e-e8a7264dfed2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,e93a17ae-4baa-41b3-884e-9b6c6b5bd368 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,0b66e3ef-da4a-4cf0-8e52-7a92392994e2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,c1e77e9e-700c-4a8b-be0b-365a65e712da +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,eec21dd1-f5a3-496d-a24b-b72b1305696e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,be2c83cd-18b8-47b6-992c-bc6987824291 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,2e8a9e5a-0de1-4c0f-832f-adc302c55d2f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,61e39f02-a07d-44f9-b3ae-ca494c56a3d5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,fb480b24-a53e-46e6-a827-11a8467d4ae3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,629a112c-336f-41f4-8acb-440b4b3f5696 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,fe068ee0-fa0f-4e39-b1d0-266cbfab0b90 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,dbc92414-59c4-4ae1-b1c3-9a8119b6d4dc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,f8f773e5-22f2-4396-93b2-2041472c6a7b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,b6416b5b-cb6f-405f-9e99-cfa11e840ae5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,e4e32a59-e7fe-493e-8ac2-771cca6510ba +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,f6b16380-9164-4373-8b5f-e83e5e67f46f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,cd33b83a-de40-455b-8f4d-294d9bab2a0e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,f58ac77c-31ef-4056-ad33-12e1e4a577ff +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,d9075c51-5a20-4715-83f6-9c49af52ee8d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,9efd82a7-8903-4cfc-a3c8-b306a59e641b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,968de843-5183-4ebb-ac24-49923b0f989f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,879c5f9a-bcce-4462-b8da-2ba38cd89572 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,ce2f6a93-e6b5-4939-b3cf-6ee3bedbbc5e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,d8010062-1c59-4158-b93a-d665ccd8eb6c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,1760365b-0d59-420a-b1d1-44bc69bcd7d2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,ad203f18-0436-49e6-adb3-be7c4a50a11c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,d02fbe05-133b-457a-be2a-b05762546271 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,5c91755a-8f9a-4a8a-84f1-f830027ad3f1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,85474615-19fe-483a-945c-04128be5a322 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,ccc59f88-8545-4034-9a77-836cd3b5d5c1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,5d8d2cd6-5ab9-4bdc-8f6b-414972f40631 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,dc792373-c8be-4143-8757-28ae105cb701 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,16c65a08-420a-4337-b4ae-06896f9777e5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,18dabf92-8f68-49d9-9153-f3f6f9aef0cf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,2a82828e-d843-4fb8-9e56-a7f36a4e00f3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,a8e73c15-3b16-400f-a2b6-14836432be33 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,11e03d97-ac95-4a2f-9eb6-d109946c2e75 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,5719b70c-2a10-467f-87f9-2a70fcd12672 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,f34912ec-dc6b-4922-815d-fd08a54b8d9b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,3ad06de4-af89-40c0-9006-81da6330649e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,b1a313a0-b4ec-4363-b329-829a6a796ac1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,8fda716b-aa53-412a-a4e6-4b907069ade0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,c213f78c-e776-405a-bc39-a8773ca61039 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,1eb499ea-d222-43dc-81ed-bb49f3dfd4d6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,73448cb3-7fb5-4de5-9353-3a779f106a93 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,6a8ed028-3f2e-4a19-9a28-5785b2f1027a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,ecb1a857-7982-4532-a855-00f143065338 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,67a4ae7a-4c85-4364-966d-6cdc487eeba5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,caaf3f2a-1f12-47cc-bf95-68b2a0132ca4 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,73dbe44b-2071-4dc3-b963-87308cfa7c75 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,45ba3037-dd47-4fad-8d84-d77a899c32fc +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,394aef51-54a1-4ab6-8977-cc2dedbeff1d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,7114d595-f289-4c4b-88bf-c543d03a85e9 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,339c04ec-d872-4c93-a62c-10c2b4eb88ed +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,b2d2da08-db94-46f2-a2a0-84d427f68c71 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,a3d0f2de-4e74-4d72-a8e8-068657fa9f69 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,02cab4be-0343-40c1-85e3-d6eaf2e9d2e9 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,941093b0-599b-446d-8b66-1d294534dfc5 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,cb2158b1-5288-4adf-89ca-8c3615dc11fb +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,b5d1a435-e2da-4eed-a702-88df28dde847 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,c348a625-a87e-4b5c-a591-47569364f1fe +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,31869d27-da60-474c-9e10-0c305ff48252 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,41344156-3e78-44dd-92f2-b59ce4680cb0 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,98e9c9ff-2459-4b8b-9f41-cecaa0472607 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,31d12d8e-a58c-4d71-84bf-6d329e09547f +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,a3f91295-d0aa-4c70-9236-cc9c595e9d23 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,26f19239-a929-4fbc-8ea2-747cfb19a283 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,d2242eca-09bc-4079-af0b-a1b3aa6b5cc4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,ee91e179-3975-4f8c-aa30-b43c9d1ef1e9 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,15da4248-0425-4369-b969-1c535ef1d798 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,17a652fa-c2a7-455b-96ea-acc8e992ef63 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,1b4bc095-b3a3-421a-8e9a-32d7d70279c3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,9339a34d-2503-4399-bff1-431862c65dd8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,27b4ea9e-3512-41a2-8fbc-a1b96bede263 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,ad0bd747-01d1-4de2-8737-451cb9085797 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,9ee55133-6f28-4859-afd8-dc7ab93bbcc8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,8341dbd2-fd31-43b7-94ac-e4e0a5e4542c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,156b8c6f-6499-456a-a2d5-79eb4f4da23c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,795b6ead-c903-4d98-b178-9e1f9d911f6f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,f8b21f73-57f2-4d19-a412-6587fbac3d23 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,c0a4086a-0b00-4d66-be1d-53672fd74590 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,d5da6e7b-22eb-4eff-b8a9-ce72ea321bf8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,178a4fcd-c73a-4bf8-8601-44a77d490dae +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,1ebeb1b5-382a-4e19-880d-b02335eebce8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,e3aa6f4f-a210-40e8-b651-8290034f385a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,449c541e-a3c0-42a2-96b9-debe21dc667f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,3767ab43-20b7-4835-8b04-71cfc637fbf0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,f9e25fc9-3543-4fcf-82ea-55ec4ae010ee +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,dc8b8870-f318-4c50-9a4a-61676db3fa8e +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,a6d97ea1-3986-4144-b664-fa3c2d4c3a06 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,ed6e897e-40be-4765-bbb2-523e0494029f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,38b40fe1-e047-4460-ae44-60c7248e89a7 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,75be0f46-25db-4961-9133-d1bccdc6e259 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,c10c0f83-35b1-4d98-aa31-6a008adb5543 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,4261dd9b-3a0d-42b5-ada9-5588fc9e5708 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,8ecfaf79-4691-474d-a0d0-a430d5267d11 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,12566f71-0a62-4989-ac5a-dac2367dac1a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,e4ab4f7e-fd99-40c3-b0db-bee3fa117ca0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,993ccdc2-9c0c-4f78-a7ad-b8b36a62ea27 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,937cb84e-a209-4c99-880b-e410a0a4bc49 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,6bafec4f-9a3b-4554-b8b0-8dfa5697c2d3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,48108fa8-a422-4abd-a698-1776f51da681 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,b36bdb17-dd79-40ce-b029-1e2159ddbde8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,8c8ea3ca-e9a6-40ca-8e8b-9abd9b90b202 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,3c812d89-15bf-4eec-a2f1-13548cc37219 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,bff8915e-67c0-432e-b5a4-8dc7f8415d13 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,a2f747d5-2383-4d24-8fab-7d503bf3d643 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,05679b94-b9f6-4e1d-bcf1-b49edb897a93 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,e11eadd3-3c07-403d-8497-746defc12726 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,78aacbd8-d70e-4567-8993-e992bd41b3ef +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,e6f4b700-4672-42e0-9d72-562794990ee1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,84fe4754-0a52-4833-b455-c5b727db5e71 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,20b253ec-5659-4cc5-bf47-540b2f4fc85a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,0c62812b-6ce6-425b-beea-c684ba7151cd +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,4636f1bb-7017-4c0a-95bf-8cca8e17aec2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,48cd5fe1-37cf-4bba-b55c-52484e0c7ebf +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,14d3d3a8-b34c-4060-b104-5ecae9826acf +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,0c3dc322-806c-4bac-a2b7-e14ed0ca2528 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,b1243e8e-65ec-403e-85f1-1e8305169d83 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,20f507aa-3897-482b-b42c-66d9fdd7dede +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,f52baa46-390f-4cb8-80c4-926303e7a33f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,64e84edb-c884-4b7d-b90e-1c6c475be6ec +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,96427dd2-7ada-4017-b834-95cf01301ce4 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,5f9c3e29-8bb0-4ace-83b2-063d157270d7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,bf935b7e-7423-4f5d-bbc6-d25d2a74745e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,daf6c721-cef5-4ae4-b8f5-ab3ee657567c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,12540aed-93b7-4485-a047-edd91956be08 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,ca057881-9ec8-41e1-a96f-a8772c6812a9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,a41fc962-dc0c-4a62-90f3-420ad62899fe +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,7f9f9573-4163-473b-8a63-9911b7d30475 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,9f7e6375-c993-42b8-b5f2-6e99d74e1401 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,270aa4ba-de4a-49ca-87db-0a011e8fe9ed +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8383bf20-6d57-48c3-b234-457e540b16d7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,361e536f-369c-4aec-9d1b-dc90aadd7962 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,a716af9f-8647-497b-9f69-c4d214d9576d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8d229957-64cd-41e8-9074-0895f37e54cb +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,03f7bf7e-10c4-4675-a90e-debe72bd6b50 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,9d8eb8f7-18c3-4cd2-93c4-c3f203ca7023 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8237a5f9-184b-478e-85ce-7c41f90afc2a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,f5a2486e-e79f-418b-af0e-f75d38c4d3cd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,e982f68b-5e75-48cf-b157-01a2147dcefb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,7bce55cd-bfcf-4310-8f28-3a00aa3d9bef +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,75923386-3c1e-4f0f-a8d1-eee989e621a4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,c3db51c7-48d7-4664-91a3-f7e50c3f511a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,e178d79e-a6d2-4774-b62f-a529334d2395 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,174f330a-ee22-4b86-aa35-f23564b1935c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,df72d26b-6d88-4618-8bb9-dc124afb80e1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,a76ed982-a7ce-47af-9a01-1d836301c007 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,2e3e706e-9cd4-4db6-968c-28914840bf73 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,b544b6b7-ab71-4d3c-a03f-25bec4b00286 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,5442ebe2-1589-484b-a68c-fbc0e2265aa7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,b494b079-2388-41d0-8a4a-718d61d00e1d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,f9003771-617d-4751-a6eb-4a6e089f5af6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,4b2072eb-53b0-4345-b3d3-0bbdfd0d7a72 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,e46721d4-2309-406a-87a8-e787d0b09ede +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,96a23a28-8551-43b9-90bb-4f9d1b481cf2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,2f6280b8-09a8-473a-958b-2d86eb9b43cd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,ff9b4174-2a88-42f6-b0f5-2f4251f74b9d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,c9c454ff-5ec9-424c-8cdd-0d33c262434b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,87f69f45-0963-4b26-8ff0-ba611d92eda3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,0111c9dc-6d77-40c4-ab59-9e7eff20354b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,f6d340b1-5f6b-4799-9248-ee94f09abf16 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,de40874f-efb6-46f8-bee0-2a544706caa2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,91a898a5-557d-4043-9349-83ac6d2beb68 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,ac4d74e0-98b6-4b9b-b644-5f2c40d7b34e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,21501a56-e6a9-487b-aed4-ae9724d10629 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,1bde4828-d88e-4668-9e5a-8ea66975f8a7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,ec6b3d45-c561-4f16-8209-94ffd3886fe8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,36994cc4-39bc-4fa1-b1d9-3bc4e62dda3f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,001bc686-987d-4b33-a26f-698a276097c1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,54e91406-868b-4261-b83e-6a042c2a99e2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,1a62d4d6-13e2-4791-be52-49c7278a7573 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,91b7e629-fd24-4fe9-af18-4963231a0a5f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,2cc70cc7-ce76-48c7-8c9f-958be1a97a3e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,12d13685-44b7-4541-8a41-fca9974c6a23 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,aefd143a-38e1-4f3a-a5ca-6a696595cb29 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,ef3d0762-47b1-408b-b00f-bee9604a564d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,37a64b27-27e2-4c8a-a369-d680209b00b7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,6d2a7f4f-8efe-499b-8a6c-9bc497e25796 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,bc24a455-3e0a-4471-8d10-2a0b7643e287 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,a04c6f14-44db-44b0-80a6-b0ec71ef7b87 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,3dc1b1a2-650f-43f1-8f55-e87c85b34348 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,f78a95c8-4b9d-42b5-9d5a-ce9ca3f05218 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,7d494785-ed49-4995-8a4e-6a04c00c684d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,81cb3590-d7a8-4801-b633-08f4dc50e4fa +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,730dcc4d-4f73-49a5-b987-6af26cdb0ef1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,9a9ace36-17e9-4abd-afde-fbe48db5d024 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,4f499ed5-ea5b-4d4a-814d-8839f5186397 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,e8577792-dfd7-4911-8dc2-31b28f765d7b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,817866bb-1aea-49e1-913e-7f51605ddab5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,71a2a525-1f23-41fe-8098-66f0b74e4aff +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,040b3521-d973-4759-8416-060ad36e3d0d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,b39e863b-21b9-4746-92c7-dc6f8a39a11d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,e8785da2-01bc-4b40-b305-51713616d876 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,675b245e-7e6d-4a90-a478-d8e08a9abb83 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,0abd52bc-c7dc-4462-8c62-badc7b0965dd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,09156ddc-9bc1-4c12-a8ef-617bc523dbb7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,2e77243c-c34d-457f-8b04-5885830be168 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,02340a49-ab77-4267-b48f-44c3c89f4158 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,bcf82e40-f0bb-4c2f-a1ba-86ccf2416154 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,51d14898-d98e-42aa-a135-051851e84066 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,6d8eecaf-297a-4552-ae16-9665bce51b95 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,6d9d4c2c-f0f4-4ad0-87b2-35820ebb822d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,df279017-d5ec-4fc5-a25c-b9c6545bebc0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,d8681155-8a04-4111-bdff-8127c0190827 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,d21a0ba1-cb4c-482c-9f16-5720969f9c21 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,cf052f56-8c9a-4965-acca-b8e58c06a534 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,7b0c0999-a607-4732-9796-9283c4891079 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,48b8189d-a210-4530-81c4-d977faacf702 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,8e67456e-6794-4411-9fb7-64643eef188b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,7a8af4db-09cc-440e-9fa8-50c1fe339eb2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,ddc53bf1-75f5-4025-8d78-1d41cd742327 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,48032c6f-34f1-4cf3-9844-a8b46686cd5b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,1f20736e-c1e8-4809-922a-2d56ea118cd1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,6fa7504b-0e05-446f-8bf3-d8d6a3b34db1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,f141d5c4-1489-4205-a068-52098a36fc8f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,8a0cfe5e-d480-486a-ba9c-37b8d4f9da73 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,2dd6fa10-363b-4d35-b06a-fa69f366f8ab +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,c5e26890-589a-4227-8792-098f190e099c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,07121558-e527-4f34-8028-24581b3eb32e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,52dfaf76-ec3c-4bbd-8adf-51220c912714 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,d06ec464-957c-4a10-8eba-1bfc07f10b09 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,810ab95e-5523-4bc8-a4e7-bada73b7026c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,a159e4c2-fc96-4c1b-8125-44894a6962d2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,71f3c393-6da3-4050-8c48-6cbd440fe626 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,5fdf57e4-6536-4379-baae-ee551a75806b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,d669a1b3-049b-4da6-be45-398d96fc7c97 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,f869187f-53ad-4734-808c-80196578fce4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,33750341-61be-4920-b16a-ab56401e1c6f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,a48dd794-8d9e-4913-b67e-7acc61a31e66 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,619f6a1d-a3e9-404e-8b46-3f8944b001a8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,e9ff7690-43c3-4904-8d47-da340aa4de56 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,db3a2cef-002f-428f-a0a0-56deebcc51cd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,6001ac54-6ca8-4b14-9d59-845eb7a7a765 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,ae93fd67-6060-4f22-b1fd-3ae149edad41 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,91bc9043-cc39-472d-b494-0233c10842d5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,a07b0258-de2c-4036-9ae1-bb18d03cab30 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,322adad0-50bd-4aa7-8b17-4521e7c64518 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,ec5c88b3-e6cf-4bb6-bfe2-e8986a83e713 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,8c09e748-3631-4a2b-bff3-762eb4740dc7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,03ace401-6e25-41cc-9acd-540b2045c604 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,966fe822-af1e-45b0-910e-6801f0ce758a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,4c1721ae-a262-4fdb-8d9c-fd124a5c1e03 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,9b9e250e-a440-4851-be1a-a90758e9644b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,2acd19ff-b87d-4d78-b53d-0a1144421289 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,acfc5189-197e-4593-b5b7-dd5b157ec046 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,0c07d026-ac7e-4da8-8c45-4f6fef094235 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,efaac7e1-6b5e-4735-8709-80c55be51804 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,457ea13f-42db-4088-877b-3510dc9c7399 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,5592dd40-6322-4df4-93eb-dbe1f869b2cb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,85085d02-52b5-4019-ae42-866d04b3f36d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,b1a113bc-5171-4a78-842d-c7346d3b9db2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,ea327861-4fa2-4a40-95f4-bc6902caac9c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,937845a2-a9dd-4bc4-ac99-d21fa2984285 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,51e53536-336d-42b5-803d-655ed4fefbd7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,a6ffc240-098c-42af-83b8-83d02876b474 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,d335dcb2-3c39-496b-b4e5-251c352062c8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,3d4cabf0-45c2-4a4a-b932-8e1fe94f2c6e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,65bd3e56-fb35-46ee-affa-933a6dc5ca0d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,b3b212ee-f75a-42a9-aa7a-fcab4000b521 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,9079cd7e-9e4f-4959-895e-e0a16589888e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,19b95e77-7619-48d0-8b0c-1cf5e9e330be +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,facc22fe-24fb-49ad-8693-c5f0b62df6b3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,80816fd9-c635-413c-ad46-ac6ba577ea92 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,a24b22a4-0681-4c79-b92c-a72f45456493 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,7d57190f-a2b6-412e-a499-1089c6ca48cf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,23b8969a-781a-42ef-83b7-a4eefeca1846 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,12dc6000-3c3d-4e83-8d0e-11ad43576666 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,e02ff250-2236-49ed-9d30-0f3455aa3751 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,85e9204c-9ece-4405-b260-b96607cebe49 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,c135fbc7-e5ce-404e-838d-0c1eb0e1553f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,ff0ec056-4938-4ecc-8d52-3fde628d758f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,b1cf5a7a-2aad-4d71-8b69-4f64d89a7db0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,6f36a05c-e2ac-4869-bcf1-326d738a6c85 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,27aa6b69-ae25-424f-9471-150c54fd3173 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,bb143b47-b3f7-471e-8830-048a79e2477a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,3c574971-dc26-4913-b954-ad9527b9855c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,d35b1877-2404-4439-8dde-97226e1e9d8c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,bc619ed5-d09d-48f9-a5bb-3931a4f22c0f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,49214da1-9dbf-4b14-bb1e-219f959299af +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,809e38b6-89eb-456a-b285-0ebcfbd2e82b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,b9f614ac-e00d-4a22-9368-7a478f42e63e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,e1a62158-4ffb-48d1-a04d-22133c0d6519 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,73dc673e-d9e6-4219-8593-120d0cc41872 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,325dd47f-0550-4b0a-8d89-ee4d10b7f7c5 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,2bf86899-d825-49df-b1ff-ee4112d13e3c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,a2930bce-7fd2-4b96-9045-0e42c2a1e200 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,58041e54-6e2b-4605-9c42-cc88c144dd32 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,3f084d1f-53ac-47e4-9abd-1b10e4bc653a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,f68f2ac2-0b9f-4fb2-9bbe-32476fe2c565 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,f8cdb003-bd66-4ca0-84f6-30bfa942f595 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,5c2b83a2-e0fd-4633-9d68-a8cd4662d40b +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,3df26922-7a8d-458e-b1fd-5537c2865089 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,02fb0563-5c2b-4786-b530-da49b263b279 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,b37917da-1a9c-4f47-ab15-5983652e3cb6 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,b8d64754-285c-42b0-be0c-e5f901aaa4c5 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,967b6b3b-4c85-4c97-a545-25df83b79204 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,2407c15f-999c-4a92-b728-913ec72b0717 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,a5597cc1-fb5c-4c9f-b9b9-c81da0e4761c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,b3049893-0376-4eae-8dad-c240c4dc4fc4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,81a32f80-a6bf-48ef-9c1c-a46fdbd744a5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,ebf6030b-5959-4f7f-8e8d-81438921ed4a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,6f454acc-0507-41a5-a753-756cb06c2e53 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,7220e94d-5d1c-480c-b42e-7192ea1f9bb8 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,3d2befe8-2098-44d4-b546-25321c963972 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,57a3a1ae-0d18-421c-b773-7e12795d0d48 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,a94beb67-96ea-4b2e-8df4-0895035a4375 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,5d55fcc8-0cfa-4199-92a8-ad4ea6a2f01a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,31d7bbca-a837-4d01-8494-e106a3fd3a2a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,db96353f-ab75-45a8-9f7a-dde29f857511 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,4e58d86e-eae8-46e0-b27b-597900fb5638 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,277963e2-a906-44ce-986b-a50bb7095cc3 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,dbe65bc0-ceec-45f4-b54c-0b3710c62a7d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,4615bfd8-6716-4a73-9ccd-ad35dccaf368 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,9c404786-01c7-4615-9fcb-9bb7835f1e86 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,146d70f2-174f-44ff-975b-44cacc0d9249 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,ff68a3ae-d13c-4a81-ae67-856ad2ce08d2 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,f28a2315-7a04-4d6a-a102-fe6b830996b7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,5a483d3b-c943-42af-b145-d2cdbf455a11 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,31e062ca-5cc4-4192-88df-e06324cd8e11 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,9bad64ae-2ad1-4674-a0a9-cbc05ace70de +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,a2349c0d-5e34-4173-93c1-658127b15fd0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,9dc3b8c8-694f-4ea6-b6b6-1182fe1206b3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,a5d31654-8c58-4b8d-8ce9-a17475199b72 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,ecb3a712-f1c8-40f4-b815-7ba75f96da52 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,34d416b2-1c35-4b5f-9103-82b6298bd6d2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,d60da3c5-a60f-4062-bd73-85cb60285278 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,22a46089-f962-483c-9587-0da8d6603e8c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,3453f2a8-ae64-442e-9a05-871abcef03a3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,bc95d1f3-0e51-4be6-ac48-55e54f28716b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,bc06f36b-fc4a-41db-865e-1a6381601b1c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,3b9f9043-9cf7-4b3c-aa9a-de28a7507c89 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,18c5dfc2-e93e-4d92-82c9-ef6b9a782ca4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,1aa9755f-d1f2-45b6-8bac-6f81269e41ca +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,4ca35919-85d8-4bdc-abe8-1bd02f085bb1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,1bc874c7-f3cb-48d8-98d1-3e9aad686662 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,e39a562b-3a46-433b-950b-4a7a42cc6ec9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,310e1896-a5bf-4f5e-b18a-12abac3d8c86 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,3fc78d05-7446-4e1c-90b7-32a57790ba55 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,dfad3cdf-4475-4187-8581-4fa5b19527ee +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,34a4f0ab-1dc9-4eca-aed7-4ca9d906f394 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,dcbc510a-b105-4827-8ee8-7dd1dab65d0b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,89841ea8-2f3b-49e1-923d-a87361fca688 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,648337d9-c8d3-4354-b972-64d02789c704 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,81d2b5b0-9cdc-4861-a5dc-8fc3ba5bd4ef +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,a24359d2-dd12-4ae2-8280-6d8bd76a8523 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,929d5f40-ace5-41be-94f3-f6f24300cfca +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,b7326d56-0e8f-4a0b-b37e-46e4dcb391a0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,36595b87-947b-41d8-b08c-e0f2735bbfe7 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,509daf14-76e3-4538-9f20-20b286518a04 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,66ede409-677b-478e-914d-f69a1a49f4e8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,dd7bae07-dbf4-4479-a8c0-d913f02897e7 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,5d6df8ae-adfd-44db-9271-fc834ce93ce0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,293e2da4-6be2-4bcd-8712-ada4c04bf5f7 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,98787290-3d2e-4377-af7e-8abe05c56175 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,11aa80de-beff-425e-ad16-94041eb6b60f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,c99cf361-7958-483b-a921-861fbf283d0b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,fcbc702c-e97a-4a19-9291-bb621985bbf9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,f311212e-9bef-4121-878d-8fb5629591f2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,8509342d-cc9c-411c-8c29-067885417100 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,ab0aa9d6-6945-4df3-898d-4da99d77a0e8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,047ca913-3bfd-480e-8e71-07d1d174350c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,bed55d32-1ad9-4c32-888f-46989b44947d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,c4791171-be89-41ba-b7a0-5dacabde132c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,f7993de2-94f0-4271-aced-a246b831aaeb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,0979cdb1-9986-4a2c-afc2-370645ff18d8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,c692a656-b475-47bb-bb8e-97e8d579697e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,b419dfb3-5a17-4e74-b10c-1ab5f20f8ee2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,1b6413b6-c7a3-4d23-a2a0-3a49304af911 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,4401c7fd-a688-4201-87d1-0a0b4ce644b3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,ee29bf13-532c-47c7-baca-2a3ab7ce5a60 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,7acdec56-e570-4d49-954d-ac2d1c2e7fce +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,9c16b094-20e3-43b6-a5da-0336cb422283 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,8cf6122e-c822-4f8e-8ff5-79ae14b6d427 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,415a6726-d24e-4a99-b67e-497d8e19c158 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,ae893298-b2eb-4d14-8fda-803efd1de772 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5019ea51-3805-4d13-9129-6379889ad9b1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,765711e0-b37f-4b65-ada3-3486b8ad2821 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,e0a17c72-7e81-47e7-a33f-21719ee532b0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5620d427-22ff-4104-a9d9-5a9ce79b4ae0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,dff904b2-65f1-406b-a890-0e6a14b6d174 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,c5e7895d-8690-4953-a37b-310b1910eb50 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,e9d06e5b-48d0-4be7-9fda-45e464bbc49f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,0172c035-be20-43bc-a58c-9cadbf59d9dc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,49f7bc62-62b6-470a-8be3-e8b2ee04cc87 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,05de9fdd-d0d5-4c5b-9eb3-dd6804fef7cd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,f1faa1cc-5886-4d4a-b435-b16c9c6d2340 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,f9e1133a-5102-479d-82ab-52d09ac17dff +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5038fa72-1190-4f90-b1e6-857335adcb1e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,fb0ee5b3-2ce0-4de1-8c37-694fc9da8962 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,85f14d84-8338-489a-a411-2a9add27d4ec +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,e0015767-4e5c-4ab0-8b33-dffe2d72bd34 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,a495716b-183e-4099-a6d8-73028a2c79bc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,8835e2d4-617b-493e-9712-f72ae3b6706e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,2fd688a9-e839-4e09-8f61-ddab505cfc27 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,190f1acb-a6bb-49ff-8307-31df80371ba5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,12dfa9fe-64a4-4da1-b574-01a5bacbed2b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,c138adeb-8805-451f-80b9-f36da81d86f3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,4d8c28ec-665f-4e27-94e4-a23e90093813 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,589b4805-fce3-4a45-951b-77891bb8c912 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,d448c9a7-f37b-4fc8-bb8c-cff029a9aec9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,3f0e8b48-f15c-4c01-baf2-f10ccaf27993 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,a3d56dc1-2f36-4f95-b857-40616bf5c469 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,4e076f9b-39aa-4b48-892f-abf4e199b7a2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,86695083-b8ba-4bcd-9680-c4dedf3aee12 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,e8378db4-b5b4-4327-9457-fe4d8708bb17 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,09dedb3a-3d94-4f3f-be13-4517e08e24e7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,a9aede11-0b0a-459a-9ec8-bff099a9d735 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,c0ef0230-67d3-489b-9aa7-58f9da15ec2c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,49215d90-cd5b-4454-b0d0-2ac016136547 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,bedbfd8f-f59d-4beb-bf27-404b8497bee4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,e904dc23-78d0-4285-8956-3a462fcf8e8d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,5f1aa359-2957-471e-966d-b74197e8f2a0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,7fc5c29e-e4e5-47e7-b567-aa294ddb2e81 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,56327342-9ee9-422c-969a-39301c6808f7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,b20b186d-db9d-41c5-a40a-81eeb415cd09 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,1ee2e1a7-e80f-43dc-b8de-76a035434cd9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,c5cb44f6-f5d0-462c-be24-3f0010d3842c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,0fb9d42c-5e9e-4584-81cb-bf43758df604 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,3e1cfc3d-a83c-467d-bcd7-39a9365fab78 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,814c3003-429b-4852-a140-f1adfd8a87dd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,5c277054-6d61-49b8-9fe6-c1fcbe5db6b4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,91b11a9c-2b15-4259-8fb6-14dd1d7e1c21 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,e9916091-aa1e-47a7-bafd-3096116f58ee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,64ec0a2c-19e0-4520-b69c-c5e6af05f842 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,45424ed0-1142-496d-bd21-97d810cd31ad +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,85047c0d-05d9-42ce-9967-116d45a75ce1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,558c2ded-45a6-4a33-b4d2-48f9e60eee87 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,dad9f25f-2eaa-420b-bac5-18809c01b068 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,d65eb2f2-2d94-4035-a462-573e162b286b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,55329b93-d5db-45e4-bf7b-273b2f5608c7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,b9971c89-d53f-4d37-a777-32e6728097c8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,c3f27de7-c5ac-472a-a781-568a9068ae32 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,9e004fd3-b41e-4d40-b396-6822447b2947 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,387180f9-35f9-4de4-967e-e1ca423467c5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,7d30c7ac-d29c-4200-a1b8-b2d461a9b731 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,2cd6c41b-7e56-437b-a839-e174ae19126b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,a0dfa1e7-07a4-4b8d-be40-ba9e3f131184 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,e61c4c1e-13a2-4c14-bd31-26a56957b680 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,a91588f2-250c-40c8-9904-60eb281c74a8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,97c9baf9-79c9-4f26-a8cf-3ea8f1231ed1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,5e39f561-5c4a-41fe-a8e3-c7f4857eeac3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,e432e66f-735f-4b48-9553-4ac2b65883f2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,fe906fa1-17ef-4923-afc7-22d4d40575e5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,56c3b9cb-af50-42b8-ba22-805b8405452d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,62e09d0e-7a78-465b-b8c0-462e72166a92 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,f2552c70-1546-4539-b858-f03aa9b4386e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,12a98ad6-02e3-4b5d-ac65-754bc3ea216f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,5e9f9ba0-c7ba-4d6f-9e01-f271f6df2c21 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,278c0ede-72da-461f-9f05-a5589afe8b80 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,8d4090f7-ec8a-4779-8017-7d95bdc105bd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,d16ccec7-2fa8-410f-ac4c-5287358e7fe4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,8efb6e09-0781-437a-ac96-812f26496a02 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,02fb7f51-e5bc-40c0-88fa-28c5bff7407f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,2619362e-1b7e-4138-8904-c1325e96e656 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,8d5094c9-116a-417c-9d9d-7e67b6c5cfaa +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,66d4cf5e-66f8-4869-9204-f95c113d7734 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,365382d6-b9db-46f1-8542-2bdb3d4dea79 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,0a98b424-6ca1-426d-94d1-71598d6abbff +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,2f0daeec-3cd4-41a3-a8ca-310f7d618669 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,55c920e1-66c5-4833-a680-167bddc95f75 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,48ca34bf-ab59-406c-8562-989698d8372f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,90113899-9e3f-4dec-97f9-34b70b006125 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,39edb647-9863-4fdb-8bb7-e76d64546674 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,a06cb283-e11f-4f6b-a988-c7bcdb751b07 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,28281503-6d4f-497c-b4c1-d3ec51ad1a25 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,d98ca42b-6e9c-48ca-ba51-133bed832bee +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,b22fafd3-a770-43fb-9e7a-02dc29aed821 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,0ae67607-d7ee-4c0c-9bc7-80a79e66c8f1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,207d4bc9-bb27-4838-8ba6-deb0ca6844c3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,580699c9-af80-4344-8f38-7a6b55aea830 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,b1773f68-50a3-451b-9b70-0f952c351f5c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,4e6d6121-1490-42f1-a650-905199f76d28 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,785154ec-a8df-4b7a-b75d-8d3d0720cfc3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,2814bf3a-04c5-4921-b63b-3e202f1e1c49 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,1bb9aa77-30b8-457c-892b-ceb1d48eb371 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,7d4f01f2-d65c-4306-84d1-666f195c44f7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,6e8bf3da-71d1-432d-995b-3d1480ac152e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,25dfdc13-cecf-427b-a6f4-192e4966e38b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,a4e48bde-bed2-46d4-a557-414420340ad3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,fa4e2f48-a3b0-44cf-ad3e-cce5b5082473 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,c510e82a-98ed-492f-b11b-10fe5c5ff4e4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,59981b64-e32d-4de8-8678-2d5a4e5f438c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,4b58a2d7-b0d3-4821-856e-bd985a9158fd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,37ada393-0bb5-4df4-b2fb-1dff2594f0a5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,a5904827-c0d4-4e37-b0ec-8d231396286f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,91f37880-6f30-4f55-9913-5a305365e74c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,adf2a989-5e6e-4f16-bb85-357a51689231 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,5aac81f5-8ba3-403d-8f1d-a511b40d8d94 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,712ce5a2-ea9b-4307-808d-56078392ccf2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,b69e3073-2dd7-4a7e-9027-fcd241b5e9f6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,05918d82-3d90-45db-bd53-3812cafa8e75 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,020faaea-f0d1-47bb-90d2-f18fa734bda2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,7cdf1eef-eff4-4bf9-9d82-519f56c904a5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,ba609201-32a9-4900-873e-136d343cfe0c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,eb0273c5-115a-4c1c-bfcc-33c208556897 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,7293626e-190d-4ab5-b369-68c4306d7176 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,f1cfb554-5e01-4790-be3a-3569fd6ec17c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,68df6aa0-734e-4551-ba99-cdd4feea1908 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,37195917-3c4a-4e04-8139-62284dd6b5ec +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,50a3e171-10e0-4fdf-bdf6-818ef2345bf2 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,db7bba85-dfa5-46fa-be02-29bfc120c0ce +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,a4eb1c36-f342-481c-a661-7dde6370d0a5 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,c0f39c71-10b7-454c-bf8b-935ed4b61795 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,e4764c0a-4b81-43d4-9c1f-b701c6aac899 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,ac31b6c7-1aaf-4bf5-8dee-f6f33cd5b5f9 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,8f49d0e0-922b-44a7-94e1-ecb91f24b13d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,0d1347e7-a7dc-47f5-9c51-2b0d92176044 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,046a0c71-cdcd-4355-b7ea-2c84f18c7171 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,ca9b396f-ee8c-4d21-84c5-a671f822177b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,968a3149-5bae-42c3-9c0b-08faa6fd0bb4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,7171e767-06ce-4408-be9b-2ef1f93df2dc +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,a0e9e18d-5aef-4025-aaef-2deb427a8a75 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,66704ddd-eac8-4b18-9eac-ff9f6c1f68b9 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,7949ef96-33a9-45dd-96d0-a25e7c743274 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,68c8d8d0-99da-46ca-be2c-9e5a9e8185f4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,8a6f3e74-da2d-472e-ad26-e68e6166dc01 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,dd6b5615-8cdc-43a2-8ca0-40db5aa99217 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,3909258a-b646-46d6-83a9-ab5ba9d13527 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,660dbd51-2774-4cb7-bdca-3b545e300fe7 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,9d69c793-0428-4834-a102-3b65fe619eaf +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,b80b865c-d883-428f-b077-ec5703090bae +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,29a32edf-4f2a-4ef3-9b89-cd5722fcf226 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,1d6bcf51-0f9d-45b5-af86-bdfd453dcf52 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,8af58690-03cc-40dc-b2e4-657235022132 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,d0ece822-63fb-4a7e-8777-8072b448437b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,a5956c55-0265-4543-a8a8-1c5dd973c841 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,51403ce8-8cee-4988-832d-df257af9de24 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,615c7b07-8af0-4e01-888e-2a1e301f286e +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,bff6f050-b5c2-4383-875a-6940d373c1b9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,81bff6bb-c2f7-48b4-9412-3bccf98aa479 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,058b6a72-2581-490b-aa71-93db524e16d9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,874ae0f7-64d2-4f46-97c6-b9aa6b6cd430 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,b9c6f1b0-a464-498b-ad1f-528b88fbbb12 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,8272294d-858f-4fb6-9fda-3d4c953bff53 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,8c5caaec-2d96-4716-b876-b7c84f789bb8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,3820e1fa-4486-4e29-85c2-bc12345e56a1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,b10bb860-801e-44ce-8108-9893df2c39cb +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,a2145652-f0b1-4695-89d3-4549a6bdddd7 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,d2e240e2-d681-40d6-89ad-711b7c78e5f4 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,762fa3b2-0acb-4535-9fe4-10b6446d587d +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,81fcba18-8c07-4fe5-aaa4-b0071421f02b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,8ed9d90d-4224-46da-9155-4f2226c44ed9 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,ae04a6d9-5841-4ccd-a40c-59340d9aeaaf +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,af4793cc-294e-47d1-a5b1-711bd2941b3b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,c2986422-e102-4bef-aa60-6228054bcf6c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,fc3350ea-196d-4087-98bf-2bed5f6760fb +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,ffa3c378-b5dd-4ed0-8635-609c10df8bbc +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,288a6f85-721f-488f-80dd-010aab8fd0b6 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,70d97539-0809-4c47-807b-0e68a80d7a06 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,c99d34b0-6b0e-4afc-af26-bd472fcb7bbd +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,de3b2dc9-a755-4b08-8def-1ff08070e7b1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,76748b8a-ef40-4178-8b87-d5a612dfc7b3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,727448f2-9f93-4bf5-ad5a-49af79c20646 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,1d313b00-d0f5-4454-94aa-e2e20d310be8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,c1424c58-1758-4290-acba-cd5213ed672e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,8f19dda7-0022-47c3-87a5-91bd1704a6a7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,da4ad917-99ec-41a7-9d8c-84666d964307 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,2ca775b2-d113-42cc-8eba-9491e2beb4aa +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,51ac2f3d-a4a1-43e0-8757-cf0849a61279 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,20be7c7f-28cb-4ab3-a632-eadc6fb6a26e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,9029a1a4-eae9-4831-babe-bd777f82364a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5a02f852-3fea-4a9e-9e31-1e7fcd86ba29 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,c49845ba-cf62-4657-b822-118968ef871b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,ba7dc32c-f5bc-4009-a3cc-6f86d9034c38 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,3a746d07-8adc-4c30-b12f-722589bf056b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,31686427-d45a-4b83-a8d4-1bb837b44dec +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,672a3f3d-3178-4304-b8d8-3806fee9fdc2 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,c570688c-0531-45f8-8138-a6d973f9e044 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,0a002f88-88f7-49b4-8965-f361f7674078 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,fe47e3fe-f217-4f6a-99d9-40970e1ec078 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,8f0fb45a-37a5-4f9a-a917-c0637e4ecd0f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,0034d510-685c-4e3a-a48d-d5f9b0b4a477 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,d00c3ccd-1023-4325-9ac3-d6b9061ccc44 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,4ca81387-4868-4d7d-88c4-ae3c6d6c0639 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,c6a5ad14-34dc-46eb-8099-8c91bb7f3320 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,e9aaea45-c730-4c7f-95ae-697bf97533c5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,3071574f-fb68-4db4-a8b0-ba62ef507ab3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,fefc663c-23e5-43df-8e2e-966a942082da +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,f5e74a65-28c3-4bf4-9e20-4968897a93f6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5719c6fb-9c48-4352-8ef6-c50a2eeac9c6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,b7398563-2561-47fc-8565-5fe1df629e5b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,9fcdf36c-57ea-430c-9433-5250c2d682c9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,9dd1745a-5220-4c7f-adff-3ac1b9e7bee1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,3037339d-9ba3-412d-8c9e-004d8d537be2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,0d836645-77c2-4452-9eb3-b7f01b642877 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,947777fb-f13f-4404-9bd3-acce3744d075 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,4e585cc8-375a-4e3d-8d41-f62cece839e6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,2150bb9a-3823-421c-a8c8-74705d7c9464 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,dbf9c476-5b04-470d-9383-863869fc9d87 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,05917814-eef5-4a4e-a9f4-d6224d8515c7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,90c8bcab-f1e8-41db-a5b0-6d2a75505e33 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5aca076d-39cc-499f-a5d1-37b94e8bee03 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,6d00d66a-7e4e-45c0-b9c0-4003d71476e9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,07571673-e839-40a0-8748-8465db2db7e7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,df455837-2bd3-48b8-a5ca-4a87b9ae87ca +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,8dcabf93-13eb-4aac-b8cf-0ba62db903da +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,da268d98-5c6a-4194-a177-c5ac2f814600 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,7d70140f-ce07-4e97-bdc2-28d2a17da5f3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,558947bd-190f-40f3-b6da-acc02cb260c0 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,08cde62f-eb04-482d-b3ea-c3915444c3c6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,ac5619a3-7a62-49de-8f61-5b783b866719 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,66a8f64b-4c0c-43fc-89b6-94bfde7f0139 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,8c4d41d3-c1df-40e6-a1a7-7a07c2d3a6df +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,27981da5-d21f-4fd4-b915-66ab8921dde1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,36c6d992-67c6-47c1-9dc0-d66cd953e265 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,3cf547f1-24a7-457c-b092-788c82d6cc0b +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,6b7808bb-c0bb-4bfe-9d6e-361f53b836e3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,0f51c2d8-eab9-4bf2-835e-0a8ea8d18673 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,755d2158-45fa-415e-964a-d764e31cfe3d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,d837eb64-1f42-446b-8d7a-7035e223b241 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,95a05689-880b-4589-8c06-85327ae1f8b9 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,5f45dbeb-50ef-4ecf-bef6-1899f6302517 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,28a8175a-2dd2-4234-8f3c-8187ebe6a728 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,11a7fdfd-3dc1-4e7d-96bf-779152ed14c8 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,1696453f-2dc7-4bf4-ab81-7bead0df169f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,54c6c07e-2bbb-4af8-a8a3-98a15aee6602 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,1c3b4616-75ed-4e64-8fae-57fedec734cf +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,e53122bd-3299-474f-a32c-6fb184527a28 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,98bc8c2b-dbdb-493a-8629-80cf00f55e47 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,44012896-292f-42d2-954c-124a6ea90f44 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,52184f0c-4e7b-41e9-95ea-28cbf9344e1f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,fb930740-1a9a-4c18-ab3c-39f7c06c8962 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,5268f956-40db-4de7-b63e-0a800dbe8d8a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,55c1e6a6-7cb4-4e05-ac70-3d7d3e491240 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,ba46795d-6c2b-46b1-931e-274b3f4ddb28 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,2b8fa23d-5b99-4c0a-9834-f0d653557536 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,e6a5ee96-9169-4cef-9215-a67a3ce4f075 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,a346e74e-7455-4f51-9fd0-132d5934c1c9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,dff54530-9ead-4e83-9cba-5ae591731873 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,0ecf4978-54ec-4fe3-8c47-4434a2b0f5bb +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,a2f13c13-e7ed-4e13-81ed-927c9e10bc7d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,2eada8b8-bea0-4405-aa69-5b0761bd73b5 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,7a2f5385-32ce-41e9-b579-2e480ac99b83 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,e0d87e42-77b0-4044-b0b7-27a704397880 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,f0e0e548-9158-402f-9f3e-3059c69cc947 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,0d86b96d-1cb3-4954-aa51-558196e0a544 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,fe811aee-337d-4f9c-b621-6342e0cd64d8 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,f1901d74-8620-4a6d-8b18-637a33fda06c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,c927ae31-2651-454b-973e-ac73744e1cee +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,596a7829-7fbe-42b4-aef4-b886261ad8d8 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,b55c6a3a-ec20-41b0-af83-1ba4b45bf7b9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,c68897f3-654a-4a40-9f7e-5871113ada61 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,6fa3ccbf-7494-46b0-81bb-6d2327e0a786 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,b9dd0b8e-c96b-432b-a80e-4dc2c30dde1d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,9ae7cc05-804b-4221-8e73-86515997c235 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,ac3a630d-ba01-47e2-a10f-79cac6d9b68a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,542cf0d2-180a-4081-98ed-a21ebf0bccf7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,53b20406-d07d-41f2-a1eb-81dca092bf36 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,0efd8c9b-c819-4735-b390-374328e5324b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,3df2ced8-383e-4929-b6e5-a0f631389ea5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,3804b51f-8355-42b1-a646-c79a9c2f5dad +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,237283f2-64e6-493a-b702-5c7743bc31dc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,de0845bb-7f49-4b29-acff-8961ceaed7c4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,338d030a-4f2b-4019-b3a0-d36e46475159 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5b7ae604-2cc8-4e49-9e50-5ac08f0fa4d2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,04025b5d-f2e3-45c2-a20c-720064e7e3f6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,7c87fbec-4719-427e-9b35-ed219fa10315 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,9207fa32-b93d-4236-8452-fd3428972c6f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,dc68b128-68fd-47f1-8560-4c1ea4ec74b7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,eac7fc37-57bb-4865-8412-8c0fee49a07f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,bb4349d2-715d-4378-8618-14b3c36262f2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,46654f07-2389-4c91-85c5-935e40aa7db6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,61b78d20-3c8c-4d7e-b333-cf1816331621 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,7516d97b-af00-4299-9f9b-c8ec87c9a8c0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,2e327cb3-ae29-4a6b-b410-1ad0e0834c90 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e4748414-e1f8-46c4-b6b5-7f99eaf933b4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1116b7f1-3076-4560-807e-68f0627d43d6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,164d1c1e-768b-4758-a3a1-31acb06290ca +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,9c510178-2275-4ec7-82db-da17170086b7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5b88d2bb-a405-4d93-8949-ba492704a0fc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,504795dc-3d8b-4f07-b0b1-387fdcad51bd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,a0bf9788-184a-413f-b9d0-97636b5689b5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,89e60f27-1db2-4344-8a7f-c2ca688ffd93 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,6310770d-768d-495f-bc92-2d1129eb1abe +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,03b8e3cf-39fc-462e-abdc-2662fb9fb747 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,b9b1337d-7b87-4188-8b17-895f6eae1775 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,775c1489-e67c-44ef-9a87-65af73182e33 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,b1d55f42-9a24-4298-9540-a5fb05a6610b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,a86e7b0e-8953-4a7c-8c08-9e1538527322 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,1af8c151-8d23-45d2-8b5c-aed1923657a7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,61c4c38d-040e-4dd0-8bd1-c29cbb9d74d8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,ff6d9af5-1d98-4e32-874d-2a051b88eedc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,daecb6ca-b186-49aa-9120-6f3d7ee95f16 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,102c507d-0980-45be-963e-2e24d5cd8ed2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,6b484f30-8d26-4a40-a352-01293705cd9a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,6fc0020b-ae30-4262-8ee3-939d040973ad +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,b6f4c9f1-0b03-4cca-bbcb-f996f29b1ba9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1363ea94-05f5-4c00-afcf-f6eb8767347a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,52f345c3-4cd4-4f86-b1f6-2b199545992a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,3ee62b84-50b0-498a-8021-92310cf5f4bf +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,56c37842-cdb8-4d27-b39d-73b680033220 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,05e353cd-4db6-4164-a22e-063f203d39a8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,a7af933c-53e3-4c65-9224-98d5ed44f125 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,a51c1568-d163-4ef4-b7ac-2afd7d458745 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,ba2bd244-e3a2-421c-973d-d91194d29930 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,6ef58dfb-3b86-41c5-b96a-cdcf0495fafe +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,73b668bf-3970-4195-a106-c2680cf5ccd1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,0ff22c3e-2e6e-4d6b-bed9-0fae13f1018a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f5d5e144-443b-40ba-816d-cb6700a29714 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,475f1596-5b20-4d98-b65e-5d0aaa2cde3d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,656beb52-a22f-4379-9413-0462d68f9f73 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,ed743b64-471d-4508-8ce0-9765b0d67f99 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,78633547-1e6d-45d0-ad21-d770c98e7a6b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,9f0aecdb-ec90-45ee-bbbd-4a680c9672de +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,fec98e27-3b0a-4e26-8d7a-d8d1b6192e9b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,b8864315-3356-455a-91e4-59dc404da43a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,cc6e3c76-9b3c-4b88-992e-f80a9ff03c36 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,6c923b8c-d643-4045-8658-93efa2fba99f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5f055efc-9201-4c59-a499-2b6d628cb961 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,8413502f-6804-4257-8d2b-4fc533bd681c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e3e4b7db-59b6-4780-9e61-2b2110409da8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,3069172d-0bdc-455d-9939-e01036a785d7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,a84569ae-12bc-4870-9800-0194b5649251 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,cbc810b0-9dbd-4d66-8a9f-cf12070a3938 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1362901c-a609-4a53-a547-984c54660b17 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,ab7acd66-dba3-4ef2-9ab7-a62a46c5615f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f294af62-2915-42dd-8308-0985554640ff +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,027feb93-5184-408a-beae-c67f2af102f9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,16b36274-9193-40fd-996e-5c6694e13dde +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,689f4197-46df-4ee3-8ebe-3388e7d8bcd8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,d4ce948a-9240-45e3-ba3d-c955c848b6e6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,e0261976-4e1e-488f-919b-b78d7ccc8428 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f958628b-c10c-43f1-9b1a-5351e642a1f5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,776b5798-b017-4210-946c-967550a72a4d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,bad291fc-c5d0-4b34-977a-6aa03bb8667f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,8eaec6d8-540e-41d1-a5bf-6702ec90affc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,7106ff33-ee8b-4077-960c-f1a1d7a6bc28 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,f8954e2d-deef-4cf1-9f94-d4d6cbb1c452 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e473889d-13ca-4eb2-9d65-9feb3b115f97 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,19b3c597-3e9b-4bee-b642-8282cbb148b6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,9a849884-6dda-42e8-a773-68879d061ba6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,734f497e-de1b-4039-8d85-a4602d0af896 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,35c3cda5-3658-4ca7-9bd5-5ce23e26f5b4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ee836b16-fc58-4a49-81cd-c11048184bb8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,5a0dc2c2-d924-4eb9-b6e4-384ab772aa07 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,9045433a-4c58-4394-afc0-84b18e311d49 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,f2ccf7fb-a3f8-474e-a837-6f8c425fe284 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c7ef3589-42e0-4182-bb16-64ed9a5d0051 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,91303072-aa43-4ae0-8968-7ffc3d4fc1da +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e9936a5b-be41-4429-84f6-a6545da70d29 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,66330b4c-16f3-4f51-bd1c-d981d8cac0b7 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,fb487813-389a-4b37-ac7b-6ef23255ccf5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ea5130c6-a4b3-42f8-aaca-bf20dde9c5a8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,59853c3e-4505-4d6a-b03a-5c472afdf27a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,1a61c579-e797-4eed-bae9-f768ad0dee7e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,9c1488f4-d9b2-42e2-ac55-9ed65efc8e7d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,f2434d69-308c-4012-9f76-4ceb06a8a030 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,3da65658-6adc-4f23-b547-59ee6f5efaa0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e0fb7bdc-7f8e-460a-90f8-4297411fc043 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,638f492e-c5fd-49fb-abb4-8ea72b5254da +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,15391010-c242-4785-afbc-f42c0363a63d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,387f2b34-f34c-462d-b798-65b93a68c887 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c3c78582-2b58-4558-805a-45f5bf4f7efe +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,270b4042-88cf-4241-860b-a809d517b43d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,cd420f8e-ee43-48fd-83c2-fc1129c6d21b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,924198da-4719-4fb0-9f3f-e3448ee512b9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,b2413493-1a81-463a-a66f-1da1b85b0792 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,0847a248-cdb2-4b9d-9c44-e95c3b8b9524 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,9b9b0c33-bc72-4e45-80d9-55b880e234d2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,2293bf07-9960-42af-9db4-7c4f7ec87e7d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,142a8881-4189-49aa-9dcd-eaa188ffa67f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,98177723-830f-4179-abe6-d977440c3591 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,6474307d-9723-488e-aa9d-92c03e4df6dd +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,23a6037c-1460-4eba-9955-e6bc11802604 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,b1808dcf-f5f8-4758-84b1-11a07fb8e16c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,02edb708-4ebc-4c66-8efb-533341e44347 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,05a94516-aef3-4b27-81d1-8327bc4bd90d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,afdab920-8930-47f3-93d1-002aa40c8a61 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,474e1222-77ac-412d-bcaf-7c21908f8359 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e3ddb959-8c11-4971-a955-974c298a9169 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,db3ac995-38f8-4df8-b668-dbd864070cb1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,6ffc6267-93e0-4b5b-bd11-d11e4096703c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,71f8294e-54f3-4608-9f20-039df0725698 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,e5dd828f-41bd-4759-a4d4-c15068c27c4a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,c65b4fce-7e95-45e2-a64d-36d7471c94b8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ca1e9b00-89c4-4ce2-be0d-8e5f43dc1d06 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,63d769b4-e5f9-4f8b-bb1f-ed6885e573c6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,5c0f0763-54bc-4144-87fa-a05287a7a3af +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,2c87bc64-8186-43b1-99e5-17d992ca3057 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,edc226e0-23f5-484b-935e-d7f1953a53a9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,1bfd5316-50e9-449e-8a5b-73d7f7cd3312 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,d1d98e08-7eca-4115-b62f-03bd7134349e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,22a25ee2-b50e-4b26-9195-91add2f0ae6e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,a144bc71-1372-45a1-b337-22736e5714d2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,df266dd1-7fc9-4295-8c04-2996c7ac59b4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c0208ea7-f8e6-4a1d-922d-2aee9ec76dd1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,8cb6dea7-3735-48e8-a555-d6e949c54da0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,27c78fb4-de31-49a9-b83e-d64e95ed74e7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,9059036c-831c-4724-a682-5c32fbeba0b9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,ad5c3699-b52d-46ed-b5b2-6a89327c83cd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,f51fc7e2-fdcd-4f7d-bbd0-25d72d30492d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,61259039-edfa-4670-bf54-61509a5424e5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,57e73563-0e4c-479f-a4be-d0ccb8ba068a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,7048b223-a400-46c0-ab54-549eb001c116 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,95b7d6cb-524d-4794-9387-0674871e6231 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5159ea81-40d4-4abb-a852-d80946666162 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,46b4a1ff-df3c-4d06-944f-27f67fbe19a4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,b1c2a6af-ffd4-4f14-a605-c32c59d77bad +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,7d202f75-4ee3-4e5b-9c50-2fc6da258483 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1f82010d-ea0c-4b24-a88a-b50e3f75c1ef +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,c3dbae1c-73e6-4bb1-83e4-610b8e153d23 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,4143c001-9fbe-40cf-ab62-44a84ade23e1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,320da210-161e-4cda-837f-07d0531a6257 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,296a6b94-7cf5-4b78-9414-7fcb10cf071f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,02cb8103-caf3-451f-8e2b-bd0e2373ed39 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,2baec036-8883-4810-8470-8ae6c866269e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,777e122a-6c7d-4794-b3d9-210983ea163c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f3496471-f66b-44d3-b9d9-79a230c8aeea +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,c4ccf07a-74e0-4806-a12b-99404f9d4a5e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,8db3d095-5dbc-48e1-a619-0b2132c17710 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,486e26d6-197a-4333-afdf-edf82034ea2c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1010ba3a-97c4-4141-affc-60afce211fa1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,acd88117-2c9b-444a-bd06-a9a2b9ae6616 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,e64938db-c70b-4f11-8301-b226e9fc7855 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d9c5b62d-4e80-4929-be18-5d5915a79407 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,e036ad1e-bf39-47d8-95da-af636a2a6941 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,440dc68d-2d75-4ab6-bc12-c8ed2232d93d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,febcdbab-1ce0-4535-aaa6-80d1a95e3f52 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,cec742e6-bcea-40b3-b7fb-4d63a2659ab4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,d1fa550b-ce02-457f-a495-6c8f833de2e4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,fc8e05a4-f1ed-44f8-af64-f8cb63f76bb7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,23475342-8617-4ba7-b1e5-88cbeafea629 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5b335f73-cb6c-44fb-97a7-1e97393f7b75 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,79665409-2ba4-4313-9d78-f638c595aadd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,ae32b528-086c-4fb2-aee9-44e1c92ef385 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f42ee582-8931-4298-8a6d-b5dd1ce279b6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d29be5ef-59e0-4339-acf2-fd72e9cee4ca +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,a5ca03fa-8b39-4ecf-9774-d4cd0368229a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,ac36f8eb-d8c0-4c87-9cb1-ba9b938b27d2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,219fc2cd-9edd-406a-8337-39ce956bd01c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,69bcacff-e2b6-4fcc-b3ca-5ee5f515e62a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,2e7d0254-3f9d-4b77-aaec-e708fe10998d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,10ee7e35-8cff-4b97-8cf4-e716219f41bc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,7059ed4b-d470-4006-8150-85a02a684ce9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,e7095c32-6fb5-4647-8a97-fada26818347 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d9bbc056-2635-41b6-ac7c-824b822876a9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,5ee9b58d-dcb0-4f0b-9b93-11b28119e61d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,1b61a75d-26b5-421a-839d-cca0f5156126 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d2143bc7-239b-4ee0-8af1-3e3e03b87622 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,152e0ba8-77e1-4c09-a83c-3f4c7bf72b69 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,4ad1ca7c-ea80-4cf1-ac4b-eeab2831550c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,72c471df-42a8-4a8f-88b2-4a3c1fc4ec34 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,51015cc9-a5f4-41bd-9b2a-50221be67f67 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f6a65b81-85bc-4ac3-b44f-8e81dd045271 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,42d115b6-e573-4a66-ba15-9239e1d35fce +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f6fd33fd-d7bf-4dcb-9a3f-263fbd3142cb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,c247a3e3-c94c-40ad-8bf3-263e5a7aba93 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,64c96378-1fcc-4c05-b721-c1cb78780f67 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,5237f523-5eaa-4238-98bc-f22f67fef11d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,61c3aa64-4e3a-44c3-8ce9-96291a25a961 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1a9d3935-699e-4bb1-9a56-d92f898dafc7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,81881b26-8333-4c80-8b8a-9a3e6f30d09a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,709c101e-f95e-4e29-a47e-c4358173b715 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,be2344ce-1a28-44f0-899f-6fd6e4b06a8c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f8e10ea0-f399-4128-8df3-ab0eeb8c50d0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,00a42f73-8117-4218-a8d2-eb36275dd942 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,a2df76c7-1a18-4c26-9fd5-b72b444a670d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,0714c1de-a57d-4be9-8609-856db6a90b36 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f7a52f45-f13a-4939-8cf0-3df99d5b7e73 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,944117bb-0d2e-4c14-ba04-d83933d09078 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,9d6d30ea-c294-49a8-8156-602b8c7a4dd7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,d37b8875-1c80-4842-b0bb-968a3ae2d7ae +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,e22fa69d-0a95-43c7-b15e-0904d44dc189 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,084955e2-2410-4bec-815e-c63fa1c170f3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5537e24d-adc4-4a0c-9df2-3350b85a356e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,a668a7af-859a-4533-b832-3fd039dae5b2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,4817fcd2-ca23-4e60-85ce-ff4b210f80f8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,2fb93843-5f92-463b-b2ec-7a8354360dad +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,aed54335-4ad8-45de-a172-fa0a2756e106 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,100c48ae-e1eb-46b3-a177-a275a841e220 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,26a41930-a569-4371-bc3b-c4758b1f05ef +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,f0600c84-73f4-437d-9320-1b858c82b87c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,d4c684ab-e635-44bd-b2ad-2cf1d905c137 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,94c2508f-ea81-49a8-93df-afa9e5c2e773 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,9a7f4aec-ecd6-4d94-81a5-1c6877096aad +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,ed048610-1a26-4606-ab02-d7e389e2b67f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,9478aa50-ef8e-4343-bd5e-6dd1cd580cd8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,fafb0213-12df-4606-83df-48b9766957bd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,6f783d9f-45dc-41ca-a55a-a364fc9dfc9e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,abe85403-6f5c-47c9-9bf8-fa94d167da59 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d8e55cd2-96a5-405d-926e-c0419a1295dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f52c822c-a416-4c91-8908-0c4ba5bdf842 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,bdccf25c-3951-4be4-a954-9f62341bc0d1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,18332d6c-b4c9-447f-9f45-3fb54cc32d6e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,dc9248f0-c3ec-47ba-9d76-ce7c0307cc41 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f1941bd9-4d3b-4d95-800d-a890787680a3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,7b821c2c-e0e6-44c1-ac48-00c9554ae03c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,7aa4e8fe-9c35-4742-a44e-a86deaaf2e35 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,a5fc21fb-909e-4d8f-94ad-c56333de94c6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,64829d37-1fdd-4d6b-9796-8a22e97a6604 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,482dc387-fee0-41cc-b2cc-99d1cfd93572 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,a8eba1d0-056b-4fff-8fe1-7e9334d23fe2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,4f4e776b-0fe7-4065-ba50-b83e37d77e21 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,b820956f-5c4d-4ed4-aa23-0bfb231dc7cc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5d7629f8-54bc-4335-93a7-2e2fe8d56c68 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,759487ba-0f8f-4c37-8285-173b50320b7a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,40bc6256-8618-434c-a02b-fdcd896c98b2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,27742ff1-d3d2-4a55-b8fe-0bef6ddf0d38 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1a8b921e-dcaa-4bed-b35e-d61891035a19 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,43302f6b-be9c-47c1-941c-c3128228834f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,9868a888-bf19-4517-98f7-d615eceac588 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,f9aeb2e8-0642-4a63-badc-ab033de0dcac +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,8a3883f8-42ff-4f08-95ff-07031f53777f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,0946fa2a-2e1a-482c-852f-147f313a5a5a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,7084da44-a854-492e-ab16-68cebef235e2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,a7829973-8b41-4ad8-92e0-d9214d0eb5e6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5194df8f-0412-4c3f-918e-65e42ff25c87 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,921e2e07-7a7a-4b59-adf8-e71e5dd5c920 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,475c1a22-139f-49da-865b-2ed445c006d4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,39a9297f-40bb-48d7-8e5a-d2184d26b72f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e9615da2-a2e2-4d58-90b8-96a291e43ff8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,ae5cdb89-a3ab-46d7-bbfd-94c3e2bc7a58 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,a454e369-7049-4ac0-abbc-d1365db6a5bb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,bb283aa3-3048-460e-9bf8-f12f2a430961 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6bd9f7bd-25e1-4c00-80f0-8666d50452e9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,d298af43-5a24-4734-9b40-4955a6efbf26 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,8d9fae2e-5609-4465-97f8-0e45dc339e94 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,44bf651e-e4b7-4f8f-9540-6d49ea6452a0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5e8ceb0b-9343-44cb-9255-319d45866636 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,97572297-fbc4-4524-8358-c1acff731ff2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,806a8a34-abc8-4415-9fb7-f996e2a0a2cf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,e81a0f0d-8392-45b4-9d1f-7cd7f5a95509 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,52699510-bba9-4fe1-ad90-86f520ae849e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,7e958838-952f-4777-a7ce-ba04ed5b6a81 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,d361f14e-d925-4d15-bc17-4139dc6ba827 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1361ff79-fb6a-4f0d-97ff-62edd07181cf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,cb47d4fc-8f7f-441f-89d6-74df88ac36eb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,178f5fb4-14e3-4824-8bdb-47cc0452f48b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,5227190b-8e0f-40ce-939f-b2b4ca32e7e2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,96ae119e-7da1-4a47-a786-32cab67bbdff +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,7cc932e5-3179-42cd-8188-c78938fa4bc2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e3f2dd2d-bb2c-42f2-a872-b734d02958ac +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,4362fff5-ff67-4a68-9e60-d46434545021 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,8b32ae90-75ff-4201-a10f-575fd7327e9c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,74f1fc36-f196-4f63-8d07-49510c15a39b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,e2ab499a-c6b8-486e-8363-b5be1f9b408e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,4a797427-26b1-40a8-8119-7d0a1c5d2b9d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,bf0c524e-6466-434d-be33-5cebb921b540 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,8574cfa0-3ba5-4a2b-87bf-d340c94573f5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,7a522125-82d1-4ac2-9945-ce1fa53826a6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,42f6610d-9ca9-400f-88e9-714d35b7e0cb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,e4a25c3e-5e5e-4b9d-9281-9dba7a7341cf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ad9913c6-980d-4ffa-890f-0a039f3fc8cb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,b03f1239-35d8-4dd8-9add-7c1d82fd6f04 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,52869fb9-3b53-42f7-b8c3-d54ea97c3021 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5b7d86bc-24b6-4b87-b27b-c9652cc591cb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a160e6ad-ee01-4ecc-95f5-4b2fa9b335b3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,313c03cb-ca0e-4e7e-acc6-9a4231558f35 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ea3f2f19-89e4-4d5e-a2fb-205423fb8ced +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,31e04a41-12cb-4e1b-a6f5-d5c15e275b8f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,2785ae48-65ad-4716-8232-09087c45ba68 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,1fa2fe32-2685-4daf-9f0a-2056a42b7782 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,2cb6a661-93aa-429c-85a4-9ed07b946404 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,caa5fd63-5692-4772-8465-deaa68adfeb3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,cec7a671-686e-4c20-9b41-e640ed37d33d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,51511142-0aeb-4c30-9ac5-9b65772714d9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,c0d756e5-1298-49bd-8d78-4dd5a88ab04e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ded1db68-7465-4fe3-8576-201cead8d9a6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,9d224a3c-4671-4bdf-a4fa-c323c5b2569f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,ec8513ce-a96c-4a4a-a3bc-dc3a909e3abc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,e3bffc7b-9030-45a6-8124-a5bb79a1fd1e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,480a9e44-1253-4796-8714-feaf77efb3c4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,32823eb7-f692-478d-bc3d-d982cf633d7e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,25b2e2ec-ff42-40ab-bd2a-6bdc3b47a1bc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1b1511f8-da58-4cf2-93e0-1b6918855244 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,fc83175f-e619-47cf-841a-b27ca73eb61e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,f8ee9bee-27a8-4090-b197-9f6ab15c071e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e1ec63f2-1191-4448-a034-93b52b58c9f2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,97876beb-5b9d-4ee0-b1ea-e1b8f6bedc22 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,4c7181da-2868-4082-bcb5-0f1f08facc5d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,c1e93ef7-f770-49d2-b7bd-6fbe6d81c81e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,956a975f-84a1-4763-999d-87dde1350b14 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,3d05cd1b-6a40-4e7b-9e49-f3534cd16f05 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a76fb1b4-29f8-4435-9f50-8e759f9aa828 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6eef7070-c619-48dc-9268-8dbc2d9f0339 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,52c708f3-50fc-456d-bdbf-f1cbf6e83fae +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,2f972f00-0b64-4c51-8170-ff08ed012a7a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,91e2ba06-e13f-4b68-848e-271c4a192224 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,75723035-9beb-4fa7-9bab-55e34b9c7c01 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,5992839d-a44c-49b1-932d-1dbd15c2749b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,b26e7828-7c1f-4ec8-a40b-b5aa666b9c49 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,f100ea8f-9673-4947-bd37-b43294df0c61 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a18fe8ca-fd1b-494a-bfba-dcd99ae0c644 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6f1b23c1-e987-4c41-87d1-887455c78a1a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,dae19dbc-96ca-4adf-b7ec-b07c2e5320fc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,759a1970-872a-419d-93fb-c454f8de4425 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,f05ddfe6-83f3-4ec8-87e5-426f16ae1a4b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,97876c23-849d-48d5-873c-d45d84a0e4da +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,6f245904-a25e-41c1-9c4e-9a37ca68cd67 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,61ae5ac1-dc6b-45d9-94ac-93def6d5f1b3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,a1de5e71-2405-4eec-a747-d0fa5daba189 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,7cec5af7-4590-4772-b5ca-dea9e716727f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,ba9594de-97aa-4801-bd83-c3730c676054 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,874365f7-9157-4627-bd1b-73101ab48c02 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,9d03992e-04db-4ed3-a75a-51012ca60bc6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,f8ad0b0a-699e-4e62-8afe-bf8cee6e7e1c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,4a4edb97-7fa7-4975-972a-cd9d206b9381 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,70f8cf6b-d8c7-48b6-bce6-c44ee1b18e5a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0ca192b4-7287-48fa-ba01-33a38023472f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,8ff8b318-0c5a-40a2-ade0-565798f48334 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,64002134-5f80-4e9e-9a2a-c67094c8bcc6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,a1dc1082-73ba-4057-a898-a65e58f78452 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,a89b4105-fb2d-4ed8-8a6d-acce91725b46 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,e8f720e5-9756-4685-b127-543771078cd2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,1dfb2c99-4879-4184-ad10-0cb99ba0c59b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,6afaf96a-3ce4-43ec-bdf7-8ff59ef3a11f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8a356296-02d8-4dc6-bd76-65d6c08f124b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,db2ad3a6-3cd5-4177-8c10-f716f3605432 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,937bcaa6-a0fa-4bb8-a848-4eea06c70030 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8325dd88-7ceb-431c-91fa-dfb5954a953a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,5713c5f7-bfe9-4c7c-9305-a970177232d6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,9ecf306c-9744-4675-98cf-c12f3b470309 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,9474dc76-c8a0-4406-9ed5-946f99726667 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,3d61fcd3-efae-4cbf-8d7b-ca9e1f3db2f3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,e4d6e4c9-4bad-4b28-8482-89e8442d3e68 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,c41908b9-20f5-4195-a119-906a49637a50 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,c527fb34-f980-445e-a535-ac9afb5d0af4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,87855113-40c0-4231-83a5-0b3b4eea521a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,ccf1911b-856d-42df-a449-b221a66f8098 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,9fe4d928-8e8a-464d-990d-7057a0b548dd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,c974b793-3099-4c26-939d-4e629ccdb5fa +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,dee8b5bf-6589-414c-bea7-b7ee00d39702 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0bfd0de6-a0c8-47af-8782-79dd0b43d2b6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,2a2da906-d413-4047-b384-90b41a6a57c0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,a7a8207f-9433-4f8c-b74a-030302e702e3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,a1fd3d88-2425-4d5c-bfda-f8d51cfb0fe8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,bdf031e5-cf07-4d0b-8e09-4986be4ebedc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,bec2bad2-70e4-4ffa-920f-ea04dc362bba +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,8345c668-17d5-4bbd-ad0a-42d86e8736b6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,e9c8a282-360e-4d8f-a210-1deb0c415ffe +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,ff975c78-d209-435d-b894-66375d901085 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,06a8a8b0-f853-4f37-95cb-e5af3e0bb0f5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,2de143d8-2298-42c3-bfa9-d2e8daf9e0d9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,164b98ac-1849-45e1-bf10-f91d4f446922 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,2f9d9201-b446-400f-a773-92ac89cd4dd5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,87e0a8b6-70b0-4279-a332-6a1e322d2137 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,380bdf4e-629a-40ea-bcac-853aa0de7fac +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,9d9a6852-ea8b-4862-b326-7f858c9da0cb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,28466042-321a-4857-b0df-e634f4e0991c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,d4c66c1a-f48b-4572-bbe3-885b601b4e03 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,6f208736-a4f5-4bd0-ab79-6f1ed957464c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,8f1dafab-2081-48b3-8a36-fb0433338c8b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8f9b4680-2f7d-4ae6-8a58-75f4adb98ae9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,776e6d38-e6fd-41ec-bb0f-845991b8bf8e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,b403e850-fdd5-46bc-b168-897cbd5222e2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,17006b84-2107-480e-9e10-abd57bd968b8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,43378ac5-1f26-49ec-a424-09f004356080 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,09588506-e3e6-46c3-ad33-7ab3fe62f58f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,6a83fea8-81ef-4beb-b4ee-bfe30bbaaae0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,22d31c75-07f6-4ff5-8fdf-2b3f90d9c915 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,51e793e4-615b-4a63-b76d-78240e3bf33b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,add22bc7-8019-438e-a9bb-2f61a0f34aef +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,8e5502e9-3660-488c-976d-f572b6322b9c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,f9be0335-3d62-4903-9fec-067740e1a687 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,f33e5b4a-96bf-44ed-8dd6-87181a928974 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0dd820ef-6acd-4875-8725-8d681bb588cd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,36358893-fc0d-4965-b467-4acc7db47f1f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b431dabf-b08a-47de-a377-009ac659d6b6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,1b7a57ce-82ad-4565-ba22-d02a8275d592 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,f6b9b592-d541-4bc7-b577-09522d7f5290 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,20aeb14a-3103-49a3-bf00-71cda8fbbecc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,66cec86d-56f6-42d3-9bd3-e96ab67628ec +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,58d53b7e-297a-44ff-8223-56001ec9e639 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b5b12754-9580-403b-bba3-65f244b83d95 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,e7bd73dd-d2ab-497c-90ad-89b752f70f8e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,bb92d30c-1925-4bb2-b4ae-c3d816ac6814 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,2d5100e5-42f9-4282-8502-8f967e28794e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,fad68acf-b4d7-45c0-b69b-8c7ef1d479da +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,5e605f52-05da-4e97-b10c-900ef6902e5d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,610823e3-7867-404f-8aab-fc8a39aa4f51 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,ef400ff4-9470-45bb-b8e5-9a98a8f04118 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,dde4efbd-4c0e-4f04-92ba-90f3f811d04e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b9fed749-a964-4502-afa8-9b712a8be393 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,2373d25e-4463-4874-bc8c-33855b0c4611 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,bc80cafd-a7c9-4f54-808d-ceef64183519 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,dc962326-c405-454e-92a8-e784f8064c46 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,f75b23ee-833a-4288-8215-cbd9ab308725 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,78941740-6e3e-414d-95f4-7bd5f3b4bfa0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,f98cc667-548c-4763-af92-8ec6c3f6777b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,7e7f3952-c0ba-41b9-aaf2-f13f6537b802 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,3404543b-b5d0-49b2-a739-016aac87e023 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,3f0ae83d-570a-49c7-abcc-d01185fe35ee +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,fb2d45c2-8eff-4c1e-983a-41bb67d9fd00 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,84de0eb7-2cf0-4d4e-b1d9-1932f8af677b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,2f02d6a7-232b-4be9-a9cd-441f4ca3df0f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,eb9139f4-3b18-4a6c-a4fb-f9687d133b8b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,3ce7970b-f2cb-4769-bde4-a4fc03841ebb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,4236cc60-866d-41e7-84a9-9ca990076a87 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,34617f9e-f725-4f4c-82c3-42426df6ff5e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,6d844114-9840-48d7-a1a8-e0304826f8cc +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,3f989bf4-fbdc-4685-955b-d6a6b792877c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,49ee5c4b-2254-45eb-aa00-8b7e4ebce6a5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,20fb0768-0377-43c6-ae6c-0d05a1327071 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,1b164cfb-3021-478b-8206-78e7cfe394d3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,5e46cc41-8a3f-4785-909e-414fbe20bc53 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,940bec54-bac1-477b-be25-a3e3b90e21e7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,b33f52f6-ce19-4e75-b269-935171d266ac +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,fc88dcae-a7ac-421e-8628-0de2f0c834b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,9bb16c76-c2e3-4884-a336-2dab5cacb7cb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,5c499c4d-a1d4-4ac1-aad8-9a5862c32f4e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,1af12fbe-c714-45e3-8a29-5141a7993b43 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,69706374-46cd-4412-8fc1-36a50b16e497 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,99200b3c-5eaf-43d5-b72e-5e229ab42955 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,7f6b3304-299a-46ac-8921-9a1acdb307ec +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,8ee5f97d-b125-411b-a5d8-b456202b3849 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,5ecf546c-b37f-478b-9c18-918220ab79cc +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,188479d0-4b11-4d91-a00f-4475fb7d73d5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,e794ab4f-7ef8-404e-a068-91a8dcc2e94c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,b0f72928-a0bd-4a73-9131-617f62f8eb64 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,185b8dd8-8245-4688-b143-18e6ab016970 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,fd10a555-3145-4beb-8fb1-4a6a4840e7d4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,bbcc21ac-1744-4016-af8f-e82dde3ced41 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,1e73872f-7e1f-4b76-85df-79fc3deb9c5e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,8474a904-31cd-4f4a-985b-958d874406e4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,6343331b-f1a8-452a-b457-a6418732bc8c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,a1dadd82-00cc-49dd-9f37-464b86e19830 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,7264a7fd-3874-4422-9c96-04ae7a26e1b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,28a374c3-35d7-46fe-ae65-8a323f6fb3aa +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,ca46a8a5-49c5-4a2d-b315-26ffc1d415ed +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,af644159-e78e-4168-8c82-73b566cc8db9 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,0579d48c-e4b1-4083-a7af-4882fd7537cf +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,c787ecf3-d92b-4587-a795-7357d54ca5f2 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,f122a757-98ff-4934-8410-298b3c039cfd +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,20127c2d-6c95-4d10-9100-ef6acc0ea409 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,45908825-9e50-4122-895a-d760093b68be +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,b417d801-f209-4cab-a547-aab56e1a0b52 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,42e9433b-43df-4d50-ae09-db1a58e6a038 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,afe082a3-bd4c-4335-a3e7-f6f212e8d10f +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,5f95c8b3-9d1a-4a2f-98e9-95c1dd118470 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,be9b3b92-8f25-4a41-8365-252e8b02becb +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,f1fec123-63f6-475a-bb96-caed08d32381 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,adca9d28-4f21-48b4-824c-ef55bed92f28 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,aadbe2c7-9cf4-480c-ae22-3dcadd2fc6cf +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,1211893a-6545-45d6-bcfb-a06252182c4c +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,8278d264-ce28-4152-a1c3-1615713e566a +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,4051f23b-aec9-450a-89f2-50ed92dcade7 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,d6273fa0-4823-4715-9a64-0e29e66d144c +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,9d837e8f-43dd-436a-aa1f-94ecd655ad4e +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,ce5fb55d-eb5d-453c-a02e-4e08fe631468 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,9d04b3a5-4173-4696-bdbc-6bdeaa5724a9 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,fe1aca28-d085-4f23-a3b9-4d23e86c285c +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,8cfe7000-9102-4eac-86cc-e2321bf09845 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,1307d1ab-5e3c-4c6e-ad46-dde1f66c2186 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,05246d71-5fc6-4ba2-94cb-fe900da94bef +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,d6ef361b-3d95-43ae-bdb5-b63a5625b798 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,74333478-7ac9-40a8-b177-3a30dd9813ae +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,e5f7dab8-4a25-4736-b643-71e16d76921b +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,6c0e2eef-7bcf-4907-9951-d0ad6cf528a9 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,01b4c18e-d3da-4b3b-abd4-acf7412f5b7c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,83599e4a-259b-4de3-a087-a3caf3a96c96 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,4079358f-2feb-423a-81df-fd46ac5462d8 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,4ff59554-3797-41ac-8bfe-e1fe5788a79a +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,0b6fae98-5797-4931-a338-4a02ac57c694 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,f48f3abd-656e-4b88-a491-8a54d06a6ee3 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,ece6a91d-f55a-465d-a8ac-aa7a3a72e4a5 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,7f2fcc86-d21c-4fee-a673-6d7a6b1a9dbe +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,931bc694-1bd9-49fa-90c4-baf352962dff +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,6f798681-8a38-4ab6-94f8-564dc4dcd589 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,77fbde8f-c4ff-4546-92a0-38898e5719e3 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,8e90cf14-9a7a-47cf-880f-869c68f50522 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,530d3a58-1075-44f0-bcc2-26b7ee8ccd4f +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,806cd8c9-4b15-4ceb-a770-9fa4ddbb620a +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,aa30be3a-7706-4f9a-873d-c82331519755 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,4096db90-00a8-446d-8339-303ad07b0ee1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,416276ff-2c9f-42b1-9a4c-81200568be94 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a5e7e485-834f-4b26-892b-1785431e60d1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,00c2d251-dba1-4cb6-a5d8-472cd0507773 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,1741d3c3-620d-49f4-99de-f91f55fc3f3e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,9e58232c-2a0b-44e1-be7d-38cf40b96e8d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,0500c904-c50c-4dbc-be7d-95c44a773bbf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,2b192382-f307-426f-96c6-cfe00680c65f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a417225c-03b7-4f70-b477-7dc0f26fbf90 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,6dfbac91-deee-4a31-8cd4-df0d90e0da95 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e835e774-085d-48c3-8e0c-b0fcc932c8ae +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,6a356624-94aa-4312-9670-b6d515a0c8d3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,9e3dbfe8-95aa-4476-af51-08bf648e8d13 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,b1667799-e38f-4104-abda-ba7d9fe03e26 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a6839dfb-783c-4b9f-a081-0951320f8009 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,a4751384-0df8-48e9-ab68-83991cd344d8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,292edda5-de3d-4c16-bea9-2f89bfed741e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,f026325b-f87e-4ef5-b53e-e63a4f03dbc2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,cdc41ac2-c69c-4a94-b7e0-e16d785ff870 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,5e8d7770-6ac9-44ba-8a50-4d5861c7f2de +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,4b7c3421-5bf7-4204-a25a-0959974ac680 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,79c5effb-48c1-413e-ab8c-a1a1118c8a25 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,1beac141-98f0-4c5b-9c84-1b4ed22f314e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,72299f44-6bed-4a41-8b7c-6d7815e6ed4e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,5dc4c51c-e05b-400e-bd17-d8b3de79d3f1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,6cf3cb01-128f-4be0-937e-53d1f07db091 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,940216d0-d111-4f2a-8e03-dcc13cb64643 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,d31f853c-3b8c-462e-8689-762a7aec285f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,0ed030a0-bde3-48a5-b96f-aee9aa29fc4f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a6ad69c3-21ed-43f2-a198-0eb1799235bd +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,489304a4-95e2-4082-8359-b9e2136e4ccd +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e0784ce5-b1f1-4133-8274-152842059e62 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,4e7081ec-fb61-490e-b439-0f8489884ab9 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,c7930709-34c3-4a2b-bdaf-bcded628a3db +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,f7653263-8e28-4c5b-92a1-0b2355a79169 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,81a20985-fbe2-46f4-ac98-4d169f276230 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,4860e48f-c1df-40e5-9593-23254b1f2dba +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,100fd9fc-2591-43f4-862e-c17c4689145a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,73b3c9a2-b6eb-4d71-8168-d03f5383d7df +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,2f371709-e89d-4b1e-b1c9-943abf412581 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,195cb50d-a7e8-48de-a818-9c24e9279b07 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,5abe1680-c4ff-46d7-b709-d6b749b299f9 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,3c21aa6e-60e2-46b2-8383-e029951ef268 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,d44e0c3e-f7b8-40b5-91b3-04b331db85eb +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,8e1596f5-6ce3-4779-ac40-5e5d804cdb2c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,7dfdf128-8245-4ecf-bc05-018be4cfdf6f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,22bd61be-aae9-499d-92f2-df8506f722b7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,cf1dc3a7-a6a9-4cb6-99c1-c482b4c3c536 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,4494bae4-79b9-4c8f-894d-11bb4ba399e0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e71d6e44-8650-45d6-a953-9b8ebd6a585f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,6f8f641a-6357-4d9e-b503-6ab24133c624 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,e11bff17-facf-4a2d-8188-36746a23262a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,705cf5f1-b417-4223-b308-723098caa9d4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,0c2b8b1e-787d-465f-ba33-edec4184bab8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,d31804ee-9ea7-445d-a548-6ec1fd7b51df +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,37fc592a-e3cb-430c-8032-a932b956de20 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,754913bd-0a79-4a7d-b415-9c7a30a5d981 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,5bde076f-5b89-4187-9a22-e9a4dc709c26 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,44bcb612-fc29-4f59-b7c4-0b139a5217d7 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,605ce52e-9669-41fe-81a9-dac89c7d503b +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,d1904b99-55d2-44e1-937d-0fbb719e0398 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,153fe2f8-1a8c-411c-9152-ea93486b8214 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,f51c68f7-6f61-4fbb-8af7-66757c0d120a +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,5465e00a-5436-4b12-bfea-4fdf15988864 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,dc8c2cf0-6577-4832-95d3-7419eeb14bda +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,cc9d042a-d01f-4e45-92e4-cd00d6ef11eb +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,f769f4f7-951f-4a20-827c-80a30ce9f8d1 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,c4fd212e-9160-4e8f-97c0-75f70549644b +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,b98b61af-fd31-4c6d-8846-a287ae5d90c9 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,3494f154-3116-473e-96de-a408cdf34df0 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,6215d64c-2737-4fff-8262-5c9ece9d7131 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,f42e0ac9-bce9-432a-957a-a1ee15a03e08 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,a7cb025f-637c-4529-9d60-f9c489cba630 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,b4c73e72-bee5-4d03-80a4-1853300e8172 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,99f60fe1-8c76-4370-9a40-b938880579cc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5d99d028-0958-4621-b571-39ff9148a65d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,26f8253f-c8cf-4069-9e42-6368d42a742d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,bae42358-6516-48c8-8a3d-a26ebfa7b010 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,243cc22e-ea01-4e82-baa2-523a4d93a0c4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,d90e58b7-d37f-43fd-9b63-b592a2753070 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,e76a8764-e43e-48be-8e61-d3554afd3650 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,6a62277d-dd9d-4dc9-96f8-ada4e89a4029 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,79e92658-8436-414a-83f4-991dc343da3a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,21c20491-8da2-4e31-a881-31f7b82a74b3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,e83fed94-b17e-46bc-8ff9-600c5443aaae +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,a593b9e8-e76a-48e5-92bc-563f002cbe76 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,b53a7875-c066-4da7-ac10-58c5cedff59a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,ee39dbbf-e5a9-434b-ba35-6972d18ecfe3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,db50822a-6d1d-4bde-8af3-43d6469b37ef +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d7e053a2-8e69-42b6-9d9c-0fc1a3479d7e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d4760c24-a841-4972-bf9d-250fcc2e4bc3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,c9bb91e8-38db-4041-b1d6-72bacefb5f06 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,4ef2acd3-ad6e-4790-a635-9ddb3ead286c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,90fe466e-fc52-4d82-ad3c-704eb1ffe31b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,27e7b13a-48ad-4b40-9340-f999bdd31069 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,79bf7b37-e4bb-4293-9171-5328bc47bec0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,c77ded39-aeea-41d8-b892-51f8cea8a602 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,c591aecb-feb2-45dd-a183-462401d6a0c7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,cffa02d4-73bb-4da7-b9f7-793f9f8b539c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d505cee2-6cc2-48a7-aa55-06f551c4924a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,427ce6cd-cd43-4ee1-9945-15bbd646d05e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,ebfcc432-65fb-4bc4-a280-38cfee0b55df +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,14d62ddd-a19c-471e-9f53-56c6a25191c5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,d29e8046-5d03-4719-961f-99fd34491368 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d968e889-953b-4208-a0e5-f34f7c5890ca +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,03d5092a-f1fe-4e6e-9532-e99552588bfb +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,579f0866-4886-40a7-ae8a-ca3cb025d597 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,7dde4a58-3ec4-456d-9a0e-c221158ff23b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,9e3eba36-0173-40f7-a94d-b6f39d653545 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,701281ec-7d45-4205-81cd-5ac36bab0d1d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,33a514a4-a61f-436f-897c-371a9bd6b0c9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,64c77688-2494-4917-ab4a-b008cb132983 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,f2fe9c97-06f3-4560-b379-0eec2cce9707 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,0f413db3-c9b9-42e8-bed5-c7088bd5b637 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,fbd69b08-767c-4347-9485-12e28f8e5d16 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,da9a4a87-58d2-4946-b113-4e1b3538d362 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,f6a5ab2e-d34a-4ef6-83b9-5f99c1cc028d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5f4c6ffe-986a-4507-8ab7-3de385baf858 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,4bc664b8-f48d-4116-9227-362b2c604d2d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,52666b48-dacf-4fca-a44d-0a6386687457 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,2a1cee6b-4b74-42ea-86c3-301cf16c4ef2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,55945ff0-b1ae-48da-8f60-cc43827c1186 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,9eb2d494-d35d-44c0-b087-baa766acd260 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5f58d700-6c29-4989-880f-db77290fd07b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,13dcf322-3f63-452d-be78-c0bebc32a421 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,308d5e4a-19df-448b-bbea-5b4a99979d52 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,e2817664-8dc3-445e-97cf-a90b9a0c1d92 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,a0e003f0-f665-46ad-a9a0-947f978f32de +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,1a9241cd-5b6f-49ce-8b14-00c07fa05319 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d2626144-8f42-4529-885f-356662fb1b33 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,68157d79-2c6a-4827-8db9-70133c51d89b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d5ec3d6a-7409-477b-90b2-db746b0043e0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,394d7797-b495-4c50-b021-3b9ae893209f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,f051e0f1-88ab-48b5-b078-960ce8afad75 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,1b254b6e-dc56-4eab-a114-6dbeaadc569f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d9055ee7-914f-4d47-9db2-b3979d8d14a9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,104c00fd-bc1d-4ea6-88cd-e2b19c5bf444 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,abf9a7dc-a9ad-4d05-8131-321116cc4415 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,8d1bdc8f-cf6b-42cc-b897-b70652d22ed8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,6365beaa-c41c-4cce-9b61-518069c4c4a0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,061b7663-1be3-4ca6-8bc8-d15109aa1bc8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,20e5037a-87b5-4e47-be10-b3c179e4cb43 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,25cebaf8-94bf-4aa4-a32e-3af6adaa0986 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,3b6eb067-c3bd-4615-94ae-a13c36ce29e3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,682a8ac3-3154-4239-a9c0-1e351c6a6125 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,57c49162-f682-4af6-8051-c3e78cd9af73 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,6726ed14-a3c5-4dad-97bd-c42367f89ce0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,50da6732-0933-4e2e-9881-2d4e1860bdd1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,88bf988c-f412-432d-b6cf-c6305a06ebbd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,c9d4a2ce-138b-4e24-8699-abeb529a2a58 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,2c37b4ab-e3a2-449f-8ddf-ccb4030c3ebb +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,03f5ae2a-36b6-4896-b866-490ef102df59 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,c17032cb-77f1-42fc-8102-2f1549b3a297 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,919a7766-4d0a-4960-8e5e-758ae910189b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,4a861e56-2d76-4952-b4d4-a49a7980fa51 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,391e08c3-f628-4e32-ba73-e7715b6afc6e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,4a3e0c6e-6f4e-4da3-8e48-feaf2f635f8b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,505147c2-46ab-4822-b1e3-6882cdb0ead6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,6438f82c-fe17-4fff-8adb-e8b65bfccdb7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,f23ad2dd-dc1f-4e9f-babc-9c300de141c7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,29e1e77c-9d52-4c7c-bbef-4e901b42b51e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,4da15014-9130-4442-9bd4-96425040cd87 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,1e30c02d-22f9-410a-aeb8-0749cdedcb06 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,fuel_combustion_consumption,1a40508d-db87-4b8b-b6e6-61e833d87149 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,sampling_scaled_data,8d06474b-c04b-44d1-ba27-8392481796c0 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,modeled_data,8ef071ba-b595-47a2-bb69-7d7d0e19e53a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,cfcf5a9b-ff26-40dd-93fb-ec891c219c8e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,bcf07263-f512-4654-afe6-9e0d7d7c33fe +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,b5de1d65-21a2-4222-91f4-59c1a1b263c3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,41006247-ea70-421d-a750-ad7299c3b98e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ba4e8890-2763-4c1f-b02c-570c961edc8b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,14fd2fa1-e0c2-44c1-8dd7-6da64cdcf5dc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,4d20107e-da53-4d8b-b87d-95a87e883865 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,38741dd8-3eef-4fdc-bfb5-7d3c27815e6d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,4750ab76-55c0-4544-9f52-659068586e52 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,17aea046-a1f4-4a9d-89d3-814515b3b461 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,4d5ee214-b1a5-4d47-8727-4bc52c168c1b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,d0cad689-28be-4686-a0e2-5d4125f0f0b8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,de2770d0-5122-4489-860a-84890879fa72 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,835a3119-2668-4f8c-bcef-73f1c942fac5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,79c8a7d1-bd9b-4fc6-8282-5a2fcbd698b3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,028013e9-2200-4a0b-80c6-3da58f895b8c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,644b0071-34a7-47e1-b193-77e66141fa00 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,4a8affbd-bfc2-4509-bbb1-81adcf3491b8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,0b58dac2-6112-4a4f-a59e-c1b4f2c34e7e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ef9319e2-91dc-4b2a-bea3-0d392dbd17c1 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,f98ee314-1a0c-4d56-a667-891d1adcb85c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,d525998d-37ca-497a-b276-7d8e1d39e6e0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,732cac51-d267-4cf9-a1cc-1c612b499106 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,87d474ab-0b25-493b-8518-d77e1773b6d4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,49fb90ea-5002-46f1-963e-11f19dd5a72b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,d995e751-d3c8-41aa-bf04-1b79a54463b2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,3ab4f64a-1bff-459b-b85c-d3ca2d7cf98d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,747f05af-4b0b-405a-abdb-721f4007ad38 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,68f34471-add9-4d73-9d97-7de747ac42c4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,39b6519b-c033-40a7-a9ae-1ae8da517b93 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,e063f479-e738-47d9-917e-c54dc50d358a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,3f150de1-5102-4f3b-851c-30edad6b5803 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,d5c09612-589c-4657-8d89-5e44be4953f3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,2510e802-caed-41af-9f0d-9a253012bb96 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,142f5053-5b48-4ed6-88f1-5fef258ff692 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,0df58b74-e82c-4d60-a911-1e8780b89bae +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,706a6c87-ba9c-4afc-9daf-506ed5113222 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,e78cd2e7-d790-4109-8b8c-a83183110cf1 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,ac3a8cf0-fc0d-4cee-afc7-26a3d81fd49d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,2fb3c626-9e49-4630-87f5-003c07b24602 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ebe7b250-a132-4e02-8ce8-b399866391e5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,ea2b32a9-9e81-4aa7-9638-9e368f5ec29f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,c0e014a6-3107-4aac-a6d9-4fd7288c5ecd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,cc17a6da-3855-48c1-85f5-ca5d80ab8ecf +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,6286b9ea-7316-4fd1-8b73-a94db019c05b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,5da7aa40-34da-4ba2-9cc3-480966b55c54 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,3d354203-0bd1-4ac7-aa4e-759ad693947f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,f2418d4b-4565-4374-9e2c-7640657d27bd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,c44ccd80-a2a5-40e8-9664-7db1c77156d7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,765ed85e-43a7-465e-97b5-dbeceb453d00 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,94098a02-4652-4830-bad4-d7ee21014e6d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,cd540c06-c8ab-4135-a471-342b44951fed +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,9edc0c82-2c9c-4bca-bcf8-25c1c60f2350 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,12dddcb3-9d6e-4eb3-8f3d-a8b4f9cc2bc6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,4873c5b8-f0f7-4640-9fc5-83ec3f8eaa44 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,7e375c04-3dc6-44f4-9619-c9ad024b9515 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,f78970a8-2ff0-4165-9be1-724cb8edcdcb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,193da2c1-bea5-4a89-a2c1-6f0f5e52e620 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a377287d-b411-43b4-932d-13428218e8b9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,017fce23-7db2-4d06-92f7-cf8a28c187da +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,47537821-c78f-4189-b02f-ab1369b29149 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a846cb12-4b3e-4ae4-aa11-b54b960d28dc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,4c310e33-ebb3-4ce4-9d8c-95a003f7d929 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,362773eb-e89b-4071-994d-3091a3f66ebe +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,f38d2860-a5af-4e29-aa45-7380e810ba48 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,f1f81169-12ed-4c3e-9501-728f37152859 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,36dccc5c-0ff8-4053-b7f8-cffa715eb91a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,453e8c12-3e0e-4070-bd8f-27cb3931b470 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,14606842-f2fe-43d4-97f6-f3d5b45d62a7 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,92cab2d9-340f-4020-b3ca-a26b6cccfa54 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a3589e57-46af-47f2-afd3-f17af05964b3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,027d604d-2d5a-4547-9636-19fa1d903d66 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,037d16da-2536-4e95-876d-97fad3b9d8c3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,f55df834-3f00-4893-82f8-b09a082b7cea +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,f7ea2d4a-1c41-4502-a9bf-9527e0296232 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,0e73d564-b09f-483c-bd4a-8006997b168c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,de99948d-7e5d-4e85-a4af-20604e9b7897 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,0773965f-ee29-4fec-bbf2-e0795b085879 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,e8b4e7a7-7bd8-45cd-9360-0c5c624064ff +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,f4c6825d-e517-4b3b-9acd-820c1d79069f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,9e99e8ed-a8ee-4af0-81e2-aff265e45a35 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,4d739b9c-e968-4dc4-ad0f-d600fb260c10 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,9d386b2e-7480-4f2a-9a85-d55c8373e3cf +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,1cee9585-b74f-405c-af2b-fc6556c885af +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,0e9c1969-6546-4d40-8e2f-cd6636ce8ef7 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,7482a7ba-64b0-41cd-87a4-1a3bafa57a98 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,483a6a1e-7ed4-42f9-9694-58bf91406e3d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,b773f93a-087f-4d20-9bd7-299a0cb3b955 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,46d70209-99b7-4115-b1d8-82a0a2a03f6a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,d17775a1-2987-495b-b487-34136ca9c03c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,02057d1e-fdcd-44d5-8dc2-aafc9ddf63e4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,9e39e1af-b0ca-474c-bc51-92cdcc7f9272 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,577b8105-3eb3-4e98-93dc-a86052f3113f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,6bbdd17d-8aa5-4004-a516-1c3ba5d15985 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,f59f3c42-5466-45b4-a5dc-e7b9d789270b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,b6eff31a-c2bf-467e-9b46-d874b757bfe2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,ba103155-4a49-4491-8d54-d77d25eac0bd +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,ef7e83d0-77c1-460e-81d8-0b1f90b02317 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,65b49bb8-ea2d-457d-b77f-fd04d81bb6a7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,257234ee-847b-4374-a992-cf23a28e32d3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,3a4b1eac-9ade-4e0e-a8d8-d996785aaed4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,a07d2efc-2953-4083-ba08-790fe6972e90 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,9c217c32-c2ef-40cf-be36-167729a41d80 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,d892ffb5-9550-4aa2-81cb-a4cb243b9f19 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,3141d804-51b8-4f42-95ea-8172ab06802b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,4fde30d9-768b-4761-b722-9eb02bbf0361 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,e8bc8850-da45-49db-b181-0ec5492e3631 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,56a0153a-4a33-4d93-afea-1690ccd3f901 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,c6958d99-2a3f-4eb8-a6ea-e9ff8a057b2e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,25ddf89f-4359-404b-9cea-ea620d4d095d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,c4ace840-7945-486a-a989-4e5121e572d4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,24d87cdd-5e19-4561-a194-d400ee2bbc9a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,c343e775-4ada-44a3-8f15-a58baf1cf866 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,66f8c4dc-c060-48b9-93bc-eff7d5ce2534 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,a424516d-1d59-483b-ac93-163e1cc74f1e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,8fd9d7d4-5fae-4376-a65b-cb58f67c6cce +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,f87786af-f91c-4659-a41d-4c338611fd86 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,5e74f5b3-898e-4b3b-8c92-ebd46180c5b3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,2fbcc7f4-a010-47ba-b0b1-7384721d6e43 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,7018250b-58ad-44fa-9b09-4abfa8376f36 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,d6150410-3630-4d50-873b-bf47320333f5 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,2b2d7b83-37fa-4c7c-8785-47dfac35acf9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,efec0099-a3e2-4d44-8735-11fb69fa5fb1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,634594f9-13e7-4220-bde5-a9129ea29425 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,707c6f83-1048-4315-9b55-1530497974cb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,768294a7-b281-4c29-90c6-22d060e3a0ad +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,8e5e3261-9295-4939-9f01-d27364ec7763 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,e0720628-83c6-4861-ac28-5f6498c9859b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,3b4599d4-dafd-4c80-8cb5-ed7eae8f9385 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,ff042570-27b3-4010-929d-209219569a91 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,80308960-d4e1-42e9-a21e-e77b21db440a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,6088d5cf-615d-48cf-b0d1-c173f98cde49 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,7ae7a6e9-4ec3-4904-bd9d-a130f8df6874 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,def867da-3026-4835-ad70-c8faff9a8c2f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,81887e26-eae6-451e-b7b0-8fbc710bc9a5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,257fdad8-3a8d-40e9-aa7c-c78fb7835514 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,0bde4c1f-c3c0-40b2-a277-5004ef8df3f3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,5305c0cf-20fa-4abe-9102-ef73d97eb0ab +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,bac9cf5e-2d79-4346-89c3-8aba0cb27b6e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,acd76d5d-0509-4cf6-b4a6-83c0dbf23167 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,4b74511c-f62e-4966-8f41-f5a45f16474b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,58b883e2-8921-4a2d-ac56-6410b5d1a5d2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,36a5436b-6cc0-4068-a442-7e718eb25294 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,56c024d8-b46f-4c8b-a52c-c4dfd33e579b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,ee0da152-7040-4604-8e15-bc7d22f61ac5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,b7d4680a-377e-4968-ab20-4525127207fc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,9d41639e-d055-4790-bb3b-1785ad1be4e3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,0cbb9fe7-d640-4464-ae2a-9ce8aad725c4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,7fe163ad-d455-4b25-8d25-cc8afa8e667a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,4fa14b7e-bf88-48d0-bf1a-963e7ec7e7a9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,0efe385d-127e-488f-a896-4d1cfc298281 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,aa19ac86-6a52-470f-838f-d9c9b7ec5be7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,c4718bc4-9bef-43ca-8643-1bd26be60ea6 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,6932ce55-3635-4c12-b2d7-d1ca6e361884 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,ae8da015-b125-46c3-abbb-f6f8d5359469 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,1fcdb1c0-de0a-489d-822b-ce960c2dee8a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,cec69d63-2307-49c7-a3f0-9d553f1fce32 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,2a22a4e3-f2e3-42a0-a75e-bdaf5cbee375 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,710d6c9c-9fc9-48d1-89ff-c0449d4ace48 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,281874de-987f-40af-baf5-3ac981c74a58 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,a7a73dff-5a45-4cc1-949f-2cbbe196c09f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,e29a730b-08df-43e5-a27f-618babf7355c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,fdd7f189-8d0b-4c77-9dca-80b70b5321b7 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,027934c0-e538-46da-8af3-8c052b6f9556 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,15f2305c-06c5-41bb-8249-a7de1a45ee90 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,f9a33269-b1cb-4bd8-a7c5-7cb61ab76b30 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,7e81bda6-a29a-412f-afda-8a7cfc7d9308 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,6824782f-cd82-42df-9c37-926bd2741652 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,982a94a1-0fd8-44b8-a400-53c7b7fe2696 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,64c64dd5-9598-4ead-b51c-e090dc1fd2e5 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,f7c70520-715e-4524-b6aa-101262990a70 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,3a776fad-b0e3-48f1-9731-732454d8beaf +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,5a2173b9-f8b1-4b36-807f-a1e633703b53 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,8f0076f4-e5dd-428a-be63-0eba54ffe7eb +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,37b8d8fd-1ce7-4c1d-8e68-5e4ec2145595 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,a61b2b08-d0bc-48b7-b14e-bc4abd44f5f1 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,2b4979b9-f038-4678-9b13-f1f645ab9c55 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,2c11e153-ac9c-4dd0-ac45-d189bbccec33 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,a37421df-3670-4550-8463-2caad0b891d0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,f0b28f47-fac4-4fb5-803e-b4ca9c8d4009 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,05a95a4e-0325-48ab-bf7a-743ffa3fbf5b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,6511ec38-ab83-4ce6-a807-66e32c74cbed +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,6f59c752-d114-4db8-ac58-a664d1f71132 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,77c12b47-8e40-4777-802b-ed93365e7410 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,987b8c32-a417-4c1e-893b-b09cce01e22f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,e5f8379e-cd71-4622-b91c-bcedaf8ad530 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,94e2a4a8-7a08-4f0a-8f60-c0ef0149d527 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,5f35a4de-9cb3-4652-9096-1a89027f627f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,6295a4e6-869f-4032-863f-6d2ffbd9d1eb +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,7754d8ed-d816-4f76-a627-3afec4403834 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,484dfa34-ae7b-4556-8081-091e36760c12 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,f7429f17-28d7-457c-881f-139c17583527 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,231a7b8c-bc68-44da-8718-b42827bddb74 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,c32ab6ba-b8bc-410c-b121-df3c77ef148b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,de1dc0fb-0c52-4c2c-aefd-c189d2271593 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,4b76f038-41da-47ff-943d-7d46dd8e8a40 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,809e8544-9aae-4cd7-9479-aa0d2c0d2832 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,11614a40-7bb3-41fc-860d-ba2d3c4bf8ba +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,a1f3423f-37bd-4fec-9113-6e175532f939 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,9f1587ff-ac63-4af5-b9df-cb45408adad3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,3d98e3a2-bde4-4b3d-be71-7a860f135fd8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,0af785f0-ed64-475c-b2a0-60f6da6597f4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,e74884cf-2a82-4d31-9b77-d7faed12ce24 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,e027e43d-bbba-4344-beee-1c68905d4579 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,1e975d9d-b0cb-4a72-8120-5ddc06029af6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,83d987f1-40c9-4b8a-ac63-4bb39cd507b6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,43591a39-5410-4f5b-9795-724c9781493c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,8b07c974-269d-4c65-bf71-4acabb664ff2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,ccb2b5a0-25ff-42ec-b20d-a02e579ce472 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,48300a16-c924-4593-9065-4095aaa38997 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,4e4eecfd-fd82-49ab-bb76-3a75a30002f1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,275769ac-f52e-4779-9f75-c9d59ad52c76 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,eab3ee83-a4c4-4c6e-8fdc-7de473f67dbb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,0fddbe72-629e-40fb-8f6d-784d7572b3a3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,9de7a55f-3821-4833-a7c5-14b1b8e069c4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,d6a57352-fe05-4560-b4c8-f3a412fc9b96 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,07cf0a66-fe0e-48e1-a160-0e5d2c46b0e9 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,ac1c7805-1a6c-42cc-b808-8087234b7220 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,93681458-e6dd-4145-a6be-63791bf92e4b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,d24efa38-8c89-4f26-aaa9-8d74f61c19a3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,4565dbdf-2adf-4468-9607-81344d408068 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,d0a17a53-eece-4891-8d90-366c0db84605 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,d05d9d57-e402-487d-a3a1-7a9dee9ff3ab +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,80eb1c64-f3a1-4500-b5c4-1a8864af14f5 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,20f90a24-8442-411b-af80-9063c7e33ac3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,73005c30-0ab7-43f3-a515-b05a356b3491 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,dd84ed7f-c3f5-4a50-8eec-425568a9e673 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,e5274d86-6795-45dd-96c2-62c2f366229a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,74c7adce-aed0-40c6-a273-2ef08bbf9757 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,8e6aa51b-89e7-4d39-b7fa-6ac403bd0d4d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,485ddbee-b449-4c7e-973e-cef2798175af +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,a5872a19-af05-49ae-a2d3-b014076a76a4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,d4c646da-dab8-483c-aa69-3f42aacb66ce +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,f4382d70-70af-4108-9d55-de909f7186ec +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,0ebba3b9-bf01-4bd2-8981-38833c590d85 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,fcf1fdf9-2cbc-449b-982e-727853d73b91 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,9308a83a-8194-446b-80fc-0cd79a826069 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,0f294673-101d-4e0a-8ad4-6c98f717f045 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,edae736a-4c00-4d05-9c83-e0a3a550c908 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,280fb66f-25fb-4125-b368-ba20d4141a60 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,dc48e70c-69fc-402f-bd47-05fef030faea +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,d7be0202-3ae4-4d58-bdd2-fb161497f69e +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,81ae1462-e4ec-4a9a-9908-bc9ad397210b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,93c0e838-d792-4787-b557-7bcb65c7d978 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,c465a346-dee3-4075-b8c4-80f3d5b29462 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,21c47295-3283-4d1d-a2a0-b420442d68fb +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,64f0b145-25b6-4213-aa0c-b2ea1cc2fcc8 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,645e3eae-e9ee-4c45-82d1-ce43bea7bc3b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,ddfe9495-a9ac-4348-8d1b-a9956bbe60ff +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,c703a984-f28a-4ea1-a513-92923756cf04 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,5a71d35d-66eb-4351-ac91-30588a1b725c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,f0a0b428-13f8-4492-aeb1-bbbcb7cda1d7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,7f9686c0-91cf-4877-a096-a46de830c518 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,c0ce0f8b-d04d-49fe-a39e-cfad341032aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,f664159d-bcb6-451f-a2e2-55d3dff9adb4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,f8779c0d-6223-45db-90df-f2c861acac12 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,e55a56d9-ad6a-4bb6-aaaa-f35b1bb3d20e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,369fff7e-5e51-45a8-b4b2-41c3ce443c0d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,8765ef3b-882e-4112-a301-54b6964519b2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,9204281a-9600-4d5c-bdca-ffd1ae81f1d2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,a4265738-0e25-45de-91ea-900fd52ca1d5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,be8e019d-3f2e-48ad-b2cb-da1a5f1d57ef +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,4ad86379-8d6d-45ea-94a9-59b74c82e399 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,21885917-04ea-4a55-8bc6-cae13aaa1f36 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,c671448e-d9f5-4b9f-80c8-d76244a52d5d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,676a0ef3-ec5c-4d6f-aff9-702a94ce9b32 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,30b9a197-1504-492e-b1c2-c477c2720780 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,2e4320c3-51c5-4c63-86e7-efc1999f7dbd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,40c04895-c8f8-459c-9ec6-43c93e9e2b08 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,c64dc7f2-b2b5-4eb3-85de-b03863ab8a3c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,2cd21020-7743-402e-bca6-b4cac37d540d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,f8199ae7-6ae4-4f47-9743-34e5e721f46f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,0b475649-9ad7-45de-ab43-5cf711d30578 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,a1f30fa5-9c13-414f-bbe0-547f4ca76554 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,c5b102cd-eaa4-4b66-a60b-478ac472684d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,cc8af5fc-0777-4c99-83bf-3d351b3dcf67 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,9cd0dfbf-c069-433b-b013-1827a1299dd9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,782bfd0f-a0eb-4a18-8fe2-bd660d90094e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,1e4fd719-5515-4e0f-948a-c1de494fb2c0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,e6b95733-b6dd-4ae3-93ca-8fea8123b1c8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,ba15fcb4-02f8-402e-85f4-8ad667d82bf4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,820b3a65-ba4b-49cb-9212-fc8b74d470cf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,b7529d50-99da-43fd-bcea-4daa2ac91db4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,d45d2b8e-363a-458a-b43f-2aa3e5a96333 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,f7182255-0bb4-4ce0-a12b-f1e460f694a6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,99cf90ef-27fc-4d51-9b86-5c6d1ebf5bd0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,593f0515-92c6-4acf-bb24-c36849727f98 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,36cde12c-ae95-48a3-8edb-fe96faa2afbf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,a48e6cfb-c85a-4946-b144-5b2dbc624553 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,4925004a-0b3c-455f-862e-700720980dad +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,e43fbae6-1378-4fcb-b707-0ef1a2a9bc47 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,0ab01889-974a-488f-8782-871e9a8106cb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,79a826d9-9e23-4f70-bdb3-ad3072abc8d5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,dc030368-6cf3-4c43-8f49-269c759328d5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,91d2566c-634c-449c-9687-afa01670421d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,83e1d313-0fca-458e-ab83-873f49c5478f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,d31ccabb-0e1a-4b03-8a45-a1fca66a8413 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,685a9d31-339a-4257-b447-e233db7897fa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,4f9d62a3-c086-402d-aa92-b8e9697bb5cc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,94af2557-a559-48a2-9967-09306f91a2f6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,58943bd2-845f-41be-beb5-45c40543c432 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,0dac0140-dd6d-4f72-a01e-f51897f828c3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,0ba8d7a3-7605-4482-8137-243b71e75494 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,76c16347-c4b8-423a-ae83-dd245ff99ca6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,596b9446-2436-4097-89f2-075ab88ebabc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,4b979b78-fb49-44f3-821c-bebdc000822f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,e56782c4-5c19-4f7a-b523-d5433b4b3f91 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,daeb8571-4d5d-4596-af14-bb238e3b71ae +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,45245ad0-6819-4e23-b7ab-ab5ef6522025 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,f1a39a54-a43c-4b2f-beb8-8ea5ec85c15f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,c96acbd9-a1df-4f94-9d85-df499f2bde42 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,d5be3cac-a0f6-47e0-ad74-7b2067df4bdb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,6710a38b-a755-4d65-8459-5546bcb8160c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,6c172494-76b1-4dd6-80b5-3bcdf9367cc9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,e7bb4dd0-c86c-4d6d-8a40-cab450a1ad1a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,59848cee-154f-40dd-8185-6420f1e91a7f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,64754a13-c41a-4216-af04-8a35ac3a0263 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,2c6ca242-cf4f-443d-ad9e-7159284a4fed +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,3cbe7110-a375-49d4-8624-3c3568380b4d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,053d11da-663e-42a6-80c6-5c4af756b254 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,d8de2c84-ad66-4df5-a177-e6fe475c8e28 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,08109a87-ff3a-4c9c-acc8-6d85526330ab +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,55b6f79f-144b-42b8-af14-f470d3cc5f62 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,4165e33e-9bf2-43d6-9c38-7e7efc386c3a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,cbce4964-fd9e-45a1-89e7-e5058f030c52 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,f20dc7f7-ab0a-4115-90d9-bbf85e8895b8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,c517441b-bd00-4109-9a6b-19b4443dfa9c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,af6f6932-e6ea-4b7f-8e3d-511c2281cd7e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,2c29c66c-539a-4b96-a3c0-3303076f691b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,16b10559-fad2-4db6-8f36-e81830257776 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,7045d559-72d4-406c-a4c3-13e9b564c97d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,9b174432-bbda-48d9-85d4-0af6a0180a42 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,67cffd00-7e66-4832-86b3-911a7ccaa5f1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,a80eda1f-19b7-4e0d-9b72-4346c1a8284c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,bf597450-9ddb-4072-9b4f-bcdefcbab6a0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,ff36ceee-7971-4aea-a5c1-fef14114bf9b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,6ce67543-ede9-443c-9f82-394cf3c5f259 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,ecf6b5a0-fba8-4b65-81c0-8a63db1d039d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,cd155940-da33-4660-9b79-9570d958dc60 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,a3f0d3b2-bc48-4c44-b614-f6f46af60fe8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,b0f5eb4f-c4cb-43bd-a26a-fb9a36e11ab4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,323ec70a-b249-4938-beee-9bc01d6a6a68 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,19ede2cf-312a-4e1e-955f-cc7434535bc3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,91f6f2ed-6546-420b-bd5a-bc1766dcd240 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,6d493c8b-41f5-4203-9e7f-f91345664229 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,21dd99b2-418f-4e6e-8eaf-f882951d7b09 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,d7b67071-5fff-4d66-a00c-adbe7ebe6a75 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,0b0bcf24-e1c0-4e73-980e-dfbbabe4fdc4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,77da1131-2eed-48bb-92db-614227c86132 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,3244ed2d-d699-422d-ae07-3c28bd1e31a1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,12457541-0730-431a-9654-29765240d945 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,ce484efd-996f-4938-8086-42a363933681 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,c3cf0eae-58c1-4ae3-b7a5-a6e24856f1ca +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,244ee34d-1db2-4a1c-b2e2-62fc76181abc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,7c371cee-07fe-4670-99a3-1c5149084489 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,8210e7d1-8873-4fc5-91b9-c09d8916e358 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,5a407a04-cd60-4446-8c0d-049c959c014a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,91c10bfd-6156-4744-9069-36b8472dad44 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,23077c52-7ea8-4306-a290-57058c4c5f5f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,09804c4a-5793-46fe-9922-b91ecf3b8fd8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,4513c013-d483-4f82-a0f2-8d41293c8f01 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,4de72238-a6f6-49e2-9adb-3bb93aa46653 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,0c386a18-2658-4cbc-9916-048b8fe64657 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,8ee84c10-b6e4-4bf7-8e98-7cf23a59e4df +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,f46149bf-93b4-4029-b344-eb19d98eacda +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,7413de22-dbe5-40a4-9a78-289f85b03c9e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,1a236aa1-f577-4d56-9505-0cc467b39ab3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,416af61c-9a45-436e-bb01-45f3df0d28ef +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,02ce732e-4b91-4db9-8ae1-c20a5a4b986f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,98633a62-8cfd-46f2-a12a-a89d47177897 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,94726eb3-cb92-40af-9162-6eb60f5dee97 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,facbec02-c09d-4ba4-93f3-63f353f46b5b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,52ee6966-fac4-44b4-81a0-f6d7c92c5448 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,6e91c741-0723-4bc7-9471-a1e7fc94259a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,de3f3dde-ada0-4af0-84e8-cb64722e565e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,5c4d4847-c04b-41b8-9685-2ee3dcba49b4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,065f1154-095b-4349-b09e-eda1b4489673 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,0c00177c-6cc8-4a7c-9376-0629aeb7878a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,1c649fe7-161c-49a4-8209-0b6777821264 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,51807b40-c304-499c-9189-573c4f4d6693 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,7154ffe2-feca-4c11-8c0b-a6ed2c25b231 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,f8f2764a-c0fd-4299-8230-df65f21272b7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,19cb0749-f727-4b7b-9beb-993b67ceef4a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,615dbe1c-3175-42a4-bb7b-67c28741a48e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,36cb8b23-295e-4848-9cf4-1cc1541a20ea +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,56015f91-170b-4eed-b5d3-1da48f7e8a78 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,29935d36-0d89-4b2b-bd70-38a1910ecf48 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,bfe2b682-ce02-4774-9590-b40368a709e9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,31c9ff60-ff13-494f-9fe8-721c3bd4eb9a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,617750bb-d096-4569-aee3-e242b20a0196 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,e3da7fca-d939-46d0-9843-d8f91e472af3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,c1edac81-a7a7-4704-b9ba-f3b0de03463d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,28cc425b-acac-4074-b1f2-3b4d9e120b38 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,b017a938-484e-42f5-b8e4-cd39c974efee +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,9549a196-4cab-49f7-9ebb-6c632b5923c4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,e238a261-a02e-4071-a4a7-1461ed99f735 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,d67e978e-f036-4f85-90b0-c652e3546f33 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,f6c776bd-ed83-4ea4-9e36-01fb60e464c1 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,8610b717-c0ee-44b3-83b0-099fe47ce408 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,65ecc38b-f698-4a3f-bcbc-79c3f51972aa +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,0756925d-2fb9-4191-8b19-6673fdf51694 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,976daf20-5717-4327-b101-d3a0113d9487 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,eeae3671-f90c-42b3-9c34-7476b293abf9 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,7e3a24f2-71aa-4323-9d6a-be15f43b7208 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,dd68fffb-812c-44d8-9d64-0d0b9bd2c3ac +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,4d60441a-216f-4cf7-b5df-c2ff1785c07e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,d98d34a4-d9fb-402b-a326-9af760d73a6b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,d023f5ae-d1a8-44f3-af5a-6d7fa328d021 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,2a2d9f03-1530-4df1-9b13-7ea50df0fa93 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,c58eebfc-7081-44e8-9dc4-c4149892be0a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,077de421-437f-4f83-bfb0-964c39cee30b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,b290ea01-6537-4aef-8d09-76a45d8e36ac +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,af1eb86d-0e4e-42c1-894f-cefcb1e5057b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,aacaf5a5-4393-415c-81f2-4e350c38f66f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,bee57705-76ae-489e-b562-7acc68214e58 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,496f14cb-c3fc-43a8-bb87-f3235432ef75 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,96aa08f0-451d-4c35-bb73-e6640162e874 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,9771393a-ab0c-4442-b0ed-14aaaa1f7cae +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,9b99fbcf-a36d-45f4-9bf3-44f20a2779c1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,a093941e-1a66-4f3c-b859-fa025e436556 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,31cc3cc3-7f13-4b2e-96cb-a8c4b05791a0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,279b9fd3-744c-4a60-8101-eef12108d229 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,c09a6a14-68de-46c4-9a3c-8f259be58072 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,98a32293-8443-4919-9fc3-07727dc8d5cb +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,0fdca4a8-f031-4f58-9849-10bcac69a35c +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,77c5f24a-62c8-485f-88b6-e9fff4f7e4e8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,61018f5a-bb85-4a11-b124-37b2df2c6f64 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,d40b5e6b-387e-4f80-9eb5-1a99865ea6a3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,836d15ef-2bc4-460d-ab3e-28398a9be77a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,cdb4a473-db24-49f1-8ba2-7e41872bcbf6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,9ab2e0ad-3061-416d-8c18-702e4d79dde8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,326aec09-8f28-4a3d-8688-57983ec10f83 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,0e5d602a-087f-41ce-9267-d4e3f0c360ea +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,b94383b7-be74-4ad5-bb71-431be3277ec9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,7b146cc8-17ef-4942-9197-a547202990c9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,1a7ebf17-1990-49dd-92f8-2b7e11421639 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,19be2063-6131-477d-9e5c-7a82b8314047 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,a9a07b11-552d-4706-9273-40d3dfe9dfd2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,0f1c6c12-2dca-4a46-9b6f-2b31a6e9fb1b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,f4fcfaec-f4cb-4705-811e-d6bee1dab028 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,4682b7b3-d720-4dc3-a78c-a95c6f2def80 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,e0f30330-f0b1-44f3-a6c9-607ab49c229d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,f6352e84-905a-432a-91bf-6dfffcc4d438 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,0cc3c05c-ebaa-4e37-b782-65aa7fafb686 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,98f88154-3f9e-4538-8791-34b811b026fc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,3c5ff135-ac94-44bf-b70e-21c9e8c1eb59 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,2ac85a6c-ebe0-4baa-889a-3ee954ec2159 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,402c6300-e391-4b8a-86ac-1f92b8c04b6f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,9a77dcb9-5ec0-4e9a-b400-eb91e4ce30c3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,4ceb7840-474d-4b8f-bb10-4be459883f3d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,75d6e318-cff5-4e85-8814-104d191d3807 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,5426cfde-9f76-4765-a254-793f29221fe3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,085e992a-a01e-459f-8c1f-8336f1b4a1d3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,87183b3e-16a2-4dea-8eca-a66b8a6967f5 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,8045b046-e010-4aaa-8569-f598f259a7cf +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,63d73861-c2c2-4b1d-b45f-8465ce06004f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,fe89a8dc-c35e-4455-9ab8-6c6a1aecc523 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,767d3061-bf4f-40c7-a48a-624024f146c6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,25491fa3-150e-4015-9077-46be56576dce +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,3ab90e27-42b1-4fcd-b775-25a7116b502a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,883c62c9-bdbd-4554-8a5f-b59311c52364 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,7ef03242-f5b3-410a-9f05-ab4b0193b4e2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,315a8f18-165c-4a5b-b3f3-44275fac2ca6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,3fa7b59a-2faf-4540-8ae2-e284316202dc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,125ac88f-2f10-4ea7-950a-d3c05c8d7a99 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,ff8d3b09-df51-4c42-8626-402455a88807 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,722784ae-18e1-40a6-b139-f2fed6a3cf90 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,d20f9414-6ddf-4fe1-ae9b-ee54850fb59d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,3248f09b-c363-4a9a-b5a1-a89295a613ee +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,f5918d55-5f2c-4aa0-bc5a-12f9b9272716 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,4accf4a1-84ca-49ba-8ffa-e07d6de12023 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,26b49e22-fbfb-4f8c-8ac0-94c2703724b0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,102d4651-2793-423a-855d-b788ab8f3f92 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,48c4e930-4f35-4b32-9a73-d19982f42dd3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,d5064989-54e1-4b01-86a6-ffec26c85afd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,90aa44d3-4e2a-43a9-bde8-df8140c9ad88 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,01b20300-481a-4fa5-9c5c-8ce4d0300789 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,b4d886d5-d811-4f7c-be72-765f4e456d35 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,51ecd66a-361b-4303-8ba9-8ecca4030862 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,85bf189f-4149-4a13-aa58-51391ba11ab3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,4249dd59-47bb-4d5e-ba67-6a73e31a6bb3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,4020ad9d-f87a-4cb2-b2d4-5a83cee95e3a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,9fb63d64-e593-49f0-ae42-94195d402295 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,69d4cc68-d099-4f41-b2c6-a52a9b4eb8a1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,61ce1dd0-05f3-406f-888a-5d4c82337481 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,683f5e68-9018-4c08-96fa-e50ab4a5da3c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,9f7ce94b-98ac-4591-b350-39c0ff65d25c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,816e6dc9-16cc-4f09-ac45-0cb308982c0f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,e9c3b670-2cce-4050-ac64-3cb2e99b6cce +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,afa948ad-40e7-4e8a-beb9-6d066432bf3b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,73fca653-2d13-4fa9-b0af-2ea873fa7036 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,c53d393b-c7f0-46e9-a322-7baacbf8cd15 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,f3fb9c98-6ddb-4943-8637-00170d820af6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,7c3a8fbd-e84a-4e10-b194-3853b755e440 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,ee0f96c8-5329-41f1-9d1a-c934749ee93f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,f334ab5c-7897-4dd7-ab0c-d295dc431302 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,0a4e8cc1-bf65-427a-bbe8-b1032c0c0933 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,ccdf576f-0791-463c-b14c-860d6c07ed43 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,b5f5fe4f-b700-4996-a689-0d57901b3cd6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,08170b99-ab42-4691-872f-ffdab7a27d98 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,fcfa7640-21d4-49fc-a982-d74bf9a9552f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,cbe578b4-df80-4c61-96e2-c1217f6caf53 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,e73b0b72-cbb6-4e48-84c5-27a7590525d5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,c29184d2-0686-4e0c-8d58-e9c58b1306d7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,24b2362f-742a-49a2-a760-667f396cdf98 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,8bbf381a-ff58-482c-9ef4-bd921fab12ef +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,2f4f9be1-f4e5-4aab-a61f-4a7950585787 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,c54bd59f-4e26-4fda-9137-230d7f28d90a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,e9f4e8de-9cc1-42c0-b870-6c0d10fce0d0 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,6395662f-1f8e-4c71-abce-809af6f5b3ae +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,7ee85464-42eb-4373-9b1b-41ca448d35a6 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,7646c040-85ff-428b-82af-00a943e13a83 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,5ea6deff-2f47-4d46-bdb8-a785023c4ff2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,67c4792d-de42-4668-b9dc-b474fafcddaa +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,84b257b5-ee02-48f7-8c10-2346486fe3a0 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,2f944cb2-494c-4e7e-8133-f017a9968fa4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,89f90d96-9e42-4f3b-bf02-2d70f8b931aa +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,7c81f0f1-1d57-4f73-ba13-09502b76afd7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,3a3525ed-3b2c-4777-af48-00e857e874de +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,76b4877c-b0db-4564-b9c8-6e501737faf5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,a52b3689-e779-4577-81d3-b8f48d48f88a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,771be18d-1aaa-42a0-9ad7-adb89bb30a67 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,e4b9d0c9-2c16-41bb-b51a-a6152c105262 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,e6ad774b-6af4-4570-9921-d2a037ff0216 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,7a641d7e-934a-4d82-a000-b67877a704c2 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,98bb89d1-20bf-469b-9dab-abc75bf9eeaf +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,02efb8fa-c95b-4e70-85aa-48ad3e97f3f4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,3576f368-6725-4a83-bc49-17d241ca29b6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,f83dfea8-7874-423c-be05-17f8894de2be +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,c9cbda7f-50e9-441b-aed9-acaf16beb084 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,0673491e-2f4d-41ba-926e-15e1ba788134 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,d74878d1-d137-422f-973c-cba31731fbe1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,8990ee32-24f2-442d-bb52-bbb870f928cf +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,003f1869-48b7-467f-bf80-762d1852919d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,58220883-cf22-4c9d-9145-abf8b8ca5e0a +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,98027f8e-7ca9-47e2-a496-564eb4385d07 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,0fd55b59-bedf-4f15-ac73-2d05bb94f67d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,df05f814-77ef-498b-ac94-b7464bfaace9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,1f1a7065-fb11-4f0c-b89a-a61a7cabfebc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,bc6507d4-3d60-4634-a637-fa257960585f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,6d4f524d-48aa-4676-86f3-c614cf1c17eb +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,07c8e3a2-ddc0-439b-b8b5-eb69fcdfd431 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,ca19f3aa-0422-4a46-96e6-71d33bf055bf +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,f713189a-fe6b-4133-9f8f-c66aeb7edbf1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,6786c98a-4d61-468a-aa95-ab9a99d872a7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,9ddb4f70-3d04-4bfb-b234-fe485744574e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,f74ea485-434e-4843-95a1-035d08028f9c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,984ee2a6-64c3-4428-85ec-e6e964b518c1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,9f6e0c54-9841-4250-b8d1-894e054715eb +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,5bb70f71-f1d2-4685-8025-ebcfc1eac529 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,9f3c013e-3c8f-4cf2-ac07-6a64cce51ee0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,14807341-3bcf-4246-ac7f-2bd0d254e10a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,31cfd976-81b7-42b4-9ebb-c0d1f2219861 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,c6c119f0-90be-4efb-8baa-e9e2313ebd0d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,c2bcf689-df93-4c35-a956-7fc93bcad4d5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,ea7aa65a-6592-4e67-a178-ab840861e1d2 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,13b84286-2d24-4b11-bac1-ca0ea29e71ac +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,f70feeec-380a-4ec1-b100-cb7114086fd9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,6a541a4b-4544-4971-b538-dcb73e236325 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,9bd1f102-c23e-47c4-89c1-5931041cffbf +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,d4f343f0-f937-462b-8b44-8bf511a4ff53 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,839a6405-56c5-44da-a424-f6f75a92138e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,7d09ed2f-7810-4452-8f18-0256e782cf50 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,cd8bd095-9f08-4bea-952d-e6d5f895ab86 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,a6c15d81-5ad2-4df4-b816-86014d3cb07f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,89a486c6-7673-42f9-be93-7630fbb34c0f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,18a3638a-d666-442c-9d8e-565fa70c8f7a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,6359e6ac-e5b9-48a2-b917-e1942b6173ee +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,4c9f8be3-ed86-42ac-8fa3-897c1bd3d961 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,12f05981-d2bb-42fa-858d-ae618f5c5911 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,b0d09cf3-d50e-4188-b41f-e66cdfc8d33b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,a394f032-e1b1-49bd-ba89-99beb71193e7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,c5a168f1-7a98-4e95-ad0b-c01fdc93c26a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,a760b43f-f5ad-4039-a179-8abced5aa1ee +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,ee28d24d-0367-49dc-8705-d3f944ac7331 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,a59b45c4-9e0d-4b37-8c8c-870da9ce130a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,c7a6bfc4-236e-4652-ba2d-68654d4ae84b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,64963362-4cc4-4fe1-a403-b2d03ad28865 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,40ea2040-7c17-479e-a003-26b32e9bbcfe +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,baa8f4e0-fd0c-4839-962a-c63972030712 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,7143bcd1-5536-4dc2-acd1-a053127472a2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,cd8b3bed-7cd8-47cc-9fb8-8ac106959eb4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,b0820ba2-095f-42a5-88c6-0fb4eac81a6b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,d3954f86-dc60-42ad-8b36-0eadb0605b0c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,aaf0c706-375a-4130-977f-f0a24cbce25d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,99d28ccd-ba8a-400a-9267-766d6bf9e9da +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,314c0f20-aead-45af-8f51-6d46b1c5d2fc +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,c92183c1-b90d-4701-ad01-bd5baa7e3478 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,d0faa3cf-10cc-40e7-8a33-b40f6664c601 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,ef93a585-32fa-4fdb-af4f-a92f9f9965a9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,6dfb5a32-992b-4323-92de-d2f994a3d4f4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,386af9f6-8618-4680-976b-dc5a05943c65 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,5c523398-5a5c-4d1f-b33f-87df7f20de20 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,7401974e-da96-4fbc-acef-deb6ec8bbedc +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,10a9b413-c623-49be-a310-4c67984e994c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,e00961a9-26af-4c68-ac1c-775dbc89c022 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,622457f8-eb4f-409e-98a2-f38105bcb758 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,51083fc9-67bd-4c77-8a12-aa3ed122c24d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,a594dfd0-245d-47ca-9ad7-61895ccc02bf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,070d00ec-5d5e-4b84-a07a-f47e236abd5c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,c098f403-b090-4706-80dc-2378db4230f7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,50e5815e-335b-4b2c-a87d-3c80c44f73e0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,7327d63a-97d2-401d-9e17-3a5f58053e2a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,42fbbce3-5187-413b-85df-21d017e92093 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,cdd446a0-5dc6-47d6-aff1-c2f11df8a7e4 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,b3f983c4-5bcd-4441-b6d8-e9d81741e83a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,ed9454a9-5e68-4d39-b336-0c806c2fe1e9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,9dd9d1b6-036f-4bc8-adb8-2ce38d450261 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,5a54690b-df87-4417-9676-4be41b5b1f08 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,4cb3cecb-ee75-4fe4-b99b-7d574ac5062b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,14af6222-5f96-424e-8178-e714115e15be +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,b11bca40-38ea-4d56-9851-71538d9fdec2 diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv new file mode 100644 index 000000000..a2edf1b23 --- /dev/null +++ b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv @@ -0,0 +1,20392 @@ +EF ID,ipcc_2006_category,gas,fuel,description,practices,parameters,region,properties,units,equation,reference,GPC_refno,density_value,density_units,NCV_value,NCV_units,emissions_per_activity,methodology,emissions_factor_id +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,6b5ab3ee-46bc-4026-a02d-bce70c8ec22b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,06019252-cf4c-4160-b803-7a41072faa8b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,af9cffdf-3b42-4bcc-a88f-5330f1e7519d +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,e197c549-6aba-4032-ab79-e8d7de072f40 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,30f7c8e4-675a-40b3-8f78-8096bcba8614 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,8aca5166-bd78-44cf-abbe-7662ebda0558 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,680f15a5-a8b8-4084-a5ab-acd43015cf07 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,58cb1272-2383-44b0-8e2d-c3a122e8a486 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,dceac096-9a2f-46d3-8501-17d94348e253 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,9874403c-4470-4ed3-b823-6c80c78e2d83 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,21d71a70-3ae2-4035-aa1d-58a7d9fd7ced +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,ac96b78b-286e-49e4-915e-e16168eb587c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,d3d95ffa-29d5-4c64-935d-754dd4e79a7b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,823077d0-92e2-4102-8665-e6d8d39a0c87 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,a58eec51-73d8-4512-9d69-340607bdf356 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,bfa44eec-bdce-47e7-9e49-8e3570995cb9 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,f893db27-f9d2-42d2-adf3-3e11a02387c0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,c1a4b72d-f0ce-4190-9629-13fb5c349332 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,3c082bde-8c7d-4eab-80c5-0209776b43e7 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,a019ac8f-7bc4-4b2b-a07d-c39153e6febf +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,d134b98c-264d-4b1e-89a0-fba2eef194a0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,4bf20207-9128-4b0b-a347-5db9a58d4c43 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,569fdc6a-7a28-417a-a088-c9f091e2612b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,fc56d792-0b6f-415e-bc96-5731711842c1 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,f8aad96e-61d6-4a5d-9c44-fbd7f8aa5989 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,67afb053-d2b3-418d-ae31-abc5ecec46e1 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,cb2dabbf-ef32-4aaf-ab12-131355853057 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,79c1b8da-272f-45c4-8f0a-dcafb5b84d93 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,a08613e9-b14b-46d7-9ef5-fbf50213e85d +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,6b33bbc2-96e9-4253-8cbb-7a6a904dce2a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,dad8a6d0-73d6-474d-8701-df3c928326f3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,6cc26d1f-e4a2-4d4a-841e-b3d4e5b8a459 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,a1a291b5-5785-433b-b819-62f9bfe65674 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,b3e10099-bf3f-4f16-9c3a-e63c43e2aff3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,8d1648f5-ac44-471a-ad48-6f49e2eab326 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,771f881a-66f5-4820-8d20-e2def11bc04a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,2dfa1292-2abb-47cf-9d7d-6dd23ea63f82 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,e8e25ace-77da-4d1e-9987-758ce30ab5e3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,7364159d-945c-421b-bed7-9b4443771978 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,603c312a-c057-4074-bb0c-fdf17813e412 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,6b5b3610-1fc4-4058-8092-f02b166dc451 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,fba6ac71-b66b-453f-bb8e-b7b69e4dad4b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,52970779-8158-4f5f-a7af-233f19a690f0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,97737f57-7f25-4273-95cc-d35e953ec780 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,dac9feea-2cf0-46b9-8acf-6e75d494ed55 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,513459b4-ca8c-4073-9912-2a24acf61249 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,162e158a-d4bf-4259-a420-8ee20cbaac45 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,b2e9ed94-f6bb-4e92-a220-1f2a9f92345d +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,c11f5d5e-be12-4b47-8b1e-f174e7f99f6e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,5f4ab33d-c003-41e7-915b-485dcd3622d7 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,cf5fdfc2-20ed-467d-b346-47b1c425d32b +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,89a2a425-5fea-4f67-a7f2-839034e46525 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,7f811952-4c4f-4349-a7b6-1d100b8bb396 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,e64d5817-0a10-42fb-b857-a06bcadc1250 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,40ebce60-99d1-47b3-9b7d-ad613e05298e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,5827b3bd-6e14-46c2-a1a1-4990973d40a9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,45b76d7d-7cf2-4f0a-83c6-c2eef1c5e6af +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,9ee97bd6-cebc-477d-ac8e-df89aa095962 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,3c43f491-343c-43c6-a627-987dd09b3110 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,e7899d93-9257-49bb-8218-fb7a5feb8027 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,7cfaca54-20fe-4b9c-b515-7ae553d05850 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,bc7f346a-ab98-4143-beaf-2674f80447b5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,df6a40d9-998a-4d02-9beb-08837b45c9b3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,ca2ecdf9-f3b0-4ff2-9979-3445deb6cad0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,765a1358-6f03-4f2b-a78e-d43fc67b1340 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,2543e945-bf3d-478e-90ea-5a0896417d53 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,16340e20-2249-4aef-bb8f-18bd12aca0cd +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,403648c5-e8ce-49bf-b352-c4e1036ae6a3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,1464623b-cba0-40db-9859-6be082ad4694 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,716fe256-d05f-4bdb-8f4c-d2521d1449b0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,ed43af18-ad84-4d1f-94bc-8e8b61865fa0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,6266f0b3-ef66-4352-9141-0458d50991c9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,89df5e5f-9b1e-45ec-8b5e-026db6bd4691 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,787ef48f-3d66-4496-b56f-c056e115d452 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,4c62f0ba-ab33-4534-8651-8e89b1b1aeab +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,62f3b4b9-80de-46ef-aca0-5e8971f10cb5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,e23365c9-0c6a-422d-b95d-f9822c189235 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,647e3ebf-c1f6-43af-925a-230e1369acf7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,f420b5e2-a77d-4d9c-a61f-ca6d23490640 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,f235ecab-06d6-47ac-899b-9f851b9cd335 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,f597fb76-39cf-4b28-946a-bfd9a6464ff0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,97042ded-ff90-4606-8736-fd26ff634a66 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,957804d4-8ffd-44e2-b0f3-2bf896d20f47 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,dedc17b5-3a44-405d-8fa0-da6373ea2aee +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,47ecb0ba-2d0d-4571-af62-8e4699c8afe4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,58c8cf2e-1452-4426-bc8a-a795e9001bea +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,d569541b-3a45-4cfd-8a32-ebb9791445f1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,4b62ae4c-ee3c-4967-80ba-4ef7d7ce3f68 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,dc5e59d2-df1a-4b94-baef-61d94387819f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,7f5659b9-c61d-4ce3-823d-8bdefadb1ebd +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,cecc4c8d-36e4-43e5-ac9a-cdfb219d1f0a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,a8098802-e40e-4f76-a176-0a54561219a7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,493e4aee-cfa6-4882-8f19-bf56643a2cd0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,56cc575c-6878-4b11-b35f-65160c333b4c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,d85a1e08-cf2f-4993-99e2-341f1ea7c60d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,f41887e8-7a09-4370-bdc2-11a03f5b5eb3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,4dc8d863-b436-4c1c-9492-449d022f0620 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,a7ff3522-4fe3-4277-a3ad-5df96993460e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,dcffc8ad-afd6-4c61-8681-e76e102be5ed +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,6c526783-46e3-412b-b7ae-8a5e1480e9b0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,53a07136-a325-4cca-b5cd-951f9a5b17b1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,1bd6d9ab-55ee-4652-a2b3-86d029cdb4fd +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,d5b34081-23d9-47c3-a040-2ad5264b7eb0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,1d38ec47-2dae-4392-b75b-9d1019bcfbc6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,15aa4b17-ad09-49b8-82ab-333c04582b38 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,2e48e0c8-5209-460b-bcf8-44a1a448bdbd +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,2d3c152b-bb62-4987-9afd-76ab1099aeba +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,2df5edc6-6011-42f0-bf8b-90aea96d7e7c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,8f4e7e51-5f95-47b6-8b4b-551d56b09bc0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,cf49878a-1421-4535-ad2a-c9f1c6ebc7ea +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,f6b1f327-a5ae-48df-8193-58d7e4ee5114 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,1d287013-5902-4b60-ae8e-18d8f8f77328 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,6aa647b4-3846-4aa0-b97b-2c147311252c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,926ce778-2163-4b14-b0b9-9be698ea0bbe +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,560786f8-f6f0-42da-848d-9345b687b428 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,3ce861c2-e072-41dd-b06e-65dcaedfaf75 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,cc34880a-f892-4433-a9d3-24a1954b04ea +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,1107a30e-c9bc-49e4-a4c2-d5bcde447065 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,1c911c7d-7406-4930-bfef-7be945adac7b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,e011b493-7403-4852-a6f1-5163cd88eca3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,ed9deda2-a171-49ef-9c1a-a374c636cc25 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,39b6f301-59de-4c52-8378-6dca41eaca5d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,3de661ee-2a7e-40c7-9ca6-ef90c2f6ffd9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,fffc6cd6-ccb1-4196-843d-5a5373010827 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,fa1decc3-a4e6-46f3-9363-dfb05fb3adf7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,27249d2c-938a-47c5-84f2-df0681a25cf2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,5d06acb2-d1b3-436f-ba98-e37b12b33b99 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,dadc43f7-a4ea-4090-ac6e-28231b96fa47 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,b41c857e-96eb-4477-9bf0-a4b107965f7a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,582470e1-4d61-4948-8f3e-4bcc4350cd95 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,896680f4-a9df-495d-a080-6c988ae819c9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,590f3358-fcac-4f47-b127-b53d3cb2abe5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,082d31d2-8750-41b2-8859-9e252d8ebf20 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,459024f0-926f-4be3-b012-1e543e806363 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,5b00eb4d-21b6-41b8-8c5e-3c6bb52ebc6a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,77cf4895-11b7-4226-9f40-cda38e33bb40 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,e2dc1e8c-b4af-4b4b-a667-9a34bd6d136a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,066028d9-cb97-4b1d-aafa-c4cfed3241c8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,9e4a8014-a7d7-49d6-83ae-d3831127124c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,b438032e-2db5-4c19-960f-f96ef9968e2c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,d17c7740-5163-4e0c-8623-4b52fced8637 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,fab5fc7a-3b8a-405b-aace-6ad5f096367a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,962cd562-2686-4bd5-b465-4258eb7a6a41 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,fc9932f4-7c1d-4add-b3fb-d976b9644a79 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,a92a95a1-08af-426c-a8f8-83c3968f87a1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,6c546453-1a70-44bb-a440-6a6bc257872d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,5c5651e0-5d7c-4841-a2bc-e4355bd7967b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,10ba4577-fbb0-4e62-868f-70e85dbcc3ec +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,4a922f00-cd7a-43d7-a3ae-f2ff6e42a16c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,62ccbb60-7afe-486a-b4cf-e4e6bd80216e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,6b4e2942-ad25-4c79-9d80-6ff7dc8316e7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,355e2246-86c7-474f-afa6-610520470387 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,7290d292-9ecd-4e40-a6a6-38d1793841db +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,b2b38497-b897-4a18-8bc4-2bdfaa8ed078 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,739b2308-f244-467e-99fe-9a404992533c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,a47fe50b-4738-4d6b-a486-e6dce82bbb80 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,05f160b2-6751-4ddf-9195-5c72c73e9045 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,1d0aa377-126b-4964-bb78-ca0d67d3e6b1 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,a9751416-5c24-4e4b-956d-24b5ee3a75bb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,13903419-a654-4ea7-821b-bffd10d4cfb4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,e5d1b044-e548-413e-8b3f-5a8d3550497f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,cd3206e2-e66a-4b0d-9a9b-75d48258f14f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,9bcad770-eebc-4ea6-9a2f-b9d70d672ad0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,ee46c3ff-e146-415c-85aa-8954ab9bba67 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,016a4d4f-f801-4a6d-a1aa-26b224273949 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,44e4b3e9-0c7c-45cd-85fe-c70b8e65185b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,20d505f0-cc33-4f16-87d3-bfcf2f345866 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,e666f3ad-3529-4416-a1cb-60b09c5ea5f6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,1d461ac9-1edf-4468-8ccc-915b914ceb65 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,1728dd52-d6a3-461b-94c3-afdc3d69a6f0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,0bb63eeb-b357-412f-8103-73b7379f93c8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,8a5c01b1-8a43-4562-8e2f-88ee8cea044f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,01b39b42-82d6-4945-b1c7-8f2a7d0ead72 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,5be90619-c5c7-48d4-a817-be03584c6af7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,a8adf398-a0a9-4d42-912a-c952a83bb6d7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,00df4d78-9b95-4fb8-a3b0-0ab0440d2c1f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,2de00c40-ca16-4dfb-9593-ed79ea634622 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,67d795bb-7d1f-4876-8ef7-d5ee71be87e0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,459e25c9-47fd-4c7c-95dc-6caa63e78ccd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,23ac671d-5b16-4dd1-b2df-e32464e52dc3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,20342d32-3518-4ccd-966d-937ce6c3e846 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,862d820a-f654-470d-8180-203315d4e330 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,8b5a30dd-d40a-4514-b27c-da80f80b445a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,e29ef160-aab6-4a8b-89ff-f2bb65b6ea46 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,fe096d08-7d2d-47ef-afdc-165f8a26c795 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,fe528275-2c64-4267-8e28-2cbab0a1ae8e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,994b3e7a-d1b6-467f-a9a3-74ed42b9aad3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,dcf2ee73-36c6-4dcb-974e-6448574b14c3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,4c1a4d49-c3ce-490f-abb5-e82559c3f1f2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,15fd9c3b-bc58-47f6-907b-805456b88d84 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,af87908f-abbd-46a3-a788-b516a7f23d61 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,67276499-1a0a-44a1-8e7e-8a8d9a1cf9f9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,695a08b7-b51e-489e-b968-56e1eccd5d46 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,6e22ac9e-c648-4a52-94ca-d326ac1d701c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,8a461956-43d9-4c15-911f-5a704482cc20 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,48e03214-424f-4ac7-8054-4846af54dda4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,c042ad39-3cf9-43b4-a0f8-599737305daf +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,e8c97f61-02ac-4bb1-99ed-993ddb5b5de6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,e73409f5-91d4-4f05-bdab-db5e29a6ea65 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,338fcdb2-cb6f-4fb7-a86a-12339aa213bf +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,b273cf24-5dc3-4a8e-9556-4f0dd6e0a29a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,a4f8b1f3-d619-4598-9052-6c72d96474dd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,27b2ccfe-d844-445e-81fa-94621d9f8220 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,62543b5e-9ec4-4d1a-89ac-c1eb9f436552 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,02b20354-49bb-41fb-ba51-84bb48d44e67 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,80ead7a5-9a61-45c2-9592-d4de75569ccd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,0dee13b2-b35b-4906-bceb-8f4c6dfe971a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,8527af65-58b9-4290-9047-aa2f3ad21215 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,e3a0bb87-a475-4c9c-8893-0d3e84d074e6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,c342ad85-7a9f-4153-aa07-53c42362d31f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,f35d96bc-dc38-4498-bcb9-e7799fba63d6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,b719a1ea-1c82-425d-bb05-eb4dda9db32d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,8a859792-24a5-4a7c-9133-d83b81889350 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,ed530b0a-8496-47dd-afc4-ec5a3f85e06a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,14dd00e5-b8b1-4799-b9d8-f1e5e161bc38 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,148014ba-2612-4cfe-bedc-59e2b8662f09 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,e3752d2c-f882-49a1-a574-e237a126a9ab +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,6c1daca6-7de6-43fa-a900-33f771185862 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,119b2e11-4a4f-4c7c-a9aa-80049167011e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,095b3638-f0bc-4bdd-a631-508a41cf12e2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,b07da0fe-610f-4383-830f-8b7b9fea8c2a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,065271e5-1d6e-4f04-b795-65e8020915c3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,ad25379e-c242-4b9f-8445-e3bd5efc4f64 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,f9daf701-8f64-4278-80fd-74e3294a387a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,2d662b1c-fd9b-4b0a-b40a-34cea41f5ff7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,641ac30c-52cd-4224-a5dc-a107c8ed7d9a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,c25b7c3c-84be-46da-9a1c-738b4086ae1f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,52741ebe-757f-4dcc-8b26-93b6003c1eb5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,17eb6400-c129-4578-9b83-a50e0174b7e5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,9cdd8b70-5b95-49ca-b18e-41b4fa44cf45 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,2574d8e9-8718-4874-aae0-50e1c99fc9e6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,337f119a-7ef8-4406-b26a-669ecd4a94da +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,457345f9-4a45-403c-a37d-8cd99094559a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,dbf3dbf3-3267-4071-8d39-69591f0ab013 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,fbfa61ea-0395-405e-b3d9-e126c3afba84 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,b04e1399-2dfd-4e42-9822-c4c790441eb4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,e69f3f0e-f414-4073-a91d-8f3ebd289d78 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,5b53f928-d62a-48ea-afba-1e14eab32fb7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,25e4b862-e3e1-4b3c-918f-f8351348fe63 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,76921a8d-c5e3-46bb-bcac-54122161270b +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,3b4146d0-3250-45b3-8cc9-7dc4fd9bc8ed +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,6a0cd8ff-305a-4712-b95f-8fa332c1a5ca +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,2cb0b0dc-f6ee-40ba-89c8-7673be96194f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,dc65a337-4ffa-45d5-8e07-35ae7ddfaf97 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,3b7e5998-246e-4676-b822-019244eba790 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,d6f08a29-c7bf-40df-a244-fb968a956185 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,4b292886-9bcc-4da8-b605-0f4f47abc38e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,a1634d00-f5a3-4706-acb0-ac5327a3a458 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,d7c90aee-3b9d-42ee-8a33-6ddaf0ec6761 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,be502814-e4d2-462b-aa4b-fe0c9675a986 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,f1a6309b-1ac0-4029-9ce6-309c84eaf7dd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,3aa3734c-6611-46b4-9f9b-f97cd2d79ca3 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,a5b41af2-b1b5-48c0-9b47-4504efa91f25 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,f797ffe6-9c12-4103-865e-0153c672be3c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,a8e8987e-06e7-4aea-a2ea-b56a8b738234 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,6956de11-48e2-498b-84de-a38711f9ded0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,75caa1de-03ad-439c-a93a-20aac7a7e4f6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,de06535d-d267-4d0e-9f94-d3cfd43f6820 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,00cc66a9-6f90-409f-9045-739c76c4a0bc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,01245e5c-1304-4417-af82-24da748e48dc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,a326e245-f606-4434-aba3-50f7cc93e9a6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,e5054897-b1e0-4ead-b1bf-76fe945acf36 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,7a011136-26e0-4d5c-a83d-9f3a296e83a2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,25369e93-79df-446a-8054-75bf9f12f45d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,df865852-c8fd-471b-9a88-93bcf88cb773 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,a2493bcb-6db7-4367-8ddf-7ee173da5671 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,fbd96c4d-42d7-4f2c-a942-dd377daf2bfe +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,172f64b5-b052-4cda-b1b4-f4221bbd768c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,dcd9268f-f7c5-4a13-a7a2-c7c44ae7b3d9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,addb9d30-847c-4854-bd22-d1f2e8e0a0e2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,7dde69f6-1673-4577-94b5-ade64ce30c20 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,1977fb91-6618-4261-ad2a-465f1b1c9c77 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,7321c3d0-9ce9-4ae3-89bc-47dea192fc1b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,037f0b3a-b598-4fb9-8d99-34abfd097627 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,e42ef6a5-4e4b-4ddf-b6ee-722925b4531a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,8b563690-884b-4ea7-9ca2-e7ee88ad29ea +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,02633ad2-3684-43ed-b0df-4a95ead81d09 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,49c93981-e382-46fe-b1fc-f6a4c5acc159 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,bf15e4ad-825e-426d-99ff-df0c20c7c569 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,0a65c97c-74db-4035-85f1-5ae721dbdf3d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,a8284637-d9ed-472e-9c6a-8c9787fed897 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,ae2b96f1-e7fd-4a88-a610-f0f21a8d54f2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,858fc98c-42c0-4eca-bc4b-3f8d62104613 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,b89fcf5b-34b2-4e6f-9896-28cce230fd55 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,b569514b-4b4c-408c-a53c-5533b1eff562 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,f0f179d8-0346-4f16-aca7-5f1346d6a69a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,864e9836-2870-4b04-973d-2ebc9e75815f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,60ea001a-9bb0-445c-ab7f-725bc04326ba +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,70399e59-014d-40ba-998e-1121d5af48ff +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,58b25464-a111-4662-a4ec-502a33f0b5d2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,1e257080-e6f7-4e7d-a8ac-9a20f299040f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,a87377a8-515b-4d38-b721-e3df6d887202 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,84128f74-9f7c-4788-b40a-1b0fd90f9153 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,db2e5cdb-aa22-4d88-a641-f41a2b59099e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,57a45275-7eaf-4214-9639-203fd0dd3079 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,e2348a58-4c65-485b-880e-4f7daf84e5c8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,ce07f4e5-ba61-4dfe-b6d5-7a5cb55bc782 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,6a1e4b3b-0946-4efa-9dbc-081daee089b4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,97a3fc5b-a702-4b88-b4a4-22171bf89da3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,3d706e3d-af82-4279-860b-6fa725bdc7aa +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,8b5c23a1-44a5-477b-b6c3-af311274030c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,67afbb0c-2f0f-42a7-ab1f-ed79694640b6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a82592ec-dbf9-4218-9446-d62e9854afdf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,288a12a5-4467-4af0-8fda-4423dd1520a7 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,10f88caa-fd99-4dec-a421-9e2b91471e6d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,8cd56e0d-f974-4121-a1c0-471a64c3d7cc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,4ca1f0cd-5ac4-49f0-817c-48d83f631784 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,73eb0b2f-6d00-4133-9d5e-0f31809e0bf4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,03af98c0-680b-4834-8d39-fc474444b337 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,1d27fc45-f41b-4644-9fd4-f94f07e6073b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,f221e96c-f8a1-4a5c-a27b-722e47c9afa0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,f221032a-7a60-4fd6-92df-e5bf09a1484f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,297284e8-9ecf-4290-b202-95f690531f6f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,b0ad7b5e-4b65-4466-9ef0-5afdfc45be15 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,4ab48a20-e771-47ac-a088-08dd1b531389 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,ed6e6471-1e29-442e-b569-c47139b6ea9d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c83c0168-06ea-4737-ad93-96846e587544 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,7f4b2176-c6d1-4d26-bb41-c6a73c32a82a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,282b4bf3-9028-4d9d-9e31-82d447981c90 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,0a815919-ccd1-4935-8b57-9ebe78902fc7 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,a35399ac-3a93-4ff9-ae61-07ba443757cb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,84380a9c-bee8-4561-93af-16264f5d35ba +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,049fb9cb-9e08-4379-b1f7-fbb3ae5f5095 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,356c5723-0855-48b4-86fb-fac0d4da93f9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,c69ef9db-c6ad-4f50-a96f-5bf3fd6d5b69 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,f4dc413a-5143-4da5-a470-23e759cfc160 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,b8035fe2-5854-4a99-968e-23dcb55e2fd6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,16b03f0d-bf26-4412-bda6-98fbff112bfd +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,25080f06-87d2-4d66-b952-5802e535c935 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,490d5443-2a2a-406a-9489-85699a5ea8a5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,922a703a-8de8-4dcf-9adc-86dcad25e341 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,dde57b2c-f51d-40c7-beae-c808e83b61b2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,1d53f9a5-d635-4b1d-aa08-994166cc203b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,5d6df53a-686b-47f7-9700-c91dfa48a7d9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,94c94e97-0f60-4eb5-a03e-d810682db97e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,a877682d-0ca4-423a-b5cd-f24a9a4e44e9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,cc3d8805-88b5-43de-8327-35cf15194127 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,4e893d96-543e-48b2-877e-d48fec614135 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,16bc9f24-fe5e-4b29-9b05-283d5f4b986b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,9d9ed530-a084-40a4-804a-07fba135e1b0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,c571d5df-f86c-43eb-981f-601638ddab43 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,27bd5ebe-6bc2-4051-aa31-09ecd5b9efc3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c14c7259-2ad6-4b45-b061-e656815a3f27 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,d062b1f3-3c43-4e9b-9b68-963692f9be89 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c20edccb-da2c-404c-b547-0b5644326da5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,9b3345a5-c2e4-4f4c-bcd4-36e51ac42e1f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,b87ff1c0-540d-4635-9d4b-bb1b0c370166 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,58ebf120-27b7-4105-89ad-c933937594df +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,fc47514c-ace9-42f7-ad40-4c9295ebd3f0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,843dd98e-9fe6-4782-a1f5-88832c4dbe5d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c4537222-7ce6-490a-98bc-379e3a0951d3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,96cb2e23-1642-4e53-953f-00da66cac9a3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,f3602f94-4c38-4246-bcec-2ff53bddce54 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,a682faaa-562f-4486-bede-8095e848fbd8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c4eb0065-9380-4140-a19a-9d7593d4cc9d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,80323891-4957-4a47-ad26-7eb7c894dc06 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,afe72c2a-59c5-4acc-8d33-2ce3213e7f46 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,72ef2076-552b-491a-a8e4-c1e49b3181fe +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,c31d38cc-828a-444c-9f54-6e562cd87ecf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,35212003-c3f8-4c77-9df9-460d670f3675 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,09781cae-aef8-4b8c-923f-23ecfe1e51cc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,341069c3-11cf-47a1-bd52-6dba99bb4859 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,a3a036a4-fc15-4f50-844d-58875fc77069 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,3e9a7a1c-7706-457b-9d5a-8a81f2b8b6b6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,ee26a58c-93dd-4e1c-b29d-891deb463cf3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,9ba70e37-e52e-4fc3-adfb-2bb266b11b47 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,e640f0ce-4b6c-416b-86f5-63fd3aef09ea +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,2101577e-d319-4b7d-b3fa-9a3dcf6f37e4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,1c545e22-2280-4412-b598-2d8b8da90199 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ac42a56d-f081-4a72-ac97-8c338f274ce3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,0e7b8702-13b7-45f1-9a85-14cd5f4a599a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,6c6a12d2-cb1f-434e-9db4-572096e3332d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,06cd4473-0d67-4f82-80f8-581aeaa1e6b6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,c1507411-013a-40b9-b0d3-8c38b8eb0788 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,1c445a26-3451-4b4b-b205-fea415e874f3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,a86cef59-05d8-4671-ad9d-e8c0eeed8ea9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,d7bc5c80-debd-4226-84e4-96d89f462a66 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,bf5d3117-e6f6-4cbd-9144-89aa8ea092cc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,dfed88a4-345a-4866-9f8d-8436a98cf8f8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,7deeeb85-e902-4e9e-8605-70a3c9ac62cb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,6d2990e8-7246-478b-a709-a8550e459d09 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,0cfc53fa-defe-470f-9239-a1b7edaf02fb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,60363951-fb8c-4972-be89-50ed1d677624 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,15bf268a-b9fc-4705-8980-1f2c8f7fd596 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,ad12d6d6-2aa9-4c76-bbd6-7337fd21e5e4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,e89cdcdc-8382-440e-8f4b-59179dfdff4b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,a018d3ca-ecb2-48f6-9ad8-c40ff76841b4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,4e0c3d20-4999-4c7d-b405-8721e27a84f7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,dfcd01d3-9172-4e52-aea1-c3774aeec3d2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,52647125-a2de-4448-a43b-e4a3b1d32f7c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,ac249c6e-470f-4928-a7fd-308f4175bb21 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,c8b605ce-1b83-4749-b9b3-54dfe9feaac7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,3b0b71a7-4f98-4ac2-be66-08f8f5e889f6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,3cd30401-6f84-4f5c-ae85-b9ab5f9181d6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,0232b915-2407-4b78-9bc7-63ae81d1e3c6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,f2284e72-30fa-4828-9ce0-edeebc556035 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,d1db193f-0524-471e-ac58-db8943d678ae +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,a4950534-aa4a-422f-8dd2-f206ef2dd020 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,382df10a-02f3-4615-86a8-f08248dd3317 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,bf544637-0588-45b6-92d3-86914d24ae99 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,b260b9a1-a014-478d-b340-bee4d387ef40 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a7a0f174-4471-47de-9057-a64ac7041f85 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,e670812f-4433-4b0a-90fb-ffef41306c32 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,8055e93a-35c5-414b-8298-4a6e58f17143 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,7738dcc0-8d08-4ed6-b94b-b0fe81fcdc45 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,4e7e012b-c35f-4d4a-8cf0-75f705a08165 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,8d85adbb-e018-4a7e-a71d-3bf9b8b01909 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,c67f6229-b8a1-4aec-866f-21795dbfdd13 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,45e92b40-3c7c-4881-8689-7977bbb6229b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,ee611226-63d4-4f31-bc77-b9dff07a2db2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,f7f4c40b-9c48-4973-911d-116af6aa6d29 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,2535bd68-836e-47ef-9217-083cac69c351 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,b8ea9e64-ced3-4936-8b53-abf4ca08430e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a5ff64c2-78d6-4bc1-8021-75befc815a1a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,fe623d5e-eeed-40bb-94ad-2806e868ce08 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c68cd3d4-d780-47a1-bcda-137ad2c4e366 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,39891d39-e531-4041-b8c3-966adce7fe85 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,228a7e29-2400-4fd2-8eba-42ff36c14692 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,35d24760-bc67-4185-8686-71013eee2fc6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,1c4748e8-b371-49b6-a1fa-f52cda0f2542 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,415832f7-0738-4a24-9aee-c8da117bbe86 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c7c3ac11-4416-42ec-9873-d53b7c0a94ba +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,1eee5552-c9a0-4a62-afcb-fef6d9bb04d1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,6323410e-5f02-43a1-94b4-ff7a4d440cf6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,4f189d91-94de-4bdc-93b3-6026260f0c1f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,ddd893d0-60cf-4eee-b363-e94625c77a41 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,82da0fa6-718a-4c56-9cd7-b49bc910a4be +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,e758adf5-0fdc-4dc4-b577-6d3bdb9f7f41 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,6d2e1aa7-df53-40d9-a14d-fb76fa561040 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,74762454-efd9-4284-96d6-5dc1371d8f45 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,91035520-5684-4fb3-9603-d65805d51779 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,8e731dd8-027e-46ca-bddb-3a336402478f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,e4e44017-ff9f-4700-bd36-bb25a0126072 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,b17d2f97-d436-455b-8934-78022144ee1d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,d0817dde-e57a-4f63-b93d-86b28bc2ca3b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,ade95f6e-a0c4-4bdc-956a-4b22e90b709a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,2690df1d-77f5-425d-b2e1-858cc8b36f88 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,e74fff81-dec2-4e6f-a0fd-b75e17e1781d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,476b560b-f577-4566-a7d0-52f9316ed1a4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,8ab98962-0ac4-4e53-a9a2-c1d153f7b1cf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,a2b3c057-7a92-4240-981f-ab92b89ec51c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,939f1f32-ef43-4db0-8dc9-eb8d1159c709 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,d6b1ea17-4138-4327-9629-b0a1e28b9b1e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,62027f23-47ef-4e27-95f9-e6b5cb5b8064 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,2b75cea3-44fa-4e3f-a9b8-61089d02d641 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,a822685d-2e0c-4c87-a216-0151ac467e4f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,b8343c88-d9e9-4d4b-bc1d-4018208a7003 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,a8dd2d07-b12d-4dbf-8d71-7e802f0ad079 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,a5d39915-7186-45f3-8d68-e7185cb0a290 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,d721e514-b49d-4603-b429-efae259b650b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c131bcaa-0bb3-4a5e-8f9b-a10db5b579ff +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,4de84979-262d-4c38-a467-f6411688de8b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,f318d1d2-ae92-43ee-b904-372de325ece2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,22790ed2-bee6-4267-8c4d-03d1765f5378 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,ee8739ea-3605-44c0-bc6b-e6836e504db0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,d9ad197a-409d-47d6-8913-e12854266a73 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,bfdfc0e5-7f20-4e58-bc8e-dc5e33adaa87 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,5cebd852-5076-4997-ab87-f592d09dd505 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,28555053-9d26-4fae-b7ec-48ca9291aaa4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,0fddf496-5949-462b-8782-9e5233346cff +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,d585c66c-f3a1-41c4-a0e6-a88fa46f2dcb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c2962986-9444-4e83-9085-230bcbf9f367 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,b6868ee4-ce37-498b-ac90-e4103c3d7447 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,5a6b513c-244a-4c2b-97ee-8e7a757132d1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,71b523fa-8452-4677-9a51-5ecb30d19312 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c0f0ea39-ca5e-4162-871c-2631a0b2c66d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,6131c41c-85e7-4e7c-9f81-8f1ee073d2cf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,e801e67f-f39e-4240-b0b6-fe220c5d53f7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ff941aa2-0e84-4897-bdd1-62115a66de52 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,88bdb8fb-232e-4b26-979b-ccb259b614e4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,4ba07dcb-6939-4fbc-9060-52d40b084acb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,0e1902f1-ab0f-4f10-b347-2a4a58ec420a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,2c17d8aa-fb5c-499a-bffb-b2f07981bcdc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,00d5c565-b308-4c82-a3a0-36651a93b24c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,36ce6dff-d92b-4c7d-bff4-ad6dcc8eccde +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,cf6267b3-6c3b-45cf-a99a-c4f3ca40498c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,e2cc281d-c0dd-4e3b-bf32-fa01298079a3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,03ff7646-7a3a-4d66-9422-ff4f6d906523 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,ca8097f1-d217-4c12-804e-0d4718497752 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,463165fb-094e-4186-81a0-ed7288496729 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,2d048194-614c-4de2-8b9d-3072faa3042b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,425fb7ee-82ea-44e2-83c8-8fa3efed7e8c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,0f1be629-9ba6-4777-ad51-a78608663c31 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ff399254-ee37-44c4-b150-b004a347797f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,219f6d2b-bfdd-49f6-b97c-77ecb5949ee1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,ce2a8045-9eb0-4540-95d4-3708b0eef2b2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,5167c28b-0750-4b8c-b412-966c61c010f1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,00c9f730-4f69-4499-8a00-ee520a8cc26a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,dfdb96ac-934c-49af-bb72-8bc154970941 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,4cf88cc1-cf7a-4380-bf31-f89d283e0000 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,7aa60e96-4622-4ed2-873a-5b27fd51dd9d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,c11035a5-ffb9-4e41-becb-888ffc62c170 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,88173ebe-1802-4a58-81e2-dfac9d308a37 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,9acad0cb-3444-44fb-8aea-1bcd287d68ca +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,767cac97-c3c4-4e6f-a538-674ed640388f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,822bdf4b-a0d6-4646-8f89-8b9238c2fbc0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,eac6e0d5-cece-4fb7-a873-614f68bebb97 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,96fd4051-74fe-4f65-92c9-5d462b0f4ee6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,041f9729-0ffe-4ce6-83a4-0a719d8a2b3a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,1f675636-2fd7-4b32-9e7e-d9ba188cd27e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,658400fe-6a20-4e46-b590-d01b128b75aa +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,da1a0f64-eff3-433f-8baf-7f506173ee9b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,4ccf66da-0fca-4b88-a547-fa4eac9e11de +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,3c370f73-432a-400b-8590-c621ff6a1420 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,8060cbca-ebe6-4aee-8b52-2e8685b917d3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,4399a763-5548-4c7a-ac81-d64fbbcf3f4e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,c47429c7-6b42-435e-933a-9033c95ba46a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,20a1eed9-abf2-4792-ad58-96c57ca95a4b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,e849fe5c-b1ce-4b9f-bf29-9addbc60f1a7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,bc870dfa-93a9-40fb-9b83-c2251a8110dd +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,d4703ce9-73d1-47d7-af91-39a3c0e3cbfa +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,c2a6c15e-40ae-4e27-8640-a058ba8a750d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,16513ce1-9b2d-4bba-b768-4935e1f6e84f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,c9526083-8703-41f4-b4bc-b3de53ebc729 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,9fe953a1-fe37-4420-b67d-deab545fbe65 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,9bf94129-d29f-4884-b6f0-f35f935c9d9f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,777d83d4-3cc8-4e62-acce-fa9af7d2b47e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,5abe00fa-cbfc-4251-8ea2-abede5a6b128 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,7bd0f1f9-e3da-4aba-9be4-2d48fc133cad +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,6d8dea36-feb8-4fff-ba7a-d445a1f2cc63 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,dce931a9-6fcb-4216-bef6-4f31206bd08f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,045118bd-ab91-449c-80fa-6950ad15ea7c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,9519604a-d9a7-4d43-9ce4-591411e15fe7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,5ce5ca60-f971-455a-b4aa-1c7b1e2b199c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,1cb8e5b9-baf3-46d1-a5b8-3510ff53d4ed +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,f8890b8f-cf9d-4997-aab8-ce31cc77c873 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,fe4b2cd8-ca1d-4f1d-8450-0777b4d85c54 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,035c6a20-2db8-45e0-b61e-08f15c2495ea +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,349d828b-365f-4e00-b44a-f26cd6283e03 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,97c83cd7-44be-41e2-ad0c-31b5c8a49b68 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,3a0bba3f-9627-46cb-b45d-b3b8b71c1e51 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,a50c1944-371f-4ae3-ab96-ca91c863389b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,4ef161cd-d5ff-4c63-b56d-e11e7c771771 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,7f0a0c08-4bc7-4876-b699-fc6312dedb47 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,81208411-61e1-41e7-b81c-d61eeae97457 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,74e26606-64b2-4b82-99ec-844ab61cd0c2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,72c2defb-01ff-4959-99b3-1cb4c0617009 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,c3dbb07f-48d4-448b-939f-f50e5b226fc8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,cb79c792-14c1-47e7-8208-33520ec77a87 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,19d4938d-7465-4044-b83e-87ac1b0d08fe +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,3b555c4b-807e-47cc-82f1-c4d2a4ce2e4b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,0909fb7c-938d-4e12-917a-74e1c162fdc9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,7cd8a48a-3e2d-40a2-b992-1cacdf3b95e6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,415bc06b-d49c-492d-b9d2-5fe178a5b518 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,47611971-cab8-43f5-9913-3d804f98f3d2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,b9a3acd9-0ac4-4c35-83e4-be3a5563e29a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,0d3a85db-c104-4884-8fa8-ba4894c112d9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,8f8fa6cd-2b15-49cb-a87b-5dd0848a371b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,b49c47c5-af16-48d6-97d9-dc82f460d9d5 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,5cd1f8b8-1d7e-4677-a7d5-7ab354c03361 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,6e78f911-1dca-4cce-924c-fd4c25c4c769 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,e4701948-34d3-4c09-bde3-b324a098fb84 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,44e5c8fd-62c3-44dc-8596-14b4926f2c2d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,88f66bc1-769a-458a-9f6c-cac118f1941f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,0f0e2573-36c9-479c-92a0-90afeaad53cb +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,af428f54-5348-4bc4-bd80-2a5a7674d757 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,0b9da084-356b-4a69-98d7-29368564762f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,ed2b3b7b-725b-4c47-9e58-28b9814631c1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,a5abddec-6264-41e2-b8b6-8f245a44fa82 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,36e254df-5119-49b1-9856-34f22229cef1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,f8cfbc81-70d2-4d4d-be91-04afcf31ef96 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,3519bb60-62ea-4732-afe6-b86028cdd88d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,42acabe0-9e0d-43eb-ba70-fa88774a4422 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,d72abe59-52ae-482a-9194-ebc0fffd2bf3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,e3ec8792-5a13-41e8-87a9-22cbd3b4c51d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,652c27b7-0d91-4b3c-a915-bf4b62ca7644 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,2e22e1e6-4bad-4402-ae18-35ae4383c2ba +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,0c38d42e-3544-42bf-bd5c-17a74dab6e78 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,66e23797-37a1-44f9-928a-c226964b30ca +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,53346cde-f711-4f2f-9ccb-2db9ab827c1d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,3ef74fad-3a9a-4c92-8a7f-b72bf9f95759 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,7237f952-1555-48bc-a778-a65a569bf1b4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,4fe87761-16f6-4a4e-9c04-7ee45c770953 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,6c4cbe2c-abc8-4f7c-8e23-e078a588596a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,a8b4f024-07c8-47ad-acc7-dc9894d64069 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,d14eec69-4845-46a0-a585-bc518ae70b21 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,a8f8db77-bf9e-42eb-976e-30ff893852ac +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,dc2562af-128a-4481-af70-6b8cf82ec6d4 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,17281846-eb01-4714-a384-7f55e3312769 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,87060d50-4f6b-4bb5-8e29-3799e0d926f0 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,b8b3e5c4-b21e-4335-aae4-ee0a6c0c45fe +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,c93c6b95-3a05-47c5-a8be-1125a9c4a940 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,3df4b34c-006a-463f-adcd-8c19cc0277c8 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,63a09821-db97-477e-b30a-f7c86fad5172 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,a0611719-f3e5-4ab1-a998-0e2eeb91a740 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,22d0feba-03ab-46eb-bcd5-6c9b79bee02b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,fd71f704-2fd9-4263-8735-35c01b164c96 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,7b2af8bb-2eb9-4131-9695-608d70216145 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,96739a9f-7e2d-4a9b-bebc-e071f5ad9f2b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,03edbbae-7877-4d88-bc09-73b580bcd88d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,56caca33-fb2d-447e-b0ff-50e6c797fc57 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,77e6276e-6756-47cf-a53d-8d2f923fefaa +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,7eaab809-20be-440d-9bdd-9ec0d7bb1645 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,be4265af-3606-4d2a-8879-ba174568793b +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,204f3a75-e64d-4bfb-8136-3b67f2e35cde +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,bca43849-bc3e-4ea5-a166-7136a2d8dfb3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,010f9354-b6cc-45bf-8e87-318efe29c0ea +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,f525994f-7aaa-41d7-9fc0-de5a344218c1 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,f64a6a63-be98-40cc-bea6-d1e5cb812543 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,36136b3c-a729-4967-94ca-c5bc32a14a0c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,4ff959ac-620b-4249-bbe4-a07a88c2f2df +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,dea4d43b-b762-4452-bebf-ec7694a77707 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,1905c5fc-3290-4617-b3a1-cefdacad77a7 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,2b58fe78-14cf-4977-9410-3572e5a8966f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,32266732-49de-4729-ad00-58073020e42e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,75e160a9-289e-48e2-adec-b9b3555bc939 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,9caaece6-6712-49bb-8f71-c22ddfd8a505 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,3ff5cbc3-f351-46d3-a380-854521c15a03 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,b0bb9a2f-9e5c-4100-81f7-e0ac90f5309e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,1157612d-304f-42b8-a2f8-0af44cc8b602 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,09f7dd69-4dfa-4e2e-979a-812ad7c75067 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,ab8b2a1e-cbc6-4789-a38b-4574299836d7 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,945aca71-1853-4199-bc4b-c1854bfdce72 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,77bb1e37-095a-4f81-9025-c83615fa8104 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,9e82f72a-375a-4144-8c8c-db08aeaa6a5d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,39aa7e79-c165-472f-89cc-e77480a18278 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,a54e84cc-1c96-43cd-ae4d-04bbaff04cc0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,b95ec404-fd56-49b6-aa11-bffdb293e4ba +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,25d98600-357c-4ed2-b585-db237a0662cb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,96feb7a0-5f70-46c4-bf94-45515b0de757 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,d64f8303-2d00-4f91-a47f-f6ef40648b1a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,c525be16-ba28-48e8-b816-c89aafcd9be0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,1e85458b-7215-4d18-9d76-fc8e3e8a5353 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,394a07e5-0445-4880-9816-1b36703d97a9 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,6a300ed0-6834-4b07-acde-998b58283c41 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,380c5cba-b8ab-486f-94b7-5c8a966fa7fc +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,508b7b5d-49ae-4529-915e-a58c29d22299 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,49d1df71-a939-426c-8ee1-b7a527a7fe99 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,7a3137ff-00ed-45f3-80fa-9731c06e2098 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,9ccfa0cc-5e29-40f0-9b62-510b0f60a972 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,9de13aaa-0b25-4399-80aa-7d7fdac5b009 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f8577eac-42c5-484d-8af0-6e8ac302602a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,a8b3542d-e659-407b-b928-94fd518d8af5 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,6e8dde95-8b2c-41d7-93b4-ad5c609479e2 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,4459c0ee-21c6-4e76-8de9-ff9b71d8078c +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,78f54833-1cea-4804-a08c-44142fb59b1d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,f0b7bdab-b514-44b7-bc46-64affecaafab +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f475a938-6b28-4ede-8060-6ccf02a12aba +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,2d488ecd-ab68-4837-b594-7c27cfdf3f5d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,74e1ba2a-7e3e-41f3-86db-d077284be750 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,e67ccb3f-81f6-4312-9341-a60b57c28ee3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,4c74e959-72b5-4b8b-913b-7f399b6f0eed +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,94401f67-53a7-4d0e-8635-66a09ee1bceb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,6c76242b-aff2-4dec-b835-1cf90d7b65ba +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,e669bf1d-9fb4-40f8-8a28-3babb8995cc0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,119bc8a9-9c48-4a2e-b0e2-c1cecd9f8e18 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f91494c3-46fc-4a7c-950f-78b265b9bda4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,38d9ef6e-c862-4729-bb98-3544dc27f50e +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,ac2f79c3-9a9c-4be4-954e-242c4cdc40f4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,6680c7c7-f26b-4c45-a959-c748fbe03afd +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,dc06519f-c3c3-4702-bc1c-302af368569a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,d2842a31-7a5f-4618-8657-354d1d4b3909 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,40b8b155-417c-430d-89fa-24d68a0677ce +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,8c96f191-fa10-46e4-b2d8-245ec4531788 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,277d945b-75c3-4be1-a264-8161272cd92d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,427caebf-fb9f-4d68-980d-f58389ad6f3c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,903dcb0a-0f29-4934-a7ef-67f89e65cc68 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,edd9bd2d-550e-4b60-8e20-05e2615a8181 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,4b71f264-70ec-4854-b479-84296af16d2a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,fa59078d-4fd3-4df6-93bd-a67c1dd72acb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,33fdf40e-e6b1-4922-a0f9-b9b1647f03c0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,5ac4d989-afeb-4ac3-9150-759ee12bc47a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,a31bb58c-e03a-487b-9f6b-b51193fcf909 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,2dae3b87-48e6-46cd-9830-6944d89bf5de +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,ec374c99-fe37-4d5d-9537-2dbc42f6ef1a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,61e4e561-381c-4dab-b93b-cbd8aeaf0058 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,92e6f071-d240-4852-9c52-d1a76bfe5d1f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,20008561-cf79-49f1-8289-86bd5ba29ac0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,e64b8d7f-6d23-4f07-a446-1691dfd1a49c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,893b2f0d-1691-4321-8347-9a4666845947 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,522659da-7b03-43f4-a365-3cd15cb99ac2 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,250d5a1f-dd94-448d-94e7-7f7a8aa6ad33 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,55910638-a9f9-40e1-9f9a-e9713da407b3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,3f320e46-3d13-49f8-ab21-5ff7ceaf51e1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,a51a02c3-920a-4d5e-bb9d-756b47cddd12 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,58af0eb5-5ea5-407c-b4ab-bf865c6eb0f4 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,9c5de581-8271-4043-b7b1-444f784665e3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,13425ccc-b44d-4f17-8879-a0ba66d18373 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,8ccf2000-f8b0-42f5-939e-6ad98df026fc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,9dade058-6746-445e-a7d6-9c6b172847b8 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,1fe08984-bf4b-42ee-ad20-6ae65a1af543 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,14cc322c-2d55-4c9f-bf4b-72a956d7d886 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,1c88767e-807e-4eca-b6cb-31ba04cf4365 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,040e66be-075a-4612-9939-77cba19ce687 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,84061562-2284-4b72-bf54-3eb57833a82e +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,950c26eb-bc59-46fe-a823-3ee64e039474 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,7b1e1dfe-d84f-46f2-aeea-f5e1a40f8047 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,e2baf572-b8a9-4f72-b103-c78240dc3058 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,1af35e9b-5d2b-428b-9bbd-179d4efa45a3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,cddbec87-1051-4639-9941-533e4e7d308a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,dafd22a7-57be-43fc-99bb-547d729cf55a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,098916da-10f7-45da-a2c1-03291a2b8733 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,16563c45-4874-45f6-bae6-f494f4e3c863 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,ef15e0cc-6c4d-4fd8-891b-856b3519de4c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,054ea7a7-8a6f-4851-898a-479481cfc405 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,ba3f4938-8bbe-418c-9cd2-c37e6bd6a2ef +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,40eda9a0-7d26-4494-a35a-ecca9c4df02c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,b95adf74-e418-4ff0-ac89-143c78966c28 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,ce8d1128-2090-47f7-8299-805406d58eef +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,348a16dc-b540-4279-8234-f2a61cf6f8d3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,e0e0c1bf-cdec-4059-9745-7ae5610fee55 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,9c408c92-2a34-4112-ba42-128ec59067e4 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,98f770e2-c38b-4a27-8266-7dce886ccbbc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,4d91670c-9e3a-461f-a127-ab8dbcdb88a0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,f0a84881-26fd-4516-9692-4095fb4b9cca +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,2e3c6c86-00d3-4173-9234-c4133162384d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,3bf3b0a4-b472-46b5-aaae-5fe3d728e1fb +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,2c1c49ce-c6ac-4756-b427-6725fe42db93 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,d20e801d-b06a-4a21-8185-b7d87d38653e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,bf803085-83fb-4d32-9c35-9c00e3320c69 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,3bc35eba-aa3a-422b-af0f-9734a166863b +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,5addf892-7c4d-41d5-a928-1ed09de8f09f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,7f7298e5-7855-4c8d-8de6-87af7823e780 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,b8813077-9eab-41be-962f-a6148007dd1c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,9e1e5aa5-cd5a-4b87-bbed-adec6a54e172 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,98a62473-475c-4155-9590-ff7969247e84 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,a054f615-45e2-45ba-862e-0375a8af6dfd +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,19bf7fee-6718-43a4-9bd1-d4f72d11420e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,c69cb21e-dee0-45e5-b8f5-65301ccac4bb +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,a8da387f-03d7-49ff-b360-07e48f257ad9 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,daeb16af-d1fd-462e-9076-c25f01635389 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,9292f2fa-cf96-460f-905e-d3a209d4b983 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,88624ab8-5e99-4340-9fda-c76eb4a222e3 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,159482a8-62ca-4fea-9506-82bdbc5d0c95 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,85a5843f-f735-4b32-afa7-210ed9da2f62 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,0dac4b97-5397-48c1-9ff3-f20602c9a2b7 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,af0850a7-6f4b-47d0-9541-0fcfafed36b6 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,3b561fe8-0de8-4906-86b3-022c6d5ddcd4 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,72702c42-e11a-48de-ae11-9355a641db28 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,d8cee69e-1dca-4b71-9744-6c09e4989700 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,d39fdd83-7c42-43de-a9a2-423bd9450db3 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,e4054b56-484b-490a-8b93-5869607bcd0a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,f919f952-69f3-4a06-927e-6985fa0a0af5 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,1cfd8e23-69b9-4ee2-b75b-68911082ace2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,0a786cb4-a8e5-4de3-a4ca-f0dcaa0123b7 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,968680a4-ef7d-4fad-bf61-73bf28493fac +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,7fc4d1ec-2b7e-4018-8097-16f33f6f1995 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,87e12be6-1018-4217-b2f5-296a4c22e2ea +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,4cb8253d-2a9f-4aa9-a5e1-f4e041522b53 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,254f6061-b050-4d6c-8141-82884b23fe8c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,6ec816fb-15bb-485a-8c07-52a8e0fd439e +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,5d46814c-e080-438d-955e-088d575fcce0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,aa1c4c25-a182-4be4-90aa-04485f374d2c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,7d2afe05-6eb0-42a4-afe3-06df71b000a3 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,44e613f5-a8e6-4ded-b2a3-2b78cf12ea69 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,89708b10-97ad-406f-b80a-ba00be595836 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,8b2847e5-1324-44b8-9547-da2f3488ea60 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,48164aa9-2de9-47e9-a3eb-2d64820da8a0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,29c22612-ce1c-4c2e-bcf5-4d026bcf1df8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,3426a2f9-372f-498d-99a7-69179477f63d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,3c82f194-1264-4a6a-b5d4-85c3bcd51044 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,d967fcba-b61c-48c3-8c07-4cd7ec65e6d1 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,105f58c9-23d2-4641-8bf3-c4994fd7ba21 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,2936bb51-771e-47df-bafc-6f9cc86f2f1b +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,6733c98d-c454-42c6-ada9-47e012f680cc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,bbd175e4-e2b7-4033-b21d-fa425335c5f8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,7f8d4962-9a20-4cdf-be00-c8455384b14b +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,96edfc7d-de61-4e1f-9808-742c8a86d039 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,9183fb05-30df-4b2b-98ad-d16465282c57 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,c12f3f07-561a-408e-9547-50b6062b4966 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,e19298c2-c3e3-48c4-a097-abd21d7131b2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,6855aef0-7f6e-41d8-b10b-d0c94c7c3f4a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,8d8462a9-4ee2-4057-8610-e075d307bdae +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,89c791aa-5eeb-4334-ac1e-192476f2822f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,1be7b758-c666-4d59-a248-2dadd1df4f3a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,f33cdf21-00ae-4f40-ab87-ab4f5f267c9c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,96134cb7-5fc4-421e-9488-4a46dcfe021d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,290532a2-4f24-4bb4-9ffa-fcaef5254af5 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,93ad5697-0b8c-47fc-ad52-ea5d62d2dea5 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,3daf8f4d-7903-4cd5-971f-fc74dc93482d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,2c2035c7-4a97-417e-b447-14858f03e48a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,2d56c44f-a298-4c04-b02a-a7a9106aa44e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,9d865471-67c6-48a4-af38-ac71b7b42864 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,7957acf3-c282-4a00-9206-4ebb6085416a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,a0dea33d-303c-4fb5-b100-83ed38630fba +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,67fab8e6-1b1e-49b1-a2db-632eef186891 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,c9f19d64-0c69-4e1b-8f53-2cf66b46675c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,25b055eb-9706-47bb-8ca9-eacaeca893e7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,7ce7bca1-4b80-4d2b-82b1-a8c8cc3bc592 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,d21332e3-f320-4d73-b09d-90491b07ac00 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,4f1cf220-ad81-4383-ae88-9cff4bfce15d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,508bbb11-dd97-472f-895e-5b83d19836db +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,4b82a815-972e-4748-9488-ea27e30f345d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,761507ce-5454-4cfb-981a-33dc250cd492 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,95347f69-a310-4180-b3b6-04753f37160a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,cdee7201-684d-41bb-a14a-47f74fcb3943 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,4bb3ecb2-c5d7-4ef8-a544-f9fa8e960997 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,5ee22867-c19f-4056-beb0-7f556d8558a9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,6f314e98-efde-46e0-8d7c-fdf1f8dfd168 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,fa8f3255-392a-4645-8a48-1e66fb3da604 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,d8501e12-47dd-4c17-a0a3-9e67a6b5bada +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,409049d6-cac4-4355-8047-4dd426c3fb85 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,0be65077-219b-4969-85a1-cd630432c87d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,14a08f56-14c7-487e-86f7-4c709bd02389 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,368d9085-4e97-4bfd-a82a-49645f6f4a2d +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,abab3aae-363b-49dd-a490-765d0e8babd3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,378defd9-cd71-4b3e-926a-4d95db3a9cf2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,5bc6a3e6-8ec1-42db-81a8-bf4df1559d87 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,cd23e3db-3aa6-4d06-812f-b39c78da0473 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,110a4d37-26e0-4d01-9648-5457ed127a15 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,082a78d8-72c8-4a37-b2c8-6e39ebed4b0c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,a14a685e-786f-4e39-98ed-9a71cf8ae200 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,b1e5deb1-69a9-47e5-8ea1-430d2caca8d8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,23842caa-0ce7-47f3-87a9-cf433ff985d1 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,c22614c0-2c3e-4f8e-96e5-4f4bb1914c85 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,2ad1fcb4-87e1-4b69-9863-0957e62ef0bb +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,1e39465b-2a57-46e3-be12-64bb2cba0286 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,293859a8-41fe-4583-b8b0-1558d4431bca +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,a24b3708-20d0-4be3-8969-577eab427652 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,2a2f9331-ab0e-470e-bd5f-f09b823a27d6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2a6f5d81-2004-4396-a9d4-322c1a4f9205 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,e819428b-5c2f-405a-956a-be8ed8303e0f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,4ce6afb8-c9e4-4fab-a564-91385dbfb322 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,439b3c35-d41d-446b-bc7d-aa997650c1e4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,78ab0521-2a51-4f0e-a876-406d03dc0ecb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,7ff3cfbf-a866-4878-90ec-8ca6cc3731cb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8ecd320c-48c7-4d45-82ac-412d1ee50e10 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,4752fbb3-edce-4049-bdb2-738cfd5fecc5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,ee59fa4c-2ba5-4560-b959-1066a7e9f19d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2b52a354-7775-482a-ab24-765c008d433f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,0af96583-acee-4363-98e3-b2974cbc5c7d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,9779157b-8623-4aa5-9ac6-efee82877f9c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,891a8c39-24c7-40bb-906b-40d949e53107 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,d97a051f-6d29-4c89-8884-96508c2677eb +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,a46e23b0-a33e-4653-80f3-46ef5dfc66a6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8edce348-b8ea-4a27-94ed-8226c236110f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,7986fa66-aa72-48d3-9fb2-3baa22329e72 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,11c694c8-80bb-424f-b8ca-7154ec694226 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,c23b94a2-aa93-4910-a21b-0cabeea72fc8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,1f71a0a7-0970-4440-827d-4addb772b875 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,0c0addde-eee6-48d4-bb38-2580c8e39cc4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,df4af0b5-9f7e-451a-b273-618c8e539926 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,1765a4f7-fc99-4af5-bbec-e16ba0e65af9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,0e68c997-44cf-4725-a1c1-883a4b76e5ad +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,59fbdd5b-900b-45dc-97f7-40e2682e2c3d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,909bae45-3fca-467a-9dc8-2fbedb8799ca +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,3eeea309-01c4-4c28-8412-f32111fb1c0e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,64bd7a70-3b2f-4163-836b-0b5c4d7c8b36 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,3fc35c1e-e9da-48eb-8317-baa524b1e6fc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,15fd0b3f-e330-4ca7-aa2a-eaeb922d3a0c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,9a3454f9-cb51-4f27-a262-745f802fb028 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,85f85b24-511d-42fe-a9b1-8295c8c17c16 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,7aa11d6d-6862-43f7-a145-0680ca46c390 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,097d4fd9-5661-4828-aabf-798e320f4149 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,e6fc222a-28cf-4576-8192-02f5782282c8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,5bfb72c2-744a-4bfe-a2d7-35f4b01aecd6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,dc2428e2-3f6a-4869-b3a6-be666ece5fc7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,7956620d-b33f-47dc-96f8-64241fe5703a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,2fce6b87-d592-4137-be09-a01a4c08c7d8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,a655161a-8b46-4d9b-a562-d7bbf40ab696 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,736a19a1-919a-4062-b8a5-03cab040c3ef +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,20c0261e-4067-4324-962f-19eb552cd1c9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,436f77e8-e49b-416f-8590-d0d0681fff39 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,cd5101ab-3b4f-49b1-99b7-9dbd76fe73f6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,7dfdd604-e6e8-4d28-9978-c955a42f9f9c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,4668ae40-ab91-4a08-b2bb-ad9ce2ca3ff9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,b19a8398-de29-43fc-81e9-d09b3bfd9da0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,77e7f108-d1c7-4eab-be3a-7c4d372664cd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,9a1c333f-8f5b-483c-b8b6-2f644b862089 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,a16fa231-4235-4071-9a10-8f83913c0141 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,71bd43c4-d4a8-43f4-8283-ea7e64f35404 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,630142e1-51a7-46ad-928e-f941af2de1bf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,9b737db5-a38e-45cf-a162-175d53ac5900 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,455ecbfc-4207-4070-9d0c-1d0b6b0d30a3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,c27a7f0e-a475-407d-9c0f-d5220276bc75 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,846369f1-5490-4c4c-bd01-3e388248c170 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,90355760-c289-44f4-9f2f-2a5da688c89c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,4aa3866f-75bd-416e-b6f6-f580baabc577 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,e01b0785-661c-4ed6-a211-6a99d044f82e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,7721e58b-5df9-4114-8414-32dd38be2a41 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,377720c7-48d1-4dbf-bf3e-ee8bbaf60770 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,8f122220-be3c-4129-969f-30fc10992e18 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,8ea80b6f-edeb-4439-9057-8c959d997e4d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,fa3519d2-9037-4c7b-8096-37a9452ca90c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,aaf2cf1a-9610-427f-859b-fe32fe5c62f8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,42177b78-23a4-4057-8f94-0869d8ee5095 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,1496bf45-deba-4b64-96af-65345478ef63 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5aabcbfb-5e4d-4e01-9952-19309bce418f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,38bbdc11-f275-4521-9b99-e371e2a7bdba +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,d74428b9-bfd9-432f-8889-514ddce2a84c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,02a98131-fccd-4b59-92ce-cdcfb323c143 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,d2443fbc-2d9f-48b2-bac9-2a7596c6fd1f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,1d53e7e2-ea5b-4e9b-8695-3b39322a2318 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,6045b471-92b8-4577-aeb1-b1dd1ecc2f7c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,6f17847e-6983-4736-953d-4e2bc8536013 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,4535b4dc-0252-40e7-8533-f17046009808 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,a4fcfd00-389a-41a6-952d-01f9816a6af1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,4d145b45-55da-4208-ae5d-d9764ed551b4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,797d087e-d3f3-4511-8edc-40863c923839 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,3f2911e1-ac34-4bad-b3db-672aa4802dd3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,557fd436-470e-445b-b4c9-4449bff07f88 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,2266e85c-c596-4ccb-925e-9eb9999309c1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,2db5c625-d6c1-48d4-b68e-f88832e94fd4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,ec910a47-2f59-47eb-a173-de04e69af1e1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,ea04e73a-762a-4455-ae81-7d8f1b0252c3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,9c69cc0d-83ba-4b19-be61-54f040ab4f26 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,b1f0e84d-e61c-446a-a4e5-d38162913051 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,557f3b00-602a-4430-b58d-114f3face408 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,166a3e75-2701-4d02-91ca-0f40e52ca903 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,0b8abff7-8d42-44bb-838f-20c1ddf01bb7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,59265959-27b7-440d-a18f-f33995cd5cf3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5826f5f8-5667-4baa-a6b7-4063d97f5e4f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,efb29349-5db1-4d4e-906b-73c7e983bd1e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,d8d2a2b2-fd8c-45de-acf0-fe0625ae44ab +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5d14b746-7a7d-4c76-9f84-d62f66cfccf6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,e6e1849d-0143-4bdc-99f4-318ddf9a9f08 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,c7ef95a9-779b-4033-8a3a-a67d01406221 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,2ac7ba90-8503-498a-bfa5-d04f3a41f918 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,7caa3494-0997-42ed-9629-74ad957fc34d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,a23138bd-3f59-456b-bc15-630913aeb50e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,4407f705-5ef7-486b-9e86-98a3ab093fd7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,0fcfeba4-8103-40b3-9854-a348016f0572 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,88a53973-789e-4afd-a1f6-e87ac1a2a3f8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,9430e68f-7c38-48da-9e7a-8eeb74bcd559 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,80388f10-8285-4aa2-83b2-a9f1709210c9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,dafdb146-eb97-4cb2-83de-6999757b1a6d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,a84d9108-35e0-4b88-a573-88be51960959 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,6d556c56-ba01-4750-857a-9d08c643e882 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,c91374a6-f77c-4253-b9b0-19d69392edbe +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,98f615f2-c1cb-437f-8b22-ec230e2af817 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,db62cada-dfba-489c-8f09-a01a7b7d5bc8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,6d687de0-213a-4ae0-8dd8-f5632782afdf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,4ca0f181-f6ac-4d1b-a5a4-a67f38c1b4b3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,0966aecc-2e4a-4907-a204-eda9ff6c0be5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,c08f23d8-1360-4421-a4b1-ff2b2bf7ca04 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,c2c7a7fa-ff25-49d9-9e20-fcd3b3df3bba +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,5cf9ae90-c9c5-41dc-867e-92d80c172c5e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,7f6b7760-422a-4e9d-bd5a-074506763081 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,d291b1ea-7c45-437d-b042-7f5c364616d5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,fbe56eef-bfda-47e0-8b08-90d13a1d4ad3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,490ac60f-19b8-4434-98f2-f65ef68ad9f1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,d2fe2d97-5e34-43ee-93f7-0c745ac7cd60 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,0eb069be-d8c9-4e43-b02d-a73cddffebe2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,8cc14f4b-fbaa-4e40-9bdd-7f807df9e311 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,05319436-8a4c-4a0e-a368-9b244bbe2df0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,025c8eb2-a5fc-44fa-b689-b8033223cbe1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,0ccae2a7-919b-403d-8ec4-be90286faad3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,b6b656cc-411a-4a84-9ae6-6276385963c9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,7025dc7a-9e9d-49f9-b5c8-5f264fae21ee +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,052321ed-a903-4713-9d95-1b568bf3b344 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,a018e319-4453-4c2f-8e9c-7a950adc808a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,f312799c-1dab-41a5-9810-9bcf3c2b1afc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,611f5641-ca8c-48d4-9b22-983db95e6bb7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,2dc21e57-af6a-45ca-a77e-f74ee741015e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,66d92747-8691-460e-b045-7d6dab3f73b0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,26386c4f-5ec5-4a6b-95ad-5141b858ab14 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,623c9ca1-8a4a-493a-9b77-15c478ec5249 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,22243fd4-5a51-4784-8b55-86bf6a518c4d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,861c1d17-b574-455f-9e25-762988e46ed2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,4b5ddca2-111d-44f9-97e6-1ab3c046129c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,5bf9aa85-ef23-48f1-af33-2a9440bfbe40 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,5d0ec518-3358-484f-816c-c22402cf0560 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,796792c5-19d3-40fe-b048-03542308d3a4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,a4c52bf9-a1e6-4303-8634-6415c74aed39 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,93be3506-f732-4f1a-9788-51cfa8d78232 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,27e41540-2560-4b4d-85ca-46e5104893cb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,6657a52d-8c71-47e0-96a0-5d08590cdaad +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,fc6d5a32-b485-467e-b8df-3e0f789b1bd9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,5c9ba9c6-56d4-4f20-b87f-5a6201dee8ab +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,3b5eeb27-04b7-4e24-953a-45898f32664c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,9df90fea-c3c6-435a-be3b-2f33c17ba9d4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,797dda65-fcd3-417e-a4bb-f2cf7bf1e41c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,97083117-c5c0-49ff-94bf-f518143242a3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,02952ca5-c385-4189-abe1-50d3e9f2237c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,39eebfc5-2783-47c5-8f99-424e8197d118 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,5954487b-1c6b-4cf9-8d1c-a120079a3b6e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,c6430044-af4d-41a6-b39b-9319a976a374 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,579626e3-06a7-4fe2-a3cb-65856f33416d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,b1b4cdc5-273e-4f98-a120-df9b824b2cf6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,a255eafd-c611-4d3e-b6b9-a0c2fa9155e0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,b1ef453c-08b7-4ceb-8a64-13004edf93fa +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,dd2bfced-b521-4ab7-9716-3eb646c3c9a3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,dcfda74a-4361-4777-ab4b-b63f937ec9bb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,6443c0b8-f298-4e07-b0e9-13d794088a90 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,67c93426-e735-4aa3-be56-2c8804d83e78 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,6abd4752-4fbf-4484-951c-a8b91282ed59 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,4db994a7-768f-40b2-8412-5a25b80de636 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,09aabd23-2468-4143-ba18-2d22171a6238 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,89ad5f50-eb12-4681-a21c-e3254f8aaa1f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,19318b97-948d-4e6a-a848-71831c450b36 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,898b4793-deb3-46ac-a66a-0941061eb64f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,478ca518-632b-43c7-9aa8-711d74fa55f7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,963cfb4a-9d72-469d-a1fd-b68882a51918 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,062a57af-2c09-43f9-abaf-157ff1c0d904 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,72e0d021-57d7-4659-9f41-385475514358 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,6464627a-e855-4026-8157-ef7ebf26e924 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,04e2c1fb-736f-46a3-b838-a6ee0a4821ef +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,991cf4f6-0a4e-4cad-ab39-fdffc4552bff +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,e16f1637-5dba-4218-840c-f349c090fe2c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,c02bdafe-f530-4651-95dc-dec483329e17 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,c987b22b-3f00-4a20-baed-3637faeba082 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,e3506f85-c08e-48a8-93b4-b5fdf728661b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,af742a28-2d62-4aed-9687-4701dabe0615 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,8d07cd76-3446-4da2-bf96-9c6a521598ae +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,2c4462de-14b6-4e3b-9efd-ac3aa1505ce2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,f2839880-a4d1-4e67-8ef2-025ee0eaef57 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,2de727d7-5f24-4356-b9f5-d917f55736c5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,76a8109c-e0ba-4a9c-a6c9-8b959ad55af2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,0fb39069-b26b-4960-9949-05aa649c3fc4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,80c266de-a955-4659-a62d-cc6d476aabb6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,8129f814-3893-4389-a711-a47fb913d5dd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,7e3d70fe-be26-4b2f-ad35-f691cf23411d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,fef94da4-0fd7-4448-8f1b-1c4c34b72980 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,3986131c-1b01-48c2-a113-eaa5a16f6f0f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,c77e5dfe-0cc9-4c1c-9ce3-3588424f3f35 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,e83132be-7e5d-4d00-9f2d-c0ec154e0342 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,13f63d1a-cd3c-4347-8369-1366a5411562 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,cc3589c1-55d2-4798-a795-8602fe3965af +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,656a1011-d77d-48dd-8ba7-9214713e06a3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,4e9011c4-623d-45e5-8723-193a440587af +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,266ad2f8-4fc2-4c0c-9aee-fb081e75a009 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,33cb2744-684b-45df-8b74-ec34e431c138 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,44937d01-c9f6-44bb-9e29-e22469b95880 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,19d002bf-c93a-44ce-93d3-acacc34d3952 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,6309a319-7bc0-484c-a945-99323a8b8b37 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,9dd58869-95c6-4624-8374-4a7f9404643f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,364db96a-5a65-4135-8f09-876d96b4b585 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,c1c261ec-397b-439a-841b-578633b61221 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,5b29091c-e2d9-4c31-bc08-0397df064fab +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,d3c49ecc-267d-48df-a777-d56ac7a401b3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,74fbe432-6891-40a5-b18d-b9bbccd15d06 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,6fab1c7d-e165-45d3-814e-178b9c1d9a13 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,ae23d746-1fd8-4c67-af52-4f9cf6745cb1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,f8e9fa0d-bddb-4501-8199-a45351d00f9c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,1add0164-a4ee-4075-b03a-28e4535108a4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,42493e70-1d46-4a18-ae1d-f32c07894694 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,364bc009-4628-41ef-8633-da33389fbae9 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,3a4512d7-b248-496e-83da-30e315682fe7 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,31938ce3-73cb-473e-8cb9-1ef969300036 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,faf21310-fd2d-4c18-b72a-ee976b2609ab +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,f04e198a-4bfb-4005-9ccc-3aafd5047d4f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,42066c4f-5dea-4759-bda0-9dd92ea74472 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,69e869b8-1acb-4b36-bc18-b68852be2cde +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,3f221b36-df42-4af1-8548-d143bd3022df +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,de5c9cd0-fa8d-407c-98c2-dafed389a04d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,13996b8d-db05-4d4e-b6f0-fbd54186e6fd +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,26292edc-ed29-429c-861c-ad32e0987209 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,90191f86-292d-4625-b7d1-505e03f846cf +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8aa01ebe-15e8-4c5a-81bf-4824c4d5decc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,d728587d-3034-4cf8-a922-0f25f59372eb +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,e6434358-38f0-4e4d-83b8-6677abbd3c80 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2b61e1a0-ef7e-41ce-8c22-945d4265da03 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,ec229935-727f-4023-959a-1095a2229c33 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,cd168228-c8e5-43b3-98f0-c7324e918f3d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,0eb4d31c-32b2-4d4d-ae91-f965c7539b3d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,2c4855ba-f8a9-4793-aa0f-82ecb1d9f39b +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,b316b926-023c-428f-82ac-10331369f25d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,799268cb-b7ba-49cf-a638-7339a0295411 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,761878df-b627-4935-92e5-bb80668c67af +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,33c35f53-47fb-4533-9e4e-483117155500 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,cb097dbb-65cc-4010-8903-26950300c4d1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,7a1a9598-7180-40ad-983b-606a6ddf6546 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,b04cdffb-6e5f-41ef-984b-abbef9112bb3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,e46b1d79-6810-410c-9168-f71112afb19e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,8e0603c7-df7e-4ede-9ff5-cae711e2ff46 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,8b319129-25c1-413f-b385-7f67114e8f3a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,193a4ddf-2050-483b-9e24-9d75118bb5e0 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,1607e96b-4cae-46cd-bbe1-35c559a14eb4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,0cc2717d-6cf0-4c16-b51b-7138282acc31 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,bba9f25c-5449-4ccb-9ea9-35404488fdfc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,bd516d05-e4eb-41cf-8e90-d9db1c0f01cc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,55ea1e13-b7a2-4352-825c-ee3659256b01 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,c369972c-e4bd-427d-9ab8-e2dac4f4b8a3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,47e56918-5b2d-4f7c-8d77-7fb05af8ab51 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,8f603886-8c9f-41b4-a32e-ff2a0a57b168 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,4d03bf6d-4cf1-4b66-94ee-98277629cf38 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,6e5a56d6-b52a-4d28-9726-c7817a15c43f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,8ae3220d-1ff5-483d-9fa7-f4ac86f9c3e3 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,7307f2dd-e048-4fc0-b46f-29725a6ea9b1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,9b30e532-6edb-4692-ad78-fe3b983c1f12 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,32ea6676-8f34-4040-963a-cecf70bda5b9 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,a5dffe9e-daec-4795-bd41-924ec979dc0a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,94631d39-0812-411c-8b0a-4eef111dce94 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,be1ed42f-efa7-4451-ac43-2c543853f910 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,cc1ba6ab-5134-4b69-8d51-651f1528e1de +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,1f57f0c4-8b2c-4073-b1ad-082a2fd4a59c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,6872dfb8-7187-48dd-9ed9-b086af78b7cc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,cb375258-dd23-4199-914a-2b4dd744f643 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,eb18993c-06e3-4f3b-b1b0-80f7616ce0c1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,a6281b17-601f-47c3-bec7-8563ea607c44 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,322fea1d-6042-491a-8dd0-1876f73f9670 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,6654bd8e-c14e-4ce5-8648-e7d40b4c0f54 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,7dbe2366-38f1-40c0-a91a-3ad0d4d3f5fc +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,f4c84b2d-e987-4a6e-a6ea-3b143bdf20c8 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,e9239718-fe64-40f8-8d79-419446f5ac47 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,3e188f44-b3a3-44ad-abd9-58b139deab20 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,c0f1c19a-bd49-4cd1-b4b5-8bd3c53447e8 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,d7c79124-eeb3-4aa1-9926-0b0af695bc3d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,94be0fe0-249f-4129-8e3f-269d29c90898 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,b3305b10-1159-4820-9861-2600452e84f7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,cfa7e9fb-d2de-4674-835b-1cf913a1f886 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,97293332-f1de-4c2b-8078-91439f8e41bd +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,8ccb8a32-d3f6-4b55-ae83-4b8b333f293f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,1729aef0-49f8-40d8-9856-32222501631b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,e2b07389-0ff0-41cc-979b-c66eddbfa3a6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,e6c81a63-d698-40a2-bca7-bc608523cbda +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,f7ca09af-734b-412a-8a4c-25726ca5bb14 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,236a98b0-245e-4573-a7cc-a325436dbd2e +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,6166c46c-77aa-4558-864f-0b79caab2a8c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,e6c97454-4a1a-43e8-b264-5b2d7ab34857 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,93805941-ff5c-4d82-8862-558e7250f56d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,03f9e5aa-7b98-4cf7-8019-36c3ba1f6ed3 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,d5dac994-d937-4372-a3a1-39ccb52070eb +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,3f214d66-b886-4065-a5af-22aa27f13698 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,f4998665-64aa-45cd-a172-78fcba95618b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,f2b1829e-270e-43a9-8253-4cbe88dcda2b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,1514c234-f0de-4820-b779-01866253839a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,fdbfa024-c1fd-47a2-93c3-ded6e1d8585c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,406e7359-7ba9-43f3-ba91-99ac33543c92 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,e4a0ac97-ee16-4909-9952-fd110be20cd1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,0c5532ce-9314-4012-a7db-c35cdd3a2a1a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,7483c9be-dad2-44ee-87c3-5cbb797a6806 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,d62b5b37-cd1b-47b6-a4e4-4608b1f74bab +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,b25ee06c-cb04-4384-9b6d-6e9b6458c2bf +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,31845dd3-6bd8-416c-adeb-fe96c55b9515 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,7a708b4e-e2e9-440f-9d29-3fa457775000 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,0e62156e-82fd-480a-b5c5-98f4f4118af0 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,f0c52b6e-b90c-47c6-8260-4fc86bc0a876 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,038fc5fd-844b-4551-8531-3a710979d46d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,9209c9da-34be-4990-a77f-da39b99dba8f +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,51209af1-37cf-404d-8f5f-343259046731 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,6bb731c2-e699-446f-ab60-457a524e5ec8 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,f6a99749-ca97-4362-b3df-299e6d73e936 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,da5f4bf8-aa50-4fd7-bf8b-0865319be81c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,e8aab4eb-42a6-4d81-b508-59204963f634 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,25e2c103-5682-47c1-832e-9dc49b8f6075 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,a8a58e3f-1b93-4530-ba7b-c55950f1609c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,e47df8f9-c333-435a-b2d9-09043f67a5e1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,e64fc009-529c-4634-a08a-9e52ee6f41b3 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,0a74bbbe-ac57-42a9-ad76-f1555755974e +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,866038f9-d252-499f-aa44-fd1e0dfd70f5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,e1fd5f4c-eae5-49e3-a88c-6b3b38884316 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,39870945-c683-4515-88c5-0241602e719a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,fa9929c3-4815-4845-8f1a-4a5fe37b2a75 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,8382a2e0-36a7-4f61-a531-f8ff4e0e09cd +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,a76091a9-a759-4d48-a797-c282f8a2f33b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,53f88b65-8059-4c33-a7ee-26bffc897c14 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,4eaf1bfd-45a5-4142-b96c-939764f14425 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,7699279d-5bce-4983-9fc8-16adf0f930c3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,076c81e2-d6bd-4ebd-8204-3389607aca42 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,53ffd333-9ba6-42fa-aafd-3a663ce6161c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,4fefda52-41cc-4d1b-a887-e9d054a72dff +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,14fb1327-5e26-42a3-9592-541d80df3600 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,fc700cc9-896b-46e4-bf99-f6fa6392fc8b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,46098d8c-76f3-475f-b8b3-081ae15074b2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,e8f56c9d-f72c-4f7e-a220-b8489e871baa +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,799c4ee8-1b1b-41bf-807e-abd072bb64b9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,14b282e6-d203-417a-83fc-53f001ad38cc +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,1d47cc74-1321-4ac3-b15d-94d81804f345 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,2fcc7673-12af-4770-ac96-055d878179cc +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,066387a7-f070-4201-93d3-83107123bcfd +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,e3a9e6f9-5559-4463-b5dc-c02e581ab5ff +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,591becd1-c157-491a-ab6f-b8507ebada9b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,a44b8f56-d54e-4f5c-b745-e8b98159df64 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,3bbd52ff-9632-4d64-90bf-9e36a65c56bd +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,743b2730-fee6-497b-a013-3fb0a48f45f3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,957c608c-86b5-40ad-8c77-f0ac6b3d322f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,7ae5c5fb-9e98-41ff-9b39-f2017bffc287 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,f69d43e7-494e-4fc3-ba71-e75a736ef55b +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,d0b22052-268e-46bf-a34a-1f25f9b0f678 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,e1a6500f-2e83-4217-9e99-b7f5cf6ab543 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,413a7acb-d1ff-47e5-b846-5334831a377c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,ca4d2ccd-5ba9-4deb-8db0-2102aedab342 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,c6f465e1-e015-4312-99a6-2a088e6f4cb9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,bf98283f-cf47-4db6-9801-37dc04952e3d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,afc59312-a926-403b-8b52-fcb166f62e4c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,ca820ba7-d867-4697-8bc7-cfca06fbe0e2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,3a583570-00d0-4cfd-95aa-c71b1373b942 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,3273afca-c941-499c-bdd0-07cd17090697 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,49984e45-a93c-431e-97b1-4f1511a39375 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,3f04c69d-cf03-435f-a1e1-df63d0bfd51e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,980d23ca-0441-422c-82b6-4fdd08a42f5d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,b271a50e-9bcd-4054-bfd2-f197e1ecc302 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,ab0669bb-1f26-4cf1-8744-fbcf0df7e8f1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,aae7f027-622e-45bf-a4a6-766633d4b5e6 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,56a33ad9-8dcd-4b7a-88fa-1b942e5ddb31 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,83b21f5f-c4c7-41ef-a163-d4ae593aa60d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,fdf2d9f8-5610-4d36-9c90-7996294c425a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,973e7718-3e6d-4b53-9c4b-5b5307cea93c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,033d768d-88b0-4714-a90a-563707b12e96 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,b4f2376b-04ca-4e3d-8de4-7b1dc4f1d907 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,ad865359-7263-48e1-8700-4f4597c3704e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,d06258a6-8a19-48f0-8118-061cbe7fffc6 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,fb2e5007-6fc4-4044-bdb2-e3464f0bdd4f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,f2341794-e87d-4a7a-a8fa-00071375270d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,521366d1-0f12-40c1-b7e9-7f49fc2d58dc +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,0bc7571f-e468-43fc-a8e9-4b7218b86aa1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,1141691c-a488-4fa4-ae7f-e645aa98b831 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,3347f200-a169-4608-ae9c-fa76c2db7ce9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,59f6c741-8774-444f-a227-efa54c4d4f2b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,5cdf867e-1d53-411b-9e83-fa06eb2fc9fc +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,1cadc6ef-be04-42f4-98d1-95b29169ae9d +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,bf7963b0-5031-4a56-a8ba-0fdb2a0157b4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,f385ca44-62ce-4ae8-b52b-e391faf302e4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,d4540aa6-782f-489f-a24b-d42940712135 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,0562b4ba-4ce5-4750-9cf1-3d76de57a875 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,300501a0-9870-4e08-96d1-e2deecec173f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,9e7249d7-a679-47ee-9400-cd125cc6c44b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,0d0e0a31-cedc-4309-8bdb-798930aea1e3 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,02b929f5-e85e-48b1-9424-c866c60ca4b4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,83a7dab9-3836-49c0-b082-d82e6ec13b8c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,f5f52ebc-3c90-4137-8236-47bbce47c050 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,fce9dde0-0cbe-47be-af2a-d07f83d54930 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,5567c6b1-8ca4-4131-b0c9-4c520e8a65bf +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,5cb75b4b-e025-4c66-a93a-fda34b271753 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,6ebad083-8ec1-4ccd-8fe2-e39c30070e96 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,f5d5dbd1-3046-4a6d-a484-ebc21cb2a67e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,5eff637d-6116-4b3c-a60c-15f169571f83 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,e0cf9f95-898f-4d84-a1c0-7079a3fdbf39 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,e35ff7fa-7ff6-4f9b-b9da-eff40abbb940 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,addebce0-6281-4f47-a2ec-333d79c95117 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,ea053b59-0a2c-4e29-ae36-03cb588ba131 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,cfca827c-6787-471e-a7af-8efe741e5acd +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,8699674a-59b5-4d4b-b9bc-8955f707e3e7 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,1165ae36-3f0d-4ce7-bd07-67446bfc88c6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,2d5651e6-6a06-471a-8d44-566d98c28b4a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,ee7586e9-841e-4011-9174-5a7b3a654991 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,b8a8cd96-8d5e-438c-a1a4-8a03e9a5dd2a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,65ed86b8-c6d3-454a-b378-0324492f0854 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,935e1a02-798d-440d-aaf7-bdeedab8a3f6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,05523edc-f903-4233-a386-d67f09a125b9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,9cbad102-13aa-4c65-a961-ac926dd10126 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,00a2251a-737a-429d-a143-129390799b5f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,81ae8ae0-b1c9-4d26-9500-f76723228058 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,f400479b-a2fb-441f-9480-4e8017056dc4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,d3a21abe-a831-406c-9fb7-83b32f45089a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,f53c3e54-38d9-433a-8eb7-aa7a270e56da +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,f6eb342e-a9e4-45d8-b29b-786703264cdd +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,ade3bfca-b539-499e-b7f4-db4d53b054ca +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,b5f144f3-c2f4-4cfb-81b0-5d172bedf373 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,cd93304a-3e82-4f4c-ad28-e3a926ac4850 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,2a87908e-08e8-476c-8f3b-46efc5f7091b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,c5d4847f-d41b-41a5-8d1c-5959452d7a30 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,bc23ea85-2d94-41dc-a8ca-8dc4e7866211 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,e9db84d7-c1b5-4edd-8a93-d5970699f0d0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,797e7c73-9b0f-481a-b8f1-6c16f769453b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,6334b7f5-e978-4f9e-b5c6-d50510a0055c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,60229dd2-9da4-4bf3-922d-dd16fe2ec005 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,06d0be7b-decb-41ce-8cab-986455e78b7e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,b5b894d7-a14b-4a23-80bc-4ed75d9401e8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,ba6f2a20-5286-4d8c-9053-f518ac6e66d4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,d38e6126-cdf7-4dcc-a207-d586fd5f8d8d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,6b7907d4-8a2a-418c-8569-3617077968db +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,b30c07a1-9936-41c0-9027-1a6022a82783 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,ae469559-b26a-4038-89b3-1c2488a409fa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,6b797418-316d-492d-ba82-9b49a93792d9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,b435f895-9044-49ed-9b4c-67a921c6b5c3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,85d59003-f4e8-4e46-81ae-1e43e98aea2a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,2acfd66a-e56a-4c1e-8efa-845640cff629 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,c8a4d455-e414-493f-acac-5da29d440d7f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,c92ed2ab-f1d6-4602-85ad-a361c1f1922a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,daaf815c-b98b-4130-bd42-fa466037b81b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,2f5dac69-6912-40c8-b971-95804a60862b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,40c79391-c0c7-486c-96dc-c29177ff6f37 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,82033af5-d2f9-4ce6-887a-2cb7ac4a9bbc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,0f32be47-3996-4d2d-9228-5d036dc416d4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,aa5bbf80-d8d4-4cb7-80e5-eef5e4f8aa1a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,cb3a7257-98f9-4e8d-b151-e398caaf5487 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,212ea73c-7645-4de8-8849-6e17bbe7885d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,1a045bc2-5a8f-49e7-aee1-8c4231c0c72c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,807e5c8b-0a59-4c1f-899d-aa8592d86c86 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,b7c5a361-9416-4fb3-98ef-faa8a2c171c8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,df917b6a-638b-497e-bf63-f76ee25872de +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,27ac25de-e2f8-417f-9232-e117029e2ed7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,ca015f5b-2387-484b-b6fc-e40a7a64816f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,71362940-e5da-49cf-84ba-2bc69a5d9f35 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,f87f8b1f-3b8e-48aa-b309-430fe262d986 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,f7954c9d-e8cd-4722-a2b3-4faf75582dfc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,30206e56-7530-43c3-8aaa-cd39e2dd8e60 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,87521d13-0d3b-487d-97a3-57bcc20b1bb7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,806d90c5-43a0-4714-b2b8-338c3ac0327c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,2a40d459-4001-4406-9346-44ef03e0f50a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,45dc2ebc-6492-456c-a37f-645e82383b79 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,2d752bc7-ea4a-4989-8a3c-1b523752205a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,716e2179-8d92-47d7-93a3-4ed22b2b507e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,c52ec0ab-e240-40b6-9659-bef7df06b848 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,d7d7d680-d15f-44d7-af12-8fbc16669d31 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,240f27ad-db5a-4509-84f2-06a29dc37bf6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,9f48762e-883b-4cda-9f10-3e680c1e6f39 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,3ebdb940-f0d9-4b3a-9c02-b3220c67dbd9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,e1b803e9-10ee-4cd9-9db7-ade4d9dcf6e1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,df1da6dc-9480-420f-a98d-8afbdeec7b5c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,211b8e43-cc9d-4afa-b3ea-1f3931510c29 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,3f83f6e0-3e4b-45fa-9722-b1c6f9a749e7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,04c951d0-0095-44b5-99c6-ac59007a3be7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,51733491-ea34-4f27-a02a-604d26f58209 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,b368d3f2-f14c-4465-b1a0-73223a54a4a0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,a7c1b457-5629-49fd-8103-98c8c57a8d31 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,8de71cde-d5cd-45ce-a31c-f28b8aca36e2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,b3ddbee9-e81e-48b6-9ab4-12671cb8d8f5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,092ef174-f94a-4adf-9ac8-8026dc0624ee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,3f789b24-93c2-4f60-8f5c-daa863b373ac +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,384110e1-36cc-4492-a69f-5565bb8d226b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,c87556ad-763b-4654-bf4d-578f14fc0fe4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,94f0125c-d338-40c9-8ec5-24936e94af57 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,cdeb956c-d352-4747-b774-1fe16ba1e822 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,96c2c194-a6c6-42ee-93db-ad076d711cc1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,68e50e38-a80a-422d-856a-5ec3218c74d7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,9fced048-ca67-4810-8c2c-d7af43d54447 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,b3f4c96e-4bfb-4617-8f42-1709700d7f89 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,4835871b-eaf4-4b11-a1ad-f2572eb3b35e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,0ba523b6-4b14-4f5d-82e9-f0025e24bce8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,05e4fc11-d7c6-42b0-a5cb-16b1b7769413 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,d2b9cf44-3d23-4cfc-be0e-a94b54f32401 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,ad83bd25-5342-4c3d-bf0a-237b5843f5bf +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,bd50d860-bb94-49b5-8ec1-8bd927a06075 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,5a70b976-da68-4e39-a494-9e1883dcec8c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,97585f53-ef94-40cc-ab47-157c40fa6591 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e3ba1f44-036a-4aef-8a7c-ade33caadef0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,0f83063d-5146-4484-a2d1-13b6fa7ccabe +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,faab0c6c-f198-4087-976c-89f2d53d0b25 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,8c6082cd-4e4e-4c30-b042-b7a9dc511a2e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,10b96536-426f-4e70-87dc-d23f11103d1c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,3705aa64-7d5b-4761-ae3b-2b292e2026e3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,aa9f3840-5af1-4c4c-a657-76a7cdb5848b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,2d6e5242-c6b2-4964-be3a-7830cf96cc92 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,d836cc29-8693-441d-8296-f3b3774eab89 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,c2a4cde2-11c7-49ae-8052-b3d0e1aa3a13 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,09b5b734-0dac-4754-80e8-d74cbb7ec2fb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,154d2de6-8a69-4473-bdd6-cea2792ac88c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,542c180c-054c-4aca-ab1f-20bcbf98cada +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,c60af8c7-1da1-4e02-9b55-328fc4695b94 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,399b817e-fba4-46a7-8538-6030da286376 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e85e2b1e-3cbf-4b15-b5cc-f51ebfe7d005 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,f126f119-a6de-49ad-8ad9-ae08fc754002 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,ab6f487f-87a6-4566-8598-4f01b3d3bf12 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e0029a3f-1978-4e7e-bb7f-28636637f494 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,eca71a6e-3243-4eea-9e2a-b9a135ea9ca9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,07d75b8d-6ab1-4165-b631-8650b7d2df72 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,6c59db98-2883-48d6-a608-f11f47a21de6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,2f4c90b4-135e-49cb-9b75-ab1505a47ed3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,c9fc005e-ffa1-4932-bae1-0b06a5b3fa4a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,fb5d7772-858e-46d3-9cce-42fa09b8a7bd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,5def0e5a-75af-4c5c-bb39-a6976e34ac2c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,d51f470d-e465-4b1c-926c-2520b9ca72c5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,d8eee36f-8f8e-49be-b17f-8c1716121f52 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,a1d02fbd-878c-4aae-a4e0-853a92eba5aa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,cb77a256-927a-4a4c-ae73-d502cf934226 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,ead00986-915c-4bda-bc4c-95cea84dbd26 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,532186ae-5f27-47aa-9550-8c134556894a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,5f11ca16-e98f-42af-9764-06c30156504e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,da4d5fe9-03da-4937-8b0a-cbd968d1d0cc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,3955e8eb-6c79-48a4-a1ec-bc6be1d975dc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,164fff5a-9bd3-4e7a-89e6-35c5adce331d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,6df2ad30-6efc-4d30-97d3-7a2a975199f4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,6e5d855e-7d36-403d-a933-6cb826be5175 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,1bf9c1b2-210a-42b8-a75e-49817c369c94 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,7f33425f-12ee-432f-9a4f-c9e478f110eb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,52729238-ec97-4068-9513-5030c7a4af2c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,09dcf878-c892-4ec7-8767-6d15e44b5b34 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,53bac2a5-4c31-44a5-b53e-e596beb6956c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,47dcf43f-f691-48b5-a97a-dc2d1ef7ad3a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,5779f237-d954-4b9a-9a55-bc0c4bf356bc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,4a4148c0-a7a6-4f61-b6ec-bddc743a213f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,3b31a86c-3e33-46fd-9109-91b2d6df4f18 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,a0ff03e2-7ac4-4967-a789-8bb81f55c406 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,c097f43e-5c0e-4ef1-bd51-d11bc8f24d62 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,2ff5453e-a370-4123-a3f2-2a99ff6b83fd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,17297f03-249d-4d95-88f7-09ad8e7c16f4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,790b1c7b-d3d7-4869-8f80-51adcf284170 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,57ad72cf-9ca6-4639-bbff-7bf56b02b6be +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,cb155f71-2a75-400e-8c9a-ac7c88dd92f5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,188a3d32-98b3-4b4a-8d85-ff46b5dbe4ae +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,bc5de0db-e0ef-4d30-aef8-a3a8c543619d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,8b245764-4eee-436d-bf1f-67948f3af56e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,550cead9-0d29-4f7f-8bdf-6c388e5994ab +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,2d135f2e-043e-4f90-9247-1e77654b8b5a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,3229a79c-cb0a-41a1-b6c4-9781fe2b5349 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,80f72abf-4654-4907-9edd-77e2dabfe695 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,8fea6bcd-2043-4637-b249-4b231366e00c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,f53a8095-165b-4b8d-91e4-9cdc0633bc69 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,082bcbb0-6ac2-49ce-aca3-fe9cf877f3f8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,086be268-ac7b-41bd-a558-949594db5c1b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,c6ea9b0c-d5f8-46cd-a67f-2dc25024beaa +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,fd06cdc9-1c18-456c-af6b-59fa2f073e31 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,cfd6229b-06bd-4edc-8896-07e48a6f4284 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,90365898-c7c1-43c8-bb3e-22df8bda91ee +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,c7f021db-81c0-4f61-bedd-cce090f7f5a3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,9c2712bd-aa97-4df9-9561-3e9a841e88fc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,e86650a7-5c11-48d0-b9c2-56dd8b4efe37 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,178f8b99-60bf-45e2-ae68-b9b0b6aeb016 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,53d2ccde-65af-43d9-9b4b-4eb187ef6aea +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,cba429b3-4b3a-406e-a9e9-d973429b1aa3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,0a63bad8-805f-46ab-a788-ee522682a53c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,a5b99265-f88a-49bc-9664-24c27cd4ee46 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,fa804e93-e554-462a-95a0-d1028ca7fa88 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,779ce7ee-2d51-43cd-86d4-df7c435961b3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,f4632743-bbf4-414d-81e8-bf0474ffa76e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,14ddf11c-ebe1-4795-8d4c-6f181dafef13 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,190514db-04dd-4b14-b8d5-f5d04c7640af +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,1544fdd6-2280-4691-8343-32bf3e0be5cb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,b64f6aff-5fa6-48fc-9ec3-53d077d36093 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,8437be5a-3acd-4532-8b1a-b27b292bfb38 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,89046809-508a-40cf-8230-490c7076dcd8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,90aeb918-2e5c-453b-8c1d-a6a2365aba66 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,ec9ad41e-769d-4b40-8575-dba89134bdec +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,bd2592bf-726d-4529-9bff-c34a4457c49d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,faf9f4cd-1b6f-40ab-8bf2-7128968481f8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,d89f0459-9fb3-4093-b83e-07cd70af3fd6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,216d8455-3a0e-4045-845b-a02ae86d197f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,9b5563bf-7869-4efe-b3ab-87fc9b2a531b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,e614864f-31ba-4988-ab88-761f5912432e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,d54bceef-6ad4-4ff9-ba84-2f66f856c195 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,eaf516ae-54e1-4206-84dc-ca3af09ca62c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,564d97c1-b1c2-4bcf-b255-15ea9aaada29 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,a84959d6-221d-401d-9ed1-1064297d4c2f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,85404e1a-1654-42a3-9811-4f550fd9bebf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,871c1890-4b20-42b8-8b85-532871f51ee6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,20a4c50d-be2f-441c-908b-4d754142b384 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,2dc64697-9482-4b19-9c17-8eed4add5774 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,821615b8-80df-4a1d-88ec-dc9fb673a2ef +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,61970e6d-3cfd-42d3-8e70-eb49c6b83d93 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,b534e805-39a0-4ff7-a86b-8d444467b06c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,e9097c37-e0b6-483a-9734-14a64d6db6bb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,38a30bed-dd95-43dd-806e-7598f04a447c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,455a4bf4-2069-4cb2-97e6-9aa054dbb9db +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,d07c68dd-1904-4a7b-8ac9-e12a971cab7b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,33e3891e-f0ce-4d16-924a-bd59cf569456 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,cc8d248a-24be-435c-9492-af305073a7d4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,a8b19dd3-c14b-4018-94f5-54fb6748f3f8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,92d9930e-41bc-48c7-897b-3ac98f919268 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,aa027dfb-a7b1-42ce-8d18-5ac525f87c59 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,109fa6fa-ae0c-4bd0-b6d9-ffae2cf74e1d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,b6975a84-e4cd-49e5-bef9-a6a0e3490c3c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,102d2ceb-fd6c-40e2-877e-e172c2d064c4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,76a20352-80b5-450c-b72f-3c002399fc99 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,718fa7ff-0d81-46b8-9001-e990bac8eb5b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,7a9b5631-fe00-4d7f-b43a-48966e057bf2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,5d16cc66-cfa7-4576-b686-fdb2a7a66a5d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,841e0bfe-10a5-4096-bc92-b0ca0bf62bd9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,4f91f4d9-849f-4d80-97c5-38db6fe77b70 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,3a59df94-8286-4790-a243-17696dea29e3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,ac47c283-0190-4df0-a182-6753dab37d51 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,f7b002a4-1bc2-44b2-ad2e-581538b27c73 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,e230985e-b571-4885-8452-bc6f636ea65a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,76e58496-5138-434d-916d-8cc853806db3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,05aba364-db4e-4527-ae0b-edeefa0c5e63 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,0252f6fb-64e2-4e46-ad09-1191762da6a4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,2e3e0e84-3f79-40ff-9a61-70cdfac9f2b9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,c619dca6-1148-46c1-8abd-153bed9983e8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,b52ea1ab-1667-4d28-bda6-fad412c99616 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,7325687b-7636-42e9-9b67-465b11b230d4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,4d80d0bb-8d0e-44e4-9b85-c005efbd6de9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,15897452-813f-4d55-9f2a-fca890cf06be +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,433a16d2-1e7b-4bd6-bfb8-30097bc238e1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,1a9c0522-e1c1-459d-8e62-abed20f9abd9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,80dffa97-dfe8-4476-8166-7c35dba4a346 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,7927c56a-03a4-4e93-b640-4720751dc31e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,2e3beb51-6549-4d06-965d-131b0166ead8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,aef758c8-3929-4f45-a11e-92ab1fab0e79 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,3a5da5cb-8deb-4fcb-8bd0-0893a68d667b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,3a3e84e9-9021-4af9-89b6-5481d13548bf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,1cb6c1ff-13dd-4594-a8b6-49ec631e5a8a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,a4020b80-1a47-4127-ae9b-afc3e3f4b6c4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,dc5610e4-b755-45f2-a1ce-5307307ad9d1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,a8eae9a7-40a6-4117-8d51-8b56aaacd00c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,160a5da3-6412-4a01-a745-16c1d9259a22 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,5bedbbbf-424d-45df-a0d5-221d41d3673e +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,edb23132-45d4-480b-b3d9-9af0908fb7ff +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,19fbf12b-5a5d-485f-b46f-c9c4c184878b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,5dd24f30-8c1a-403e-abdb-d0fe15600900 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,d962ff9c-dc47-4690-9114-fc523f9827a4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,2ac211a7-1dbc-4e97-8e43-c79b1439d149 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,3efbc401-d3df-47bf-8e84-29432c1994c1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,775cec53-f5ae-4a20-a1b5-ed0e3d9c6410 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,599e0158-18c8-4cb8-a996-c9917aa9bafc +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,201d5d69-3af5-4ef1-95c3-c830960c1f76 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,14a194f0-d8bc-43f1-910a-89799c43e028 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,3125c349-50d7-46b1-9228-ded37d96de54 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,e471ebc6-51bf-4bb5-a24d-259e459727a8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,a16e524e-27af-4f2d-b06f-b83daac1c8c2 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,070f37ca-7305-4481-ac56-33c9c009c697 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,d6ca533b-cf65-4820-9eac-9d9f4d509806 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,9a5afe07-c64c-4334-b820-691de071d366 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,1ab03ace-2992-4427-8cda-a08540dc6a8e +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,87b9f45a-4804-4cb2-9e1d-d389e5336b3a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,cd51c356-a4fc-4983-b8d3-47f202acf890 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,1f56f045-0e77-41c7-9791-9430aa0a49f1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,ba1c3c10-6cf6-4a83-bda7-34a5d6d9090a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,4aab2942-9420-4f11-b29f-12697b8364c7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,73e0f8fb-4e2d-434b-95f1-646e075d965f +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,eb2c5c78-d833-46be-b24e-90ad5cf9f960 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,f46e3192-f1c1-4b1c-8f33-42fdec25849c +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,eb2d027b-9c9a-4890-abe3-f7d4b3eebebe +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,7e2b8ef0-36e6-4412-81cd-b2615535f03b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,a64a53eb-b87b-44fa-a994-d5485d0a6b16 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,4dc7d3eb-135c-4f14-a68d-06922ea5e7ea +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,997a12ee-707f-4a72-8c9c-f5246fc0e985 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,d4a96d47-73c4-4061-937a-b17e86038194 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,f5a86cae-8ebd-4ba4-a82d-d78d3828a155 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,b190aa0e-09ef-4496-bee9-45bab8e3d432 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,94c60da3-db65-4ce8-a119-15f15adaa6a0 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,05b27ca4-35b2-42ae-aff5-a018b877e80f +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,173e183a-d84f-49d1-b722-509cf962cfb2 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,330a7c4f-77e1-4bc7-9d7f-8ea71a286c77 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,6df6af3e-0fc7-4649-a18d-fafa5f2581b6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,8430bf9d-c4df-467e-be1c-887201dc87a7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,2fa3244c-7f56-4b08-bc28-731beac5f741 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,e6997a17-33c2-469d-bd46-7568002ad3c9 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,864dd50e-573d-4b30-b88b-110bb1cb9c48 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,67732720-4e4e-4dcc-90af-a6ff56bbc1ea +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,ac668d72-791e-477f-a6c9-1b0b9d1b6392 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,a8b32d28-46ce-45d9-a7ba-cdfe0c8753b6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,765348a6-e027-4de9-b90a-d304fa3905d0 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,c10db718-168f-44d2-9474-6f810e5c9e9d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,acedbac1-5921-4f19-b84d-41bffeda7b15 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,25359216-e455-44cc-a219-ea1d22802f29 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,82cb3b29-2fb3-4254-ac28-fc3a358158fe +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,149d7532-da0d-4218-9bc8-b724499aad86 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,13683e74-f080-43da-a421-b6664ab9289c +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,7a13ab2b-1d1d-4bde-aee0-acf62c94ccf1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,6a028a08-a98e-4d3c-a342-5e9cb76eb302 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,07fc8f0e-64d2-492d-8267-e1de2b0db96f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,30b51912-1982-49e0-9fe5-05c3862d0ee9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,84e07270-2ed4-4e9c-a1d8-76aa1a8f000a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,0a752b81-ac3c-4944-8d0f-ec3a1d8f6c4a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,5056f0ac-cf34-4e0a-b5aa-4f2af3dfe764 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,2364653e-9477-4683-9966-dce851ef3017 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,97b69dc5-803e-450a-8942-49abe1b52fa9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,53931d3a-f570-45e4-931b-6f7bcc509694 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,8385fd48-9358-4cff-ad6d-1df889cda878 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,673ba1d5-b29c-466e-ae35-3f9c51a95fae +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,d4747c00-52c7-413b-a797-aca91ed1b5fa +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,a5e80adf-aaf9-4a92-8f37-a7b91487a979 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,9d27541b-2abf-4bff-815f-680915611509 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,c99a5650-4f80-4072-a1ba-917047a7d161 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,2c6156d8-52b5-4913-b2fb-7de008b45232 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,5a78e094-07b5-43a5-9b94-4155b22cfa3e +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,819723ef-3b51-412d-b2ea-516b5fb01111 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,fad1e67f-c0ff-4b24-b36a-7773910e2919 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,8d26cc3f-94ce-41af-9910-4d56319a272a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,25e593ca-7f0d-47df-8aba-5f943539fc5d +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,3e1a7af2-fd82-4497-845f-97f1db9b1da9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,a5549752-baf8-4f6f-b385-72dca8d0cf99 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,336ab25d-5467-401a-b399-301266c4884d +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,afcc8703-295f-4556-bdc1-fc243dfd01a5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,9eb3a4a5-3415-4819-bf7b-9f28aa548887 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,be276595-5efb-4728-ac04-0a18890112ea +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,a1f3e4a7-d92f-4c9c-81b1-24c7ed92169e +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,aae8bc86-e6fd-4916-b57b-4c6c406cabbb +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,4d6b87f5-918b-4197-bf8d-6353308dbd62 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,5aafab0d-27b8-4904-8fa4-35745a6de63c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,3cfbdf5c-04ae-4616-a8fd-b0d713ecbcf2 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,4c36dc0d-15bf-4951-8a17-7fd75e160a8b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,53d4f1b8-5974-4038-9f33-931e3be73b56 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,3587675a-72c0-4c59-875f-15df9d032e52 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,1856ee25-2159-4411-8ed3-b0e730554164 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,fab32a83-3cb9-46bb-8283-ac878f8f3e9a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,23426aa9-7a22-4c71-a229-9f3bb91976ef +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,02dbd6a4-e2bd-450a-986e-52ef8fcfccd6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,d8278d2d-3b9f-414b-b6e5-2164ae25d54f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,4b860e5a-856e-4f03-8ffe-b77381d249b6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,f23d087a-4133-4774-be20-97204b70b296 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,e0373943-8cb5-410c-a45b-442ee140eb4f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,7b8ad0da-4329-4bd1-abe5-2512b0cd3c43 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,5ee2c92a-e54c-4d65-aa26-ae0794590ff8 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,03eaa68b-1f28-4c2b-b728-9a47d02e4660 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,61259614-232b-4953-8ccd-235691c358d3 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,35bb303c-be54-4960-9eda-3861a4e252a2 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,8021b09e-7d08-4fc6-a144-0f6d5a600b07 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,2f69fca1-3e8e-4a71-af94-055361e0d108 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,779b22e8-6108-47fb-8ecf-420f19208b3c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,e6894eef-0a1f-4458-85c9-d371e94b8d16 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,73b56d99-44e4-4309-9fd1-ce1567e32bc7 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,a913b2cc-1a3d-47cf-a8cc-9ec937a223b3 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,16e951b8-020a-4aad-80c2-cff70c592634 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,cdd7dfff-c661-49a1-bd15-8d2a88c31e45 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,e4e80a19-0858-4cbd-88df-341132cfdad7 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,e8a32374-c8a8-4006-982b-8c5a780d1b29 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,f8d334e1-d3ea-4138-b1f3-6ce7df3253b7 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,b469e485-9445-438c-85f3-b5e9fabd8bdd +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,c51e3030-8f38-401e-b7d0-5289210a883b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,c7232c13-04be-439b-8b5f-ef481f67556c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,9e46aa19-637e-4715-94da-7923d44d5b76 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,1a636cc9-f70a-43b1-94ce-df54e6177677 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,4e16da8a-f4a3-433f-85cc-219a3859ac8e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,f170e504-77e3-43fa-9eac-3b471c49e524 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,9add52aa-d3df-4b6a-8f6d-fbaa920c9368 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,e80c2bba-7bf1-42c9-9c79-6477c0f21c68 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,c1647f70-8828-4d8e-a7f4-619c40842462 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,6f571932-b9c4-41a4-b349-0762cc86030a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,9d4c0826-3880-4e8f-b362-d211e620b9f3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,546d1cb4-8eca-4f4a-80c3-6007c2b42b7b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,bacd6195-6e4c-4291-a0e0-7939d5d5cfae +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,a4c0725f-c419-425d-b2a3-286f89acf45b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,40d27823-eea9-4455-b576-b53b54785eb8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,765cfe9e-dea3-44f4-b6f4-c47c0dcabece +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,4a40ce74-ceed-4185-8686-dfac6697b10b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,6898e8cf-3397-4356-8ed2-80626bb50c8e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,51edaed6-995f-49ce-8604-8e9e4215e24c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,be4af607-b887-4186-a5e3-cb4c39c5a778 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,7f4ccc30-83fc-4e66-ba04-158a1d61f325 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,be3939cb-a6f0-45cb-b77d-fe241975173f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,4c983000-da73-4762-9b06-d0ab400efc15 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,470dc1fe-b57f-404f-92fa-eeb10731b6bf +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,0b115936-0152-4756-b168-1e4d2f451cf9 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,9d777509-a8e5-4275-a160-70e9ab355461 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,b8ea741e-810a-477d-a2bc-76a1a7d6f584 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,abbdd7a9-1333-4c47-80c6-1ac8b7f82458 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,fd63151e-4a23-4672-8178-282722057211 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,354d6586-6c2e-4205-9030-6e16f237faa5 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,00980a23-6dbb-4ea1-9f8f-4e30552225a9 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,d5f5a360-1dfd-4d5d-a83d-2220427703a3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,13ae6c92-d027-4968-937a-966d90427352 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,79bd5386-6c73-4a9c-babf-bd59c99c2406 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,b5af11a2-93b4-426e-bf78-b929293df988 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,00d17c0b-6ad2-4c08-b5d6-42c83c42925e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,904388fd-f74c-4f0d-921e-2d5aaa00f962 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,95233b17-b08e-4238-a1c0-5e593215e9a9 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,fa3303fd-821b-407a-afed-ea98b14392c3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,1557b4ff-112f-4ff4-b7d3-f74f982b3b88 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,7bb9daf5-a0fd-47c0-9187-8a65f427f663 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,29804667-0265-4a5b-8943-23ed2b826de6 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,5d860265-d83f-47dc-a080-ed2eda48140b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,8eefae1d-a7a4-4252-baae-3e0d33df3358 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,8ad62d06-dfe3-4440-bcc7-43e96eaf169a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,43f10864-e55b-44e2-9c81-0a38fc13f53c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,b5caaeac-80c4-47e1-9782-65fb77797aa3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,3893f20a-6dba-4962-90c0-7375440ea27a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,cb6a489e-4b2b-4d98-b1ff-f64dbaf1d94e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,ca9bdb56-7112-44f2-a854-360942fc8666 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,e9efca2a-9b96-4d7b-acb4-22e1ef15668c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,1dc141d0-78b6-4918-b3ee-8abbcd916203 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,033f0f3a-440c-442c-b4e5-47261366aceb +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c86fbd17-f6d7-4c5f-b9ba-f08713e55bb3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,b0b970a5-87d7-4544-8f99-4aa72689a97d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,d4ac7e53-5c7c-40c9-b363-d6b084ba676f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,3cc49e61-81e1-47ea-9d7a-f8aa82f0600e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,0b21f940-8f5c-44ed-9b9c-248b0e36e9a3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,ed15643c-9d90-42b7-8e7e-34f139dd586b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,8a5bd9df-2ccb-4542-a055-083ec6e4b5fc +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,a461db5d-4725-490b-b9d9-0ed587b1100c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,81175a43-d859-42d1-b2d8-67ff34d915f5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,cbc8e30e-0757-4745-98ab-98cc3de67336 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,60f8a0b9-90be-4cb9-8559-1394e2051c16 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,633a8749-bfeb-4bb7-a7cf-348ad4cdc8bd +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,e285ea25-b0fc-41d7-8cb1-41815fcf76d2 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,12a2cb10-15bd-4811-b596-9320378145cf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,46fa720a-e0d1-4145-8fd6-34a5b6e0fae0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,ca32676c-b9cd-4784-b358-ea753181cbc1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,ce291bd9-ac34-4016-8ced-0e2cc9fd5bbe +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,53409997-0dfc-4c25-a900-9820314a3643 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,7c07e6c7-b0fd-40e5-9d55-fd8b442e52b5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,eb334768-7255-49c4-ac35-5a2797454298 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,13d630f9-fe17-4617-85ae-7c5403a3c435 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,d0963b69-00f2-4e7e-a1a3-3b1e36870134 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,34da2cfd-8645-4089-adbe-d38996620f87 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,bc39e9b3-c040-4c05-abac-695d5897fa43 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,94043416-1b37-4bca-a6df-984f4bf58544 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,f1ba2d0f-739e-4c51-949a-037905ec6463 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,5c4983d7-d8ac-4c0b-aac6-4d9062b0bb73 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,86bf016f-2606-435d-8010-6bc8e2281789 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,1cc6362c-6698-4c15-83b5-7c0bd16328f5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,4b1bf796-b51d-41c1-bf6c-05f0247a4be7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,c86e3a69-699a-4dda-b4cf-4333490ea858 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,11e985c8-8819-4507-9155-d328f219f1ab +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,8a88a6a9-36f2-40cd-927c-87c34c2d3251 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,529489cf-318e-4f43-9f88-2b3992ef36f4 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,a7bb27b6-b440-4597-b09b-5615d8ee19e0 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,a60e70c4-b297-49e8-b0f9-09a559d4cc30 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,9c96ce9c-25cb-432f-804b-0cc2bcf8488a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,055da114-039f-4973-b3ed-3d9365259120 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,f970b914-ca4b-4736-9488-090dcd207832 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,bd5fdb45-275a-4ce4-8195-fe053dfe4f5a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,2490a8d8-bf97-4b0b-941e-f95435af09dd +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,36937094-6873-45dd-aaa8-c7cccf242e9e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,4c1255aa-befb-41d8-a324-af7037632bd5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,2527a7bc-8d51-4ff3-8f9a-5b7fd3742109 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,b64150ee-3249-43b1-9738-767df9552132 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,07a7a864-ed10-4555-a72e-d4c90e6262f1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,c092d25f-8a71-4b75-af7d-08d89cd41d1c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,219eac5f-f0da-401e-9b6d-91cca587ba3b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,baf2bafb-00f6-44db-ba85-1f73d2825158 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,c60d7955-a030-4fa7-8db5-3a9620ac4c2b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,8a3ea336-0d2c-41c8-89c5-932a81d53153 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,13f2c382-ebad-47aa-bbbb-69f76b65484b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,c503737b-5525-4cd0-a622-67c7b8b6aac7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,0d8343c7-b7f0-4cc1-95d1-ddaf22cd67ae +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,7aeb58b8-9e45-4347-9a2d-8f50dbdeac9d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,41c2042a-1983-4d1b-845c-d27ddfd8468c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,ce2179cf-f878-4cc2-a4e7-38be5b95e555 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,48096a5b-727f-4c08-9bfc-cf15d7170f6a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,58b93675-a734-4eef-9ff2-2812a9ae634c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,700d428f-4e7f-462b-8996-0c97e11268bd +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,91e04932-7268-49c6-b467-413733b9a9b2 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,fd0cf8b0-ec1b-4c2b-b45a-8e287c9348dc +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,1c8bca67-e1ee-4870-8552-6bc96137a363 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,0cafd6ac-9eef-4d6b-a6f5-6b8a2b41adaf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,e13fce53-cbf9-4701-b494-80953427cf59 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,24994097-3359-4d5a-81a6-3d4fb815d712 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,cf1271f7-dbb6-4992-8a8c-4e725458188a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a41c5449-8f97-4453-9a24-2496c11b7b67 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,fca83b97-f344-47db-89e4-09baf8a7e6ab +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,75b63f3f-9096-43e6-9f54-fff62c38c026 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,42532755-588d-4b36-8762-29446e2e2f5b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,f6688792-3c34-4fee-bd20-3b64ef281dca +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,45055c5a-91d9-4748-8f8d-25ae48b866d5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,1f1194d8-dda5-4869-8a17-2c22f91a255f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,b671f46c-3952-46eb-9fa1-2325ccfb8163 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,18c86725-9439-4e01-8f52-91d87817d3bb +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,1073d581-26f8-47fc-99c6-995263e77a73 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,38340d29-d4db-48e7-bec8-bb5d201e3a75 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,383bd6ed-1003-4354-b99a-228e9a368892 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,f8b6a316-b2c5-4be4-9b89-9339850c3e76 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,9a26faab-ac1c-40c6-a2d5-519ce8b4e603 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,94bd8ed4-e90a-4195-a2fd-d7633b4db851 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6d2429be-0f95-435f-91ea-721ac0c7a540 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,ac6791f6-10fb-472f-81bd-716329a0360f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,04ae11c9-6e84-4c5b-a11b-6506ad1a3cde +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,9f8f246b-0014-403f-9b65-d7733b0e98b9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,3dc6ccd4-5eff-4cba-b8ff-03f427fcc4e1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,b6593407-cc46-45e3-b6c6-00df4792d96a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,5d3e8084-82a8-4e60-9608-027af7c0f00b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,c2efaef0-b525-4b2c-90cb-85cf23031aee +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,15b961ba-9510-474e-9f16-c796330a7a32 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,0412e3f9-8d61-4582-be7a-331284abf8ce +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,27d0a0b3-94d6-4b0f-bcab-11477f440091 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,1bb6d16f-350f-4fb4-8dee-a7f3b981ef6e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,2504f6e4-3987-418d-8045-172a5761e571 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,e4f15af4-f7b7-4f1f-9d9a-2293a07a9881 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,355406bb-3f4c-4785-9d74-22cf9dafbff6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,a64542f5-d123-4a7c-a471-b92503ace29b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,9f2226be-b725-4375-a3e2-d22c44c4e1e9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,0f3adc0f-0436-46f2-b4bd-a4dc8a15f2e6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,b99feab4-c36e-42c9-a42c-4dba16be4157 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,1258e3c6-818f-4d37-a574-a41f44aa1b5d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,b97abd42-e9cc-42f1-8bb0-5fba71cdd332 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,871ec3ce-7757-479c-8f66-6a91ce0d8f33 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,42382e4d-4076-4b41-839f-c5dc2f153fdd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,ff41a0a9-aedc-4c7d-b63c-2345ebf0dd2d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,90edc051-722d-407c-9843-0a4211ae842a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,51a36f28-58de-42c9-baaa-86e239946243 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,87f8a621-037c-4f0d-8bb6-d02d0dd66b1a +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,d13b5879-0668-4cef-8b75-f1ca752d6e35 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,c25b5554-4da1-4753-bb90-69ca14ed0c14 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,cfdca711-43cc-4c6c-bd7a-0d4a39425eb2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,5b664cdd-4317-4965-ab6e-c30aa251ef6f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,ca327048-4c07-46f5-a349-c399a7c47752 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,d21a940c-875c-4499-9303-2362d75051e5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,74f82adf-a18c-462b-aa58-09b5258a7e4c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,167939d8-70b9-439c-a188-95f2a22e8dda +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,2c76ba72-44d1-48fc-93f4-c6d7dc3f0692 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,cda77590-2c0a-4d35-aaef-81381f3a9050 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,ed5cfa90-5e37-48f3-ac6a-aac719b222b7 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,933d0fbb-3bf3-4a4f-9b6d-7a5b2949640e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,235a904c-42ca-42b8-bac0-08c336e18a47 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,5dc5dd93-c82b-4231-a366-c20f437d3caa +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,4e765dc4-f57b-4b15-8b5e-cea4f4dc1ca3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,bec851f2-8d86-4104-a537-e849035942bd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,b34395c8-76ad-4105-a7b0-6f993e9f5fd1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,b31b0ecb-f88a-4c67-a097-256e2e556238 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,7799adb0-e8bd-4c97-9e5b-cccb6f8337b7 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,2f6af810-0bd9-419d-ad75-2e98feae0b9f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,3d0aac41-1aeb-4fb3-9e26-a7a13d17c2c6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,15d72e60-402b-497c-ba69-80560dda1ced +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,97bc0345-d90b-4b11-b728-dec1ff9cf61f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,99d644cf-d659-45ab-af4a-e093098b5caa +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,09772179-932c-4114-a7e4-d49c84689b59 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,065001e3-02fb-4dd4-9077-3c5d678d30db +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,d44dcc1f-626a-4805-8a92-ab0024748d25 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,1d737351-d7cd-4335-ba7c-c10aa794e50c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,9f8f8e46-6bc4-4dbe-bc8e-a763a1bbdab5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,8710708d-6005-456c-8bc6-0f78e3a185aa +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,ce93b455-a38e-4522-b64e-71c635ddf7f0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,f87df20e-2a29-4a8a-8f42-2b0c765d57cf +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,06e97981-da21-4492-9c9b-b0ebf58dc052 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,5882b342-39fc-4da2-87db-949a9a5a26a1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,6a8aa02f-afe9-4bdb-afe6-82c34a001c00 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,ad5f26e9-b3da-42a4-a9a1-a432035d2d6e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,1507c178-907c-4856-9f5b-2d35fb393a31 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,e2cba49a-1bd4-42a4-bd16-e57446fa7cd9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,d48bd093-f434-42c0-9175-038ba444ae67 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a3f5f943-5f43-4828-aacc-72fae4a33261 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,85a510d2-10e8-4912-b588-bcb03031ebe5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,7c5568c5-219b-4d3a-8073-a2ed6787e78b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,3597379f-8522-42cf-9d7b-c6d29c4cd1b1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,91276230-e632-42bc-86d9-4a9f5cbf39d4 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,27b2efa6-8607-4607-8d70-4b4514156d71 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,1591ad25-3e85-4f95-ba5a-1b3150b9327e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,a8b5056b-5e8d-4926-8fc5-835340488f40 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,10bf8578-98ae-4f6c-81bd-efe5f26d3f15 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a6e8e5e4-9f26-48d6-af8e-b2a0b6e2b5e9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,e0d9fbae-f98f-45c6-96f4-de82967f55e9 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,ac723e72-60ab-42d7-8768-ae11641d9be2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,cb717d83-2884-45ec-a012-981986a170d6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,51b380df-8bb4-4fd2-aec2-fec584f67378 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,1cd1b2cc-2059-4fc2-b52f-f9b9564e9b8c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6e92eb23-40f4-4c35-87cd-81e594507c9e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,6a71a85d-b16c-4ed1-983c-941bdd5b17b3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,df42d325-9b11-44e5-975b-1d4cb23810bd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,f9577d74-280c-4bb7-80d0-c48a4da9599c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,7f2597fb-789a-40ae-93fd-dba2a37e4844 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,ebda70da-0700-482d-8e1f-7ca530139606 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6b17ae83-b2b9-4d76-9211-6b52911e9bf4 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,6980d5c1-53ea-4ae4-b7e6-f5bc63b15946 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,77468e5f-a534-4e7e-bff5-2b88ce68a2e0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,db8a7fb2-92b2-43a4-86f0-e6b9c4e60c18 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,2252a01f-783d-4063-8f21-ff57fd20d3e8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,3098585c-74b6-4121-a366-86b5548ec2af +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,17fed60a-d595-444e-bc04-47de2ead783d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,de3a0f91-40a9-4fa2-83da-9fc1d77ad75c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,5998741f-ec62-4383-b850-9506e171a0e7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,075a1759-6040-45e6-9543-569f88d449b5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,4dbd602e-04cc-45cf-8f83-8dd8894a7996 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,532cf565-1bb6-40b6-9e1b-3e8ebcad67a4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,78824a79-9612-4e7d-9f0b-8535d83804ac +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,341b13ea-2bf1-4d8f-a26e-a46cf7530871 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c3919ba5-5d6b-407e-be1e-45ac62b44900 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,8db0ff2d-4167-4dc1-b9ad-e6ca79ea6ad4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,d26e80d5-fe53-4af6-8b0c-366bbb06cb98 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c4fda172-87fb-4a44-ad2c-91d5cad3159c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,bdce22a6-3f7f-4893-8e98-a45918ee1e09 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,982dc024-2f1f-4ae1-9363-ee3a92ac2e47 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,8df9da10-2761-481e-ab1e-836aec771fb8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,7fd3bfe7-28b3-4f6d-9c57-87492a6f7627 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,4425cbeb-a99c-4773-859e-baa2dbf82dfa +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,da340610-cd07-4798-9287-81199b9ef062 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,41e24ed7-4ca5-47c5-bc8d-202f2b15d0ad +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,b8df9a27-e088-476a-ae78-3703b2999b31 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,0668818f-2cd4-41bc-b5db-334bc3a12718 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,b9981f55-d751-4a92-8013-e37b04a72f95 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,b3ad639c-a635-424d-ad8a-a4c23bf2c45a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,5ad56968-1996-41c0-90b7-0884390da612 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,b46e00a1-6401-4311-b837-22431a3f46a6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,63e47db4-93fd-4d4d-bf28-adf38c0ecf20 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,16dee155-ed98-4617-9854-030fd25b5984 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,fcddcf7d-5a3d-4a02-b546-55ac77b4c74d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,d63e294c-fca8-4d1e-a52b-cb0f07dd658d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,23ed21b2-d70b-4b90-b396-58dbc3dc3e01 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,7f05ec72-cc9c-4372-a62b-c5670bef57c6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,87595275-b63e-40a8-8116-8cec671e0c78 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,6050410a-e2c6-4417-be5f-0c2b70bda45b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,1a412fec-384d-4c7d-a609-dfc078a9c141 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,26183447-951f-4aad-8ed7-bd5bd06fb79f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,60968f01-6680-4922-9a48-46ffa1bf0d12 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,7811c1c7-d223-472d-8ea2-4ae1609bd9fd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,fa9a7cf6-92ee-4f1e-b3bc-6604eac8be5a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,d2fee1bd-26b5-4096-90c3-75b5659e27d1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,69425e1a-757f-40a5-bde4-f377781b3c7b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,dcec3270-d9fc-4ba1-a535-fd32c2c9e074 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,2dd358bf-40d0-437f-922d-8c91f488357e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,67110adf-1aa3-46ce-8187-40335d4d7618 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,f29b1cc6-e455-4a44-a5b3-949690dcd94c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,15f7a9df-ff5f-412c-9307-9f34c110606d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,3d36b6e3-84b0-4fa5-b2d2-62ca219982a8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,06b48b19-a19c-4777-9dc9-ac3ea4b30162 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,9caea00d-5690-49c1-9f35-8f9320b4d7d6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,59e7ba23-2495-406a-a4a5-238fbd000a78 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,e8a258f7-125c-43bb-a842-a19d376587a5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,8b22665a-12cd-4b36-be83-956c3348f268 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,1e2d5521-5209-4e2d-b4e0-972aa98891b3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,6f48ac15-ca9e-4002-8ca0-7d87ac77e04e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,5afd4252-e28a-4961-b012-326144bd5275 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,8ce823f4-b527-4897-a4dd-f4f60d8797be +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,894a7e81-7cf3-4206-a85b-8de551d85bcf +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,03bee2bc-90b9-451f-98f1-ee7763f103df +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,06b1e697-d0c5-4f03-87b3-9f66fe8a8565 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,e795d391-2129-48c7-8f42-8ef02d680293 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,ae4522cb-74c0-4eb1-90f6-520c3c27aa6f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,56f4fca7-1cf7-43ef-942f-e6170dc3c692 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,ec5b8858-2acb-4a2b-8647-f5842f748c78 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,c7efb5a1-90ab-49f0-a04b-4b2ba8f56492 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a2d03ae2-dd75-47bf-ad23-b1250df15ff2 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,fd12d46c-27e3-43a3-8700-437b70a17159 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,a8890931-e0a1-46d1-a0e2-9528c59650a7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,4d87d537-0a58-4a5a-9919-b74308575ae1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,6dd1799b-058b-48f7-8f38-7f271e91fd29 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,1f5825d9-78ff-46fa-ae0c-f7c00184c5c8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,06ec8bc0-af99-4d16-bc61-cfb1ae372ec7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,8bc1d464-da37-4a0e-9e13-f19928149010 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,03b1e9a2-799f-452a-a881-ea6385ee2976 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,9a506230-7c4f-433e-ab77-e0719b464482 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,762f6a09-dc29-4dc2-a401-07897b582b65 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,6722e6fd-cab8-4c3b-9455-dd77fce8f0c6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,17fe3aae-c1ec-4d0f-a1f5-1a67cafbfaef +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,206603ae-bb8f-4b17-a028-3ff2961846a1 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,d6457615-492e-4b60-a935-696fbe1d6ff3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,099c84ad-cca1-4ea9-92e8-6caf491f0564 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,1ff0aa15-54f1-4770-b680-643e796b34d9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,21538348-4a4d-47a7-ad60-dac2643870d7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,a584fdb9-e175-434e-a2cd-12628b1d3891 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,be080039-f463-4ab4-991a-0917d1f88066 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,48a43ad1-c359-4df3-a59b-b59f3c44ac69 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,585bec60-1b6d-429c-928b-38023d6f2b02 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,7aafe2bc-58df-401c-af3c-e9550a9f93f6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,761fed93-9cec-48c7-b605-f0b63bf26d27 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,9b18d9a3-4d9c-4f28-977a-3379d3cc42b7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,8b02420a-a285-43eb-9484-47f9827e255b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,b66216cc-347e-4767-aba9-586c8e93ac31 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,95d59eef-ad13-49e3-acc1-bfed28de583e +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,fuel_combustion_consumption,65f62cf1-f1d5-43d5-880c-b67d464efd6a +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,sampling_scaled_data,b2708733-cc21-47df-9039-df03e6e7b897 +18143,"1.A.1 - Energy Industries +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,modeled_data,e950992d-9339-470f-9302-83b5858b6083 +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,fuel_combustion_consumption,423a3060-edbd-4c14-adf7-d26bf6ed377c +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,sampling_scaled_data,d507652b-5ab4-4623-afed-ccaebb2d5956 +18144,"1.A.2 - Manufacturing Industries and Construction +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,modeled_data,c8fd1158-4b81-4053-801c-0f901890b37b +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,fuel_combustion_consumption,a03afddc-069b-4b4e-84e6-cfbe0eefed0c +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,sampling_scaled_data,9f92bda9-4b19-407a-b83d-3ce963302c0a +18145,"1.A.4.a - Commercial/Institutional +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,modeled_data,cbe1c92e-4d76-4f7a-a6d4-ea41503ad95d +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,fuel_combustion_consumption,d1a3c66f-85fb-4574-880e-3e24ce9c76ba +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,sampling_scaled_data,693bdbf6-c4f1-406d-92fd-3994160ced7f +18146,"1.A.4.b - Residential +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,modeled_data,a98d7c1e-d0da-401c-808a-da677fe65e7e +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,fuel_combustion_consumption,f7ef97ca-c883-402c-a0da-eeb2ec2225e6 +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,sampling_scaled_data,75e4a1b4-8a8c-43a0-bfd5-c075e6eb0e54 +18147,"1.A.4.c.i - Stationary +",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,modeled_data,f1f703ba-0391-439e-9150-3820a58f8a47 +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,fuel_combustion_consumption,5b5915fa-89ad-4838-aa61-2a63b300747e +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,sampling_scaled_data,dd962f5f-a7a1-4875-948e-978d21127ced +18155,"1.A.1 - Energy Industries +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,modeled_data,deadebe2-278c-46e2-96cc-a509c3fdc74a +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,8473110e-0935-4cef-a41a-0ad6eba44aad +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,sampling_scaled_data,698cc5b1-141f-45e2-bbe2-4eb6dfa9699b +18156,"1.A.2 - Manufacturing Industries and Construction +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,modeled_data,85187603-420b-45cf-9c5a-aeba8d6dcdb5 +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,6b9e9ea0-6473-4b53-abb0-3dbf7c3844f1 +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,sampling_scaled_data,135306bb-d7b1-4a62-bcb0-e34334610dfa +18158,"1.A.4.a - Commercial/Institutional +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,modeled_data,4b3f16d3-c314-4a25-bb0e-8adecaf55e8c +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,00a63e1a-fce0-48b7-80a6-fe91d9f3277c +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,sampling_scaled_data,ab84447e-6950-4e88-a8b7-f16ac82441ea +18159,"1.A.4.b - Residential +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,modeled_data,f87d5417-d7cc-47af-b240-e2a17906efd7 +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,44d804f1-a180-43f5-a350-da2aca3d7ff3 +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,sampling_scaled_data,cf4493dc-81f0-498b-938a-16ce4c0226bd +18160,"1.A.4.c.i - Stationary +",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,modeled_data,8299fcfb-3d15-42ab-96b7-8ea60a1c56c9 +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,fuel_combustion_consumption,0776f2c7-bb95-42cc-b0f7-7666b881a8bc +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,sampling_scaled_data,d3af41c4-d924-40ce-90c5-b745792e31fd +18173,"1.A.1 - Energy Industries +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,modeled_data,6aa3c765-072e-4dac-8a3c-33a4d3cad308 +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,fuel_combustion_consumption,2b0c15f6-7e88-4402-9057-bdd08b256e3d +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,sampling_scaled_data,08c698c4-149f-493e-bad4-7dd9ec2df9ac +18174,"1.A.2 - Manufacturing Industries and Construction +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,modeled_data,943d2520-e65c-48f9-941a-a8db76265091 +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,fuel_combustion_consumption,143ec670-2c06-4b81-90f9-bed5543e9a4a +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,sampling_scaled_data,058d96d4-0768-460c-8c39-0bac21460679 +18175,"1.A.4.a - Commercial/Institutional +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,modeled_data,8458bf11-fdef-4e80-87e7-ab61cd8c30e2 +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,fuel_combustion_consumption,a04ed513-0e99-4039-a677-25c13606ca28 +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,sampling_scaled_data,5b958d65-a824-4ad4-adc0-5a4baa7fca8c +18176,"1.A.4.b - Residential +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,modeled_data,1536389e-9ec3-491c-a5a4-ac1efec9846e +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,fuel_combustion_consumption,da970aa2-cae6-433b-8bbf-9bca53d92393 +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,sampling_scaled_data,e547a95a-1464-4538-9173-4a7ddb1490e2 +18177,"1.A.4.c.i - Stationary +",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,modeled_data,e6210822-426e-4231-8ad6-122e5bb3d8a3 +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,fuel_combustion_consumption,3f7f8641-d17e-4adc-930b-55c5f23aadc1 +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,sampling_scaled_data,3345bba6-fe6e-44a5-bed9-c7e102fc7660 +18178,"1.A.1 - Energy Industries +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,modeled_data,e18dfc89-7a8f-49d4-8719-c09a99f020cc +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,fuel_combustion_consumption,934b5f98-fb68-44ad-9688-abd54790fba3 +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,sampling_scaled_data,016ad13c-19c3-48f6-812c-4819626dab47 +18179,"1.A.2 - Manufacturing Industries and Construction +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,modeled_data,476d98e8-6d3b-461e-968b-ea0a17a8b94d +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,bfb5fbb0-44b2-4ba2-a06a-f56eb0f0f15c +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,sampling_scaled_data,5511fa0c-df6b-4132-b0cd-e5255bc9c875 +18180,"1.A.4.a - Commercial/Institutional +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,modeled_data,12e55d06-2688-4f44-b4ec-e770156e0b3e +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,9ed99afa-c6ad-4d08-ba43-5c1fd3b72a3f +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,sampling_scaled_data,c16dfaa9-73c9-4dd5-8351-aeb590650b1b +18181,"1.A.4.b - Residential +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,modeled_data,f19a315b-0efe-41f5-babf-3c9b7de4f47b +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,c793a802-6095-4079-9502-b5a4f24aef4b +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,sampling_scaled_data,0b558564-0706-4678-8b3d-3ee7d77bec8b +18182,"1.A.4.c.i - Stationary +",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,modeled_data,dec2206b-9f32-4f16-9fd6-dd91716d6945 +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,fuel_combustion_consumption,dbe28011-2f7f-41e8-968f-b857a0304131 +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,sampling_scaled_data,f8ee28fd-087d-4a32-9be5-cc67c70a41ed +18183,"1.A.1 - Energy Industries +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,modeled_data,fb7d8e38-6239-4e08-a178-f169e74d2486 +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,fuel_combustion_consumption,5761fe91-f9d9-4f21-9f29-8e5d1fb6ffac +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,sampling_scaled_data,d69ef1f6-1a8a-4a52-845e-b9e4902570d9 +18184,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,modeled_data,ffe92b26-c714-4be0-bd5b-f66d0d36045f +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,fuel_combustion_consumption,20f2205d-7069-47d2-979d-3629a083fb15 +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,sampling_scaled_data,bd31ee42-ac6c-4296-bc06-eeddffb32bce +18185,"1.A.4.a - Commercial/Institutional +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,modeled_data,2bbb9dab-115e-4de4-b31a-b6dee945d57a +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,fuel_combustion_consumption,85596676-1eae-4133-88d0-9f46d922ee99 +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,sampling_scaled_data,697c5de3-caa4-427a-a92c-f1ec8ccded7e +18186,"1.A.4.b - Residential +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,modeled_data,5a9748c0-6aa5-4e4b-9c91-50ab4818c2c9 +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,fuel_combustion_consumption,30711923-dbef-43a1-aa29-77a0f5916624 +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,sampling_scaled_data,64e9fd58-596c-4b81-951a-3300f84b8969 +18187,"1.A.4.c.i - Stationary +",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,modeled_data,be148c64-075f-43fe-8a2e-fa0ff09fa5c4 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,bfd77f59-033a-4e32-a45b-80cca333c401 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,55dcfb00-d3c3-4244-85ab-e59bd82b068b +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,modeled_data,6c557c9c-7750-493b-9d8a-55c08a539d07 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,33644260-c576-4a84-9015-0759e1540fbe +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,78f2341a-b7dc-4aaf-a458-67fbe6232d38 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,modeled_data,81047dc3-2a22-4a5d-9d5a-fa1ff317b0bf +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,c07229fd-2afe-417d-a4ae-70674075074e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,4b21c323-9eb3-443d-937f-3e2f41ff88ad +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,modeled_data,293cd938-4c7f-4f80-9710-51a7399ad398 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,a9793d52-f984-40e7-9941-6f28184be7e2 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,91f8ca6e-9c45-4256-8ca0-07db8d677e62 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,modeled_data,cc2c2c0d-0896-4f68-b1ee-5fb61dc4f54c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,619ed7b9-a0e7-4158-8885-7be89fa04263 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,30cab6d5-0bf2-4d7d-ae6e-778e9fabd7c3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,modeled_data,91c83657-a1fd-4aa6-b818-3b290f736819 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,28d63a9b-feff-436c-b98f-e0d3be680e4a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,8df62b35-9269-449e-9d55-61b4fe25efa1 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,modeled_data,ef1bcf77-14bc-48ec-b0ee-c71ad50699a2 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,7048fd88-1d5c-4fc0-8467-6d8362529754 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,acfeef60-5dfe-4165-999c-4f51e52f2e76 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,modeled_data,716c9ced-508e-4f3d-bc33-2ed4aefebb58 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,a899de46-e705-4099-bf55-db19a9e19579 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,78f73294-8bea-4075-a70b-9b85945a88f3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,modeled_data,1c7790ba-2811-4e69-bc23-cc5a8cd045e2 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,d7c9a962-422e-4765-a5a3-f79fdd9085ff +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,c6224bea-74a5-4fb0-8feb-9e5391564302 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,modeled_data,ce46d8aa-8be4-493b-81ce-ba4bdf0d5bbc +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,e8c47e35-1eae-4b1d-b28a-a6b37930b7b7 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,1cf778ba-0155-486a-8c6a-0079ba9eda3b +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,modeled_data,3abd3d0b-6663-4a9e-9b79-f69d9e90a97f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,6ab16d17-476d-48f4-946e-294ae0e894fb +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,5b466a13-56ec-48b1-9ae3-f15b73c35166 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,modeled_data,a367228d-2b26-4bfe-b4b3-61cf49946964 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,d4de3ead-8270-4cf1-8d8c-dc058c654c10 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,9bf9dc7c-afa7-4f39-a92a-cf1ff156b0b0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,modeled_data,3bba40d2-35ad-4183-8e6d-5730ed52cba0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,d5f6fc0b-cd9c-4671-88d2-9856288cf40a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,ce688604-2ed3-4b55-9992-9031f53b87c9 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,modeled_data,f0d737d2-8a8f-4d33-afdf-c4da7e9ea140 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,2c0654c0-f03f-4146-a30d-ff40e1a0bc0a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,e83093f3-32b7-489c-b85b-5f2daceff375 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,modeled_data,a27a0583-ad2b-480d-90e2-653cfac0955d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,d908b340-b690-4427-9db1-bd49223366a6 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,394bcca8-f536-4df4-91c8-047ece7fdf73 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,modeled_data,816cb386-3270-4d9c-a8f0-de9c690475d6 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,ea185e4e-4c3a-42ee-af56-009f1f5fe430 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,192798b1-3c32-4bfd-8a55-b7f4d8db8769 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,modeled_data,981da196-3b42-4018-9318-b7fa60503eea +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,46498e83-f990-4b76-adcc-59bda39605bb +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,956c5001-155d-4474-9ca3-ba6c55f1fbf8 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,modeled_data,930623cb-abbf-4da7-9ad1-21ee6bb81c78 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,8bcc4229-3802-444e-a4c8-aeefec5e512f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,e61cb3c6-28f0-4e64-b427-f7b7568513da +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,modeled_data,78cf8f8b-ed2d-4ccc-9d77-634ee0bba3d7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,81f7022e-4ed5-4e57-ba67-b76746d57902 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,1484d8f1-a666-4dfb-9f95-c44adacd327d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,modeled_data,58f7d3bf-0322-4582-aeef-39bd900c800c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,7af104a9-a0d1-4566-9edf-bd88f56a4ffd +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,358860d4-0129-4efa-b70f-a655a8cfa823 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,modeled_data,316153f9-0aca-498f-8637-47532a3d5570 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,4dd8f7c9-ae89-4b51-9628-9d9b562635d2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,b970a7cf-b7c6-47b9-a8a8-29945aef5dfe +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,modeled_data,ab2abec9-5e05-4151-ab39-e00421f5ec2b +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,ff1b68a3-ac1a-4cef-96d0-4b1232132f85 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,afdef328-0317-43f4-886f-e6c95927d808 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,modeled_data,9199488c-2eca-4664-9cae-580ee53925e9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,8d7cc35e-ddad-487c-bf79-03eb82fedb72 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,a00cec26-cbfb-4c2c-9100-ad52e762f43a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,modeled_data,68ffea35-ac25-42a3-b343-0a54070ab60c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,37164809-086c-4371-af09-5fcc1fa2276e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,fe2d19ac-56cc-4fda-a566-c40b239260bc +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,modeled_data,f32f965e-f599-4466-8bbe-3c36ab5096d3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,2eb40370-b323-4232-a557-f750549c887f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,9f252d46-bc9a-4f12-b641-cf0f658148f4 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,modeled_data,f23edaee-c2c1-44ba-9843-90302e1946f7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,75bdba36-57f0-4fad-b5d3-ce36a922e656 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,bc9e40ab-0c4c-4a46-9238-1d23f4f9e753 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,modeled_data,8767ed3a-cbcb-44b6-a92b-76b369f0c47e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,5e03eda6-1267-4555-b182-d55481a43480 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,183f699d-d249-4091-8c73-a0afaa21fd45 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,modeled_data,6d21c3ef-8154-4bf6-a251-3c6a37d9fcc3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,ee5b009f-4b83-45b6-b859-fb61a9c8b33a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,75708993-b151-4a21-94e0-700affdc3e98 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,modeled_data,4c2d2e53-cbda-4431-a668-fbf8566d7410 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,493d185d-a2b7-4017-bc9b-c9a46a8601bb +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,493a66b3-aeac-4499-9cf9-b38f94b1b8a5 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,modeled_data,b940780a-af92-4033-81ff-e6e0338f43e2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,2eb5b891-eaf7-4626-98b2-e27782c66a63 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,186f6f73-da34-4629-80da-8c2b451b9b1f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,modeled_data,a1b1d5e2-494f-4525-a9f9-01d396dc75ae +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,f957fbce-5871-400c-bdea-64dbe550c9e1 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,ddc773cf-b27f-4f88-bde3-5740ed99cd2f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,modeled_data,c666f947-89e6-4f72-b29f-9f93758b1dab +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,e1b7609d-0e28-46ed-ac74-3e0d4a3efaaf +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,01f02609-b399-465e-a642-5c792aedf667 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,modeled_data,fa4fbb2e-6ecf-4e77-a623-5b25fc78d309 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,b1dec62d-8a3c-4091-a687-5d0141c6ae06 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,98b4ee13-bba2-42c3-9a4a-972d1252c031 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,modeled_data,00f04734-d40e-467a-9edf-4b30d1d029ad +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,f8a541bd-bd6a-4398-aa58-84c48d9719e1 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,c0664430-e3c3-4163-a8b0-8ba75d77fbbf +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,modeled_data,73a35a79-017e-4c29-8a73-9533d2d91089 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,cc9b3a88-2eb9-49cc-adfa-32792445887b +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,b3bb4501-8f5f-45d8-b9a9-f4dcce66f90f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,modeled_data,83781049-b90f-4edc-9cc2-248834b53c16 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,549b9a93-0ccc-4ffb-8a26-f8d5ae111a16 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,8469ef8e-f546-4fcd-a0e8-76773a132fa3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,modeled_data,88c066ff-e02a-4a04-bcd3-411b9e4896d9 +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,fuel_combustion_consumption,8b21732d-7b5e-4067-bf4a-e85fe625faab +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,sampling_scaled_data,3de4af27-9987-4d66-856f-2c383663c730 +118500,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,modeled_data,b31f7777-e3a4-423f-88fc-0acf3bdedfa1 +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,fuel_combustion_consumption,1cad79be-1427-4f1e-8a3d-2939154df009 +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,sampling_scaled_data,4a2db9f9-b905-458f-8785-c7005a4594cd +118501,"1.A.2 - Manufacturing Industries and Construction +",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,modeled_data,78d7f7e8-b9a2-4105-985e-0caefb3e89d5 +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,fuel_combustion_consumption,1f806d63-8b60-4a17-b697-3d27de773800 +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,sampling_scaled_data,1c2fef31-3b64-4355-8cf8-77c21eeb31d3 +118502,"1.A.2 - Manufacturing Industries and Construction +",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,modeled_data,968a331b-05b1-4253-bd1a-2005a82a8233 +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,fuel_combustion_consumption,1dce4322-c7b5-4c64-9da5-5a93b2164921 +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,sampling_scaled_data,301ba9d0-8afb-4d36-8a1f-06a495c6921e +122309,"1.A.4.b - Residential +",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,modeled_data,cb883a77-42ea-4f33-a0b1-2788d9cbf8bd +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,fuel_combustion_consumption,01fc1af7-838e-4906-921b-a760526cd913 +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,sampling_scaled_data,02dd61b7-740e-481c-8320-fed79bcbbe7d +122310,"1.A.4.b - Residential +",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,modeled_data,5d0b0e7d-1173-47d6-9baf-6822bb9683f2 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,fuel_combustion_consumption,bb064cb9-eaec-4579-893e-2d19dc159ee2 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,sampling_scaled_data,76387ca7-405f-4cf7-9ad9-3034ceacc8a0 +122311,"1.A.4.b - Residential +",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,modeled_data,75d1d1dc-5800-4316-91fa-8401a65beed6 +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,fuel_combustion_consumption,4e06803f-37e9-4c30-a819-94ed8ed253b0 +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,sampling_scaled_data,27949aba-10f2-4460-8604-33f78dfaea8e +122312,"1.A.4.b - Residential +",CH4,Natural Gas,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,modeled_data,263fd034-f536-4864-91b4-f65f7d079436 +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,fuel_combustion_consumption,76aae0d0-43c3-4508-a77f-1a97ed64afa7 +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,sampling_scaled_data,0019cfad-0ff6-4d08-8737-3273721603fa +122313,"1.A.4.b - Residential +",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,modeled_data,1860fcb6-9d61-4c29-bd7d-74b477842415 +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,fuel_combustion_consumption,084e36fd-08dd-4f49-af52-0d42c851c2ec +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,sampling_scaled_data,454b246b-d8bb-4b4f-bc59-85370c2183ae +122314,"1.A.4.b - Residential +",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,modeled_data,7481b220-f962-43a4-ba49-076ce4a8cd7f +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,fuel_combustion_consumption,1a59065a-a54c-4cd3-85d4-7361ebcda609 +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,sampling_scaled_data,2151cc60-dc50-4436-9fdc-faa7e476a097 +122315,"1.A.4.b - Residential +",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,modeled_data,51e665d4-f37b-4fa7-bc6c-0854be838f44 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,81516d98-3449-4368-8651-a2a5f6d674f9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ba116549-ab49-44cc-825e-697ec6eb0fd5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,82996262-743f-4a33-86ad-e781ed38ad1e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d66a6c8d-5bdb-4a99-8b70-8ff4294b672a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,04a96088-fcbc-4131-9b0e-a9ee5edb8e81 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,9fb7215f-7928-4cea-b248-d0cfcebb2123 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,3eb2ced4-1fb0-447d-ae6e-026bd0fe8426 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,b78b3af2-101b-4e4f-80ef-6ae74233ec28 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,792bbf6c-5570-47bc-aed6-6891292d44f2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,5288607a-842b-4da8-a4d0-7f89dec2693f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,50d45ee0-322e-4932-856a-efcb3ffab761 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,51ae512a-4195-4710-a387-1df379232939 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,993fd9bc-f99c-484e-a17c-473d7d720075 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,112591f9-436b-4871-93bf-d2fe6a10be37 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,fe8ba93c-cf8f-402c-a44a-eb6e251aa9ec +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,5b8b753a-deb3-4aa9-abb0-33963b564929 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,a9ca76d3-d02f-43cd-8add-a1b8dc0eac1f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,260a0169-a8f2-4484-8719-2beb794b3797 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,e9ca4e90-37e7-433b-aa68-8c26083cf179 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,7a36a1bb-1678-4e05-869f-466ec2f9770d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4a180590-4326-4095-8b20-c040d6c94e85 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d15c8dd0-c01f-42b5-a784-fa2fa1f5ddd4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,7a47205e-d009-417e-9a0a-f26895b6d9ed +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,777fd324-2198-46b0-ac83-66950c52cb01 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,2aa5062e-d900-4d45-95ee-499bb57d77ec +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2a4aa8a6-4ca9-4d8b-92a3-4bbcf5763f21 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,588459fb-9fac-4216-97e2-0479d58cacf4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,ed89e6de-1403-4b2a-91e7-c40a1bf409cc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,fb11bbcc-fc26-4c5f-bec4-47d5715b078c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,77ed9aa4-4fd5-430f-906c-012b3c259216 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f4afba6a-c1ad-4c91-8c59-e0b897da37ad +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,4d3c40f7-1583-4aa1-9b76-d29324aa31c8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,65777228-e622-4007-81ff-c777959c89c0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f5c9eb0f-431a-4b92-aae1-d8de02d6e36f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2af4397c-c356-4ccb-88fe-23f823f51278 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d43ab203-6d9b-4bc7-851a-b911b750ea0e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,bd53abac-1ca6-4735-8d74-2f5f14ef2745 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ffe275cd-ee81-4999-8677-9cd16c11ab75 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4331b7cd-3063-4956-bdf5-95b23b8b10e3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,30659b24-8780-4958-b7ad-39eb53b84c6e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ab9b811a-3504-4255-96b5-cd7c84c3ca85 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ef99cf8c-4866-4c7c-aec5-ce04734ae732 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,25cab412-6d63-4621-85bd-a1938ca7138d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1a9a4a19-ba6c-4f4a-ae01-fa6c3bae9efd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,3893a354-c18b-40de-9d0f-5a7d04bbe04d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,60a75bde-85e2-448d-a461-4b097ceaf099 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,969e2834-971c-489b-af80-d72a38e9753d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,1e1ad558-bec7-4391-8451-817790601ecb +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,c68738dc-6886-4046-abb1-f70ac341c4b9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,69447e65-41c7-4472-89f2-c28ce6014446 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ddf6c508-975c-4f53-9998-5d05f0493401 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,fe01e014-7948-4eb8-bf79-609f8b70cf30 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,c48c800c-6f6a-466b-be73-31dceaf6523f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,64a9d284-815c-4000-a296-bb2d11905a46 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,79b78e2d-585d-4fe0-b0f7-66b636570230 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,6d982878-ad38-4035-af36-45968b375cbe +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,0c6e10e6-0366-4d47-96ba-351fdeb7737d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,996fe593-077f-46fa-adec-2be53a870691 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,f25ba670-c4d1-468f-9f09-aacdd5b780d9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,581f11a3-51a4-402a-a6fc-8ba91cda65d7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d2f8b7b6-1c86-4c37-977e-28f8009b495c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2ad9bf79-83c0-4caf-8c93-6926fe7c64fd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d017f966-cb93-4db1-aea7-9cc01438a303 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,59ab47a1-b601-4bd5-adb2-3d446e075f54 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1c786758-a086-4c4d-84be-dd5e78f5c611 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,5659dd7f-c421-47a6-a8ec-82f6607f67a5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,b29e9733-fc0d-455a-98a7-7482625f56cd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2615cd76-06a9-401b-8bd8-071e300fb079 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,c0cb1607-bce5-497d-b2ea-086ba73c3eb9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f391f2e3-48bd-4931-91c9-bbb5a48aa5a7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1756e18a-a819-4ad6-a698-92684a630456 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4443ef77-6270-4ade-8858-abdaa5356df8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,7b19363d-c8ac-441a-b304-52fcabc347bc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,85a3ae23-0b8e-44aa-b27b-74a0854e024b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d6ef2317-7bb1-4446-96bb-2133fb30792b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,bda5789b-7f3a-462f-90c9-18d9ce67a0b3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,d43f694e-0b95-4688-97e2-1d3b4fcfdc71 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,36ad09a6-e79a-4960-9e73-aa57b441ac3e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,acd5d61e-167a-46cf-8f17-e5ce67aeb26d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,a54ad3a5-45b9-4fa8-8470-694443b45d11 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,7a7b60a4-1885-4752-bd21-0bbfbb558685 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,8147f54d-d136-4f71-b4a5-b598f37a9ba4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,4ee4d8f4-a672-4207-8219-06b6e9588bab +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ef181851-902a-4525-83b9-1331c93e6d1c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,07b7d10f-a417-44f9-8892-864523d3b694 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,f0ee5e0a-44a9-4a39-a6b2-8c5a01bda54b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,fa6dc84a-75fd-47ec-a095-6c8a4d74b42f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,9d62eadf-3d1a-4ea8-977c-8459e48c790a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,e1d03e59-05ec-4d59-9360-0b242333eeab +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,7d293375-3ef0-418a-835b-90904b1913ab +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,4f8711e7-4723-43d2-8c55-8bbc487edb72 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,9f5a3af4-ca92-40ab-979e-d4e3501c3c06 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,28169ebd-8212-49b0-a12c-8726ef0c85cd +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,22d1b9fa-9d2e-4116-98d7-ba0801fa4814 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,8c015280-0e0e-4f70-a027-6693add72ee6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,cf4a7966-9e50-4e24-b5b8-5f4b5741c86a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7ac24fa3-7800-48e7-aa02-03de2e44eb42 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,448b7f18-cb62-4a6d-9260-694d46df8136 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,e469151a-a2cd-4c03-b09e-67531e984dec +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,3c19e667-d0e2-41d5-be57-f4c75ffc3878 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,2f6acff5-91fc-462e-a2c1-271b70b25e90 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,d2f0475b-431c-4252-8020-b75e36d4e473 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7a2c3e41-bae8-498d-8b67-b7f1a0737485 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,3f2df2d8-33b6-4640-88ab-8126396fc9c0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,6653295d-3579-4564-ba46-2fd3aaecb91e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,48329ea6-fff0-421f-9433-e5e628934c66 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,7d2b1b15-80e9-48ba-8173-d84409bf7c98 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,dd5a7ae9-e36d-45e9-a4b1-60da0f4fbc26 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,f3854a4e-4ee9-4f6a-bdeb-ddd1dc3625dc +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,b0f5e23b-7e8a-4152-8ba0-ab124c1cb55b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,b1658aa5-62ca-47ba-8aea-e1e1d674028f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,b3d94ca2-c3c2-40c8-95b7-f2a0e95efb1d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,537bd68c-7d75-4239-bcf2-251b7b38f768 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,720ca301-ed53-427e-8b88-2c9ec01aa0a1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,349806c9-4476-4378-9234-d727099865e1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,9c141f48-d1e9-424a-81c2-911eab7e6f86 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,18e3f300-47e0-4091-b590-3992b368294f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7c925ffe-c28d-4961-a766-f1677d3c79c1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,e6012052-0662-4603-87ff-35a9038362e7 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,f8da379f-6f7a-41b5-97eb-d914f8c0ee07 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,3396414b-0b15-4e59-b925-e1adfc03b122 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,aaee7415-1bc1-4ec8-b9f8-78d5fb252a63 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,37b46ab7-e31f-48ec-8843-9131e139d55f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,39409e30-91c3-4037-83ee-898f5494d2e9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,1d683849-cfb9-401e-b897-93daa138f689 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,64e03cac-234d-4808-8519-7f85f2df4bf8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,fd4f3180-de38-483b-9103-714fed6a7b52 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,e9b096bb-655e-4dee-9e31-4b1f806288ee +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,f9862849-3d62-40e7-9dcd-25da748f79de +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,4cde3148-c5ef-46c3-9450-33ee4c6db57d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,6c4343fa-fc44-4c2a-b847-e43f90a99f24 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,c2fb611a-d91b-4144-85d3-9528dd320acd +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,932a483c-8180-475a-acf9-3f786ae54bda +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,2eeaf2c8-fb41-4f45-8783-4f0284b30e91 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,ef9b1efb-ac44-4800-b688-e4326b2cd061 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,f9a651e2-efbe-40ac-b21d-2c1be6ab0ddc +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,096b5cad-b705-4514-9ce1-1b73fe30084c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,53d16003-b407-4778-9752-1323b44aef37 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,20767467-7e1c-4296-8ed5-8072fbe6db72 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,ba024298-5e0d-4907-982f-679675e67986 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,010de659-a54a-4b9a-a753-51be1d437ee2 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,9f819f81-0ea8-4e74-939c-0333385d0514 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,4a7ed304-886d-4db7-9aa3-4682efa635de +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,93e3889a-ac18-46ca-ad80-9ef87f9506b5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,24df22e1-f62b-411b-8796-d86e67ad9a91 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,596daf4d-20f0-4737-acaf-976e3d270c0e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,7491a3b6-b17f-4534-904c-b5b872f5f162 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,06c05bce-7ebb-4adc-9746-b9373ff5b3b9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,e2f1e748-8593-461a-99f6-3e48ba6ff689 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,72de90a1-46fa-4498-890b-6fc7aee079e0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,830119c9-a00f-4aba-ae2f-46e94d8b9994 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,cda774f0-9338-4392-8dc1-e97319ae60e8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,ac6bec7d-e2b7-40d0-bcc1-c837747c430c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,29a163e5-3cdf-4f42-938e-d8c47162f445 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,6ddf6d06-ea89-4ecb-b585-d98c15b85a13 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,8d047960-4eb4-4b72-aac4-5bfd54f91c2d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,ff830ee2-ba05-454f-94a0-4b78a74b6758 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8e649577-e0ce-4df3-842f-21d59654568a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d64083b5-670a-4f0e-91a6-106257065902 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,5d62a4d1-0841-4ed8-b761-3851f4fdb683 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1c101ca7-ef86-4bea-a228-f5e1209fb5fd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,de580d98-46e3-4be1-b35a-d8f5f9d2b911 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,252da0ee-6ed7-4ba3-9e3c-afe4172d7890 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,6278d93e-c46a-4acd-9e46-5a752a34b7b2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,e1a4043f-8d26-47e5-93fd-50bd80d4cc18 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,dd26c89a-6372-4556-9306-0ec0e02911f6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,72ee1918-46a0-4f84-8901-222cd08bced0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,19ea75ad-5ca5-467c-9da2-13d3dce5126b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,1674b2a2-650f-4f67-999b-e843ad53b3a8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,b1d8114d-1662-445b-8432-a0fd181e3621 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6c9e225e-e403-4d04-b275-9d908a8fbda8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,58498e8c-8666-4ad3-8abc-4708173d4311 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,a86eea2c-df43-498d-a2a8-41b036dd2c9e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,885760a0-a993-46a0-b9a8-5116540785a1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,ea1c62d0-5a97-448e-b12b-6f203947a8b1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0474d438-4b62-4c58-b108-bad42200ff72 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,ea7ed360-3b9b-4944-987c-795a4fec5318 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,bb746437-b77b-4d73-8a71-d690ba390c44 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1a207f9a-902e-4402-86d8-be308da2e27f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1a5c60c2-97d5-4912-b0bc-26efc922bfba +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,7d9908d6-02e6-4213-8a68-fa1f052c6b06 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,d4c99e3f-6c7f-4d5f-9c48-96bbf4ce870f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6e19e51f-a3c4-4e08-9696-fac036d7cebf +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,acaeaff9-eb84-47ec-bc7c-4a76d01c9df1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,4fe2dc4a-b110-4217-a2b8-503cc7486073 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,5c548c9e-3a05-4ec6-86cc-d2f15c68ae62 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,110e9bbc-a7a6-4d3f-a257-d5d0093d94e2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,3128bb11-906e-4c64-ad80-aab2419a64a6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1d4a535c-2a58-4681-b046-6b5d3f03d551 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,93628767-e0e3-42b0-a105-3298ed6732e5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0bc0df37-6227-4d12-971d-2fddd282fe28 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,44867ca1-dca8-45b8-9611-fe85b7fa9d85 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,749b1bd7-aa9b-4b51-b570-eb1168e51c24 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,2c156660-0d8a-4086-a1fe-b0bf46798a73 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1318ed0d-a4e6-4b47-b378-a0c92cebe96a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,4a18cee3-4a79-483a-b7da-50bbf6030c47 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,e9f39377-1d58-43b0-8227-31ce85f45d81 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d9285952-21b9-4cc1-b16d-25a873bb2e57 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,759c5edb-fec6-4160-a808-c0693dc03093 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,77b75985-fb5b-419b-84c0-177d70352098 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6402a56b-509b-47b5-a1f7-9da66847a9df +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,328706ec-7979-49b3-bef0-a9de97a2492b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,7babfa9c-585b-4840-a4f6-50d1f12ddeeb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1b7d78ef-4ece-4487-a6ae-b6d0841c485d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,6e0c0cf2-8c1c-4087-8023-d9892bd50160 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,39052999-61d1-4dd3-b2a8-f115278355ad +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,40af4062-5f80-4f8c-ade0-ef5576852555 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,caa895a1-190e-4580-91fb-de322c0e64c8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1771a917-bf0f-4c44-8923-d78cc97a477d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,48e234b7-3a7c-45af-ad54-0ec34b85116b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,86edfd3f-dad2-4719-b49e-1c6938074fa3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0e914996-b05e-4669-887b-770af9d8f976 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,441102df-1901-4d96-9a4f-584abd355a19 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,fd852eed-49b4-428b-901b-451a8a2b5915 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,774cad69-c60d-46d7-9f7d-804b8fd0ac6d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,f4f19bf4-b561-44e6-a027-b96d032aad03 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,b1f3e497-7da1-482c-8842-239ad89aa1b5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,066021f2-52aa-4167-808e-7e8ea5249cea +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,2b9bc097-8cb9-4751-9c85-cf92f226be17 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,97757df4-e400-4880-875d-dae2676daaa4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,7392f6dd-508a-4168-8290-a04544b70eb1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,58d08c65-1292-44c6-8ad0-a9864c883246 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,73f5f1fb-3afe-49a6-9462-09fed3ad9f7f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,26367ae4-6cb0-4036-a9e8-70cea5d553ed +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,92022e37-e31a-454b-a541-5f6efaecd961 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,32d68674-bedf-4e4b-80b1-6b4e963c6d89 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,9928165b-bc96-45f1-bcf5-8fdf0d2d96dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,664fb8eb-31cb-46b1-bdec-779740dd6995 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,7261bd74-4d3c-4625-8f8b-a2b9c43976f7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,83e6ca6a-824d-47c1-ba9b-f6d63f42d755 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d00bc6be-a591-4987-8219-d1978d50d326 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,09b2a796-e53d-4328-a63f-e25d7f25da16 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1c3a1bb3-36e9-46ff-a616-c93a9f1bb5f1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,33351a44-cdae-4c9b-be08-d4aa5187d501 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,015f9abe-bee3-464e-86d2-0cf10985d8e1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,46a65c73-1952-4ffd-a781-570a0afe8d15 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,31e2bc41-abbf-4f27-9644-88469c49aa69 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,dbf85c35-2318-45b1-b565-6224daabc37e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,288e9240-6007-42a3-8f90-9ca993480a63 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,145f6bd1-25f0-43ee-a4af-b3ccec2f3841 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,eabff09c-182a-4760-8010-26f7cc1ad956 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,75217e40-fc11-4dee-b41a-ea1cfbab8c4a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,91ec6fcb-8ce9-42d0-8cbd-62e1baff7e6a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,fc755467-ea64-4265-be45-f7790eb0efaa +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8d01d56e-52d9-49bb-8cd2-cdda14900341 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,5e64d69a-6989-45b3-b87f-5893d3957f43 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,b49ed3ef-7168-4f66-82b6-17a8ca25fc44 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,b3881757-b7a7-463f-a030-a819076b3a42 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,a0c21298-f88e-40b6-80b9-666f01bcdd98 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,cde1bbd5-ac05-419e-8836-28ddbe3bc7d4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8f9a96a2-faa2-4e44-acf4-5f29b20b278f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,c8e2b21f-1d8d-43bb-a677-be72ab3a7bc2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5d8476d4-53b5-44c1-a230-809bd48bc409 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,5832c459-6ff7-4c22-a35e-cd2b7c207de5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,bc5d46f7-3016-451d-a3d3-c203032abcca +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f35ed955-5eba-48e2-85a1-4946d7dd66b5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,fdf15c98-25e3-46c7-ba81-4485d1c2d528 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,972de304-c794-48f4-ae10-b41d67828a10 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,63d98812-2776-463c-9450-84a2f57cece0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,4cf4afbc-1e53-49ab-a0bc-ef266102c92a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,6344a0e5-956b-4607-883c-a5a6dad214a7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,59343df2-58cf-4f97-9aae-831a196dca66 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,11a5be27-30d2-494a-9c20-33a65ca72a9a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,9fb9550d-9cfd-4c69-8068-226f52df19e1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,ab5119d9-7f13-4a58-85fb-a59ca241f600 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a764a013-4f78-4996-95f4-8582b0a5c190 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,18cfa2fd-1045-4ce0-a98b-06d649cd0288 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,e90fe010-6583-4587-9020-7cf07edc9c5f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,8ff1173b-d547-4f83-b2e7-d1757346a05f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e49e30bb-4145-4ccb-8d72-149fc51388ea +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,36e3d4cd-e135-40bf-bc36-c799e1d69575 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,40242f03-fa5d-434b-8a6a-ff9f7eea6450 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,16f255a1-2da3-4e75-a7a1-a0a2d60d6655 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,c2bbc087-fec1-46ff-b485-9604b6a9b8b6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,4823d54d-cc16-4b06-80c8-97bb26230dc7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e01991a1-f75c-4b32-8551-6d97f724e7c4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,93c24cf0-e95d-4d29-bc9d-a5e97dc44ab6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,813293e0-8f91-4a43-9f74-a28b378b5bdf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,2f7167e7-7156-4129-995a-9ba8d44137f2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0685d0d3-cde2-4b07-b6fe-3945c13a2d12 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a742046d-6d4b-463b-9df7-bcd6f0fb30fc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,9d8e9a28-8e47-4eec-947f-d976942029de +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,b65404b1-0497-484d-9673-c3b309667735 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,fc27e995-4420-47fb-ac12-8285600cd721 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,4df94b7d-5e0c-45ef-859d-49bb41b504dc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,65e288b3-02d3-4da7-9d67-0def6cdfa591 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,62fc6304-97b2-4ec3-9e03-458fc7430d37 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a31f3d69-43df-4399-a1f4-539f4dcad004 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,9b72bb3c-43c0-4ef1-8e99-5edc7895831d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a55ba5e3-2ab9-462a-8de3-40feae3d74c1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,3a1553be-97fa-41f0-ac90-d11ce242fb70 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f9490f51-eae1-421d-bfde-33601776509f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,c6c5f498-9bec-499a-a248-2558ab3c3789 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e1172add-34e8-4ff1-b00a-30b6c39f66c2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,83d1f4b3-c815-4a73-b408-12bd0bd900e1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,e7ff3fa5-158e-4a45-8102-9ca0053a738d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,18f9dc66-c8ad-4b60-a8dd-c1c17bd400a7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,88afba50-6045-4652-bd31-b5490a7497cd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,d7ac68df-9a55-44d9-bfb3-9699a693562b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,d70a44f9-4ff7-46fc-bce6-993533f68eb6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,994d051c-347a-4346-b448-daafcac33b14 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,5db8ffe7-1bd8-49d3-9054-5b14de360601 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,03fc0110-bd72-4596-a46b-e7f74e86b871 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5ca2c439-b9a9-401d-bac9-abb73f599a69 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,614f2dc1-8360-4cde-80b3-65c5a2c374b6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,c3212069-894a-4b71-93a5-4c26b310404e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f52405c5-2273-4cf5-ac8e-94a0f76c0473 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,add5a4f9-cff5-4135-9e13-71c69de963e6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,5802632c-363e-47db-a141-b5f6d47620b1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0afb32ad-1ff8-4684-8e7f-5ec91314c301 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a29fa1a7-2b51-4ff9-bf2c-af29f58d3ba9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a80d2bcd-eedd-4707-b694-405b8c375d15 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f6ad80bc-a657-4416-a6fb-5295ea70a4d3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,7e6c6f83-7a92-4fb7-a204-15de56fc0f3c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,928a888a-243c-4d92-9f37-e1f3b4846534 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,469b6aa1-5877-4a34-9bd3-c2385a5fa8ec +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,188a1ec3-c909-4e9b-8def-d0c80bc2f38c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,25bd0f3f-1423-41bb-820b-77fafd79c226 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,a6c2275c-093e-412b-8cd6-625350cacd76 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a309af8b-9499-47b8-ab30-7f99773f93da +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,246a3e74-55bb-496f-a470-8455f2517109 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5d2e3b0b-5b8b-4b8f-9cef-e1abeeea9218 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,2e6c0800-c16c-46c9-8e84-eab6de752e54 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,dc7d90c0-d850-4bb8-a795-e1b7bcbe1506 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,7080b13d-1840-4a1c-948d-0bd6cd4695fb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,21a61e82-91dc-47a4-8229-a730007af16a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,98b2c88a-7347-45b1-b3e5-c361e679a79b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,9d94a45b-620f-4d70-99c4-e3a698118583 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,9301420f-57fe-472e-b7f4-ff06bff75fbc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a99a540a-f9fb-4730-aed9-51c9d3fd2242 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,ebf0ec83-a9fa-43bc-bbdd-5b2455c85762 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,f3350b38-2f38-4f59-80ba-6224f086002a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,0d372226-66f1-4924-b4ee-b5c6fdfbc016 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,b920a877-af8d-4b5f-9fce-54d2400b8483 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,c90e0ad8-cbeb-4c16-a9b1-9ec68bd45ca9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,54af0c11-a352-4285-b6ff-0770df3ebf51 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,933b7812-36e2-4e5b-9e59-063c88d153cc +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,15247dd3-cd82-4f52-b44b-ee12c6444fe7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,973779da-5a03-458e-b306-93c9a79fd37c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0b0f7838-0348-4a56-946e-1bb5644db5c8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,1fa713e4-d087-4cad-9bfe-b3e5dc28ae42 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,7a486222-4499-4420-bce0-a9febb14a271 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,19b1e5a2-2e35-4d30-a07a-67afbe706781 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,ed4ac465-638b-497d-aef5-2c240000832f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,950684ee-92fc-4fdf-ad2b-eea6efd1e7f9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,c7fe2bf5-c591-45d2-87bc-97e3bda22e77 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e84b9d0f-1be8-456c-b156-f6dcfdb4082f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3111ff48-34f4-46c6-857d-bdd118ba61d6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,a603a070-99a8-4851-8369-ad44a84f74e2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,efc95db6-a6c4-436a-9b27-1413e6b2854f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,8639eaba-b05e-4fe3-82c1-238d24568b23 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,ae788f6a-79fe-4d4a-80b5-4940f1f9b96e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,1fa58ca7-d56b-420c-8763-250df35fa41d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,f5f6ef1c-32e4-4024-8d10-21989a05054e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,7c392ec2-aad3-4b58-9ba0-5383df5ff827 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2104226d-36ef-4abb-adfc-b29c08c2b923 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,fe7fc5d3-a1f1-4fb2-8d66-0b517e46f2f9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,553f28da-499d-454e-8940-1bf70fcf7ab6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,87493f66-3690-4a96-a63a-d400c11beff8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,0c9c5612-025c-4260-9d07-ae58f4caf8a2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,af89e882-bc2f-4eab-ba28-347485ddd5bb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,9a65eb69-3166-4b6e-a57e-7303212783f6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3c0684c5-c561-4cd4-8226-d1d5247c0286 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,93943228-4197-4ee5-9b34-5b8546c86a17 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,fb5b1f76-e627-40a0-abbb-c8254a9c2a4e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,5268ce46-4b0d-4021-891e-518bb296ce48 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,d5c6c572-6719-43de-a18f-8dc612f118cd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e3b0a95e-8e16-4655-a4b1-54bee31b82e7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,ff058cc8-f361-403b-8b1a-f61d0a0ddc51 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,771a04c9-c4c9-40aa-ab43-bbe97163aafd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,bd04b4b9-cd9e-47a2-b6b9-a217e6a78a3c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,04d6b047-6de2-4434-a044-d09a0c857cad +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,a418ca6b-80b0-479e-96be-bb24fa0a9a0b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,a82866f4-7265-4984-8bed-6d84d68c3d4f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,170178fb-2bde-45df-ab95-a4e0d0806688 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,e0db5ced-d6ed-4a4a-a381-c60dd5c81187 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,301c0828-c66e-4f8e-991c-defcbc701279 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,ff2326a0-afa3-40a7-8202-d4307e76a3cd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,2f2e5e07-88a7-496a-a650-f33541b20446 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,b1841125-b360-4bfe-b5d5-f7a353c020f4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,2a9c5cc7-be0c-458e-b1d1-f317e2f7ab39 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,8f26a8bf-6169-4067-b382-15123f18114b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,42e28fa5-d9b9-4984-8f38-b8775f03488b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,51314877-23ae-4fb8-ac40-d7d18ca70c8e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,37cd10b0-87b5-4b25-bce9-e0fc4d6ab7a9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2dbeac22-cc24-444f-8b13-6a75c998e5ec +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,c00fc53c-7285-43da-ad6b-faa5e76e0a25 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,c5693cc3-606a-4551-812f-6d7a040cc5b9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2e804c78-d310-4566-a5d0-ec4817642a4c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,46cb4873-4285-4ace-b8b8-bd4e814f4073 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,d5eeb13b-760d-4e88-a794-b56b53abc560 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,95f3c2d6-45b3-4b9a-a3e0-4280be1b0cd9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,399e253c-d3e2-499e-a492-1cd813923d00 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,80ce455d-28b5-4354-9429-9d9231732a41 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,3f40246e-cf91-4f8f-b36b-cd3959b0eb8a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,296112e2-b164-43e4-bd32-18c2eb0dac31 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,45faac2f-2cbe-480d-a2bd-aa1e620a2195 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,c741d507-1c2f-4282-9d58-0b66b0078e16 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,9ec4cd66-be07-4fa0-a7b5-f49ec440bbf8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,bec643a5-46dd-4b44-a687-cb2bf6c56b3d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e0782840-b2bb-410e-804b-fb026ec0bf97 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,af3409bd-5f5c-4639-b9b1-a3eda9bd55c5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,2e20104f-9c3b-4260-b8b7-f34c93e90d7d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,caa4b323-3237-4e43-bce4-24c491ec4ef1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,593b7d5b-5755-46c4-b0bb-b89665bef3c8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,192c5e6e-46f0-455a-b442-eeedddc4ab87 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,805acba6-8ca5-4ecf-a2ab-fe4e90dfc4ae +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,9ac3e6bc-b0b1-4ecb-963b-ad5f25a4452a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,4a76a261-698f-430d-9405-572230da3c90 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,a8a582af-958e-470e-a2da-1c86024123bb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,e376db45-256d-4283-adc6-9a290526eb2e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,3d0845b4-be5e-4c1a-85a2-f36bdbbc335a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,cd843eb8-a9d5-48ab-84f1-1c236bbf2f5e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3fb386ff-3bb0-4607-a425-6e0f7ef7e170 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,0862ed93-6ac2-4657-aab4-8a34493d1eb3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,c777c184-2b39-4a7a-8de9-73deb6d306b7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,34d3e7ef-2311-4ceb-bd7c-5946a5118bc9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,cb05be2e-80eb-4e0c-947c-7424aefb17d8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,71dcc4c5-af4b-4fcc-ba4d-b3d2e288bc60 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,fc715ab8-f5a2-471d-b950-9bf3f207c9a7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,054f566f-f92d-4040-b13c-d8489111a3fd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2483aa39-bf2c-4f47-8b89-6eef53935ed9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,c18f15e6-dcd6-4e0e-9f39-5d14466cd90d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,6ff40b52-3faf-4601-bc84-2fc349b99fb7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,50577f90-9cbe-4877-8cc4-8241f4d63a08 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3922ae6d-f8f5-4cfa-a62a-82ed95d44fc6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,55a736c0-3d5b-42ea-ae0d-5ae2b3d7ec86 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,f6794b30-88cb-4386-a530-432e28b04f1e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,06732a9b-8e2a-4fb6-b601-004b6d6982bd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,32db62f4-647a-4f6e-bd1c-a8dba4cf236a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,f83120e2-8a0f-49d6-8284-a97df61eb435 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,6ac4902e-20d9-4d57-a3e6-48aa1a473635 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,4ca77d5b-a0a0-48f3-a091-54a32a9c10ad +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,5a261328-f783-4c50-8652-dfdbb1541e8c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,353f9782-1e4a-416e-b4bf-b5de10ef26bd +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,9ed8701a-d710-4431-940e-52f653dbe0aa +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f3909c8b-ca82-447a-91f8-d0e592ec4b78 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,21a5a01b-01a9-486f-a43f-75b5e4dbcd68 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,21e8ad69-aa07-4c65-b43f-f4cfd552ce71 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3f51a66b-02e3-44a2-afe5-bbaab4246f79 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,4b4995bb-c818-47b5-8881-fd450da166c7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,abda7acf-506b-4435-8fb5-6e254c32b158 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,55e1cff4-e1be-4e3f-a906-2150c14c356c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,61f78b12-19e6-4558-9b34-6cc833645d1e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,43b61416-9fdd-49d7-a22f-b7c9a6a27bed +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,ceee4a6b-ffa2-432a-9f77-593ddbc8238d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,495f6cb5-288f-41bf-ae26-4f288a5135a1 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,bd518661-d112-4845-8a5e-c48ed89cb922 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,9b4b482d-94b9-4850-90f8-8c71c421c05c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,20c28ae6-6736-4a93-a859-c39c61280eec +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,dfdde3b0-0f4f-4d5e-aa77-1f1604dd3ef9 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,8aa9aff1-2ee4-42e3-8112-9f752670be0f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,a083dad6-6f2b-4a5c-bc40-8cc88384425d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,77229491-8853-4fb8-b659-dc1c191e70b4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,854bda5f-a21f-4a83-b5b3-c58aa93e9785 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,8e884db5-361a-4645-ac44-59f03bf074c0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,45f519d5-4431-4d7f-927e-35407b211f95 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f8686058-7a29-4f99-accb-ad0914f464a4 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,939f5f36-7c3c-4101-bd88-56203f1f7c70 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,c35ef5de-0a4a-41d4-9f88-a87717e27b5b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3054f077-d1ff-4bbc-bcd4-3278f905d708 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,f3d7019e-ec8b-4027-82ad-82a28a85f6f7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,8b064516-bc8d-4a40-9241-e2022c5002a1 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,eb2e155e-0d3c-4b70-b577-f9df7b726399 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,6aceedbe-4f53-404e-9bb6-59693b57ec1e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,1c60429f-51df-4842-b7b0-6df679eda773 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,e03cbc2d-65df-4038-a12f-d9f01e8bae2a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,ca609c83-f79e-4a51-b2ba-a867b1e3fe5f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,80a31818-ac21-4ab5-879f-fc6bac8ad13d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f6b2c22b-c231-4410-88df-51e91ea459d9 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,4b732894-00c3-427e-b3a3-4b0d114b85cb +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,ee10e070-d2e4-4771-bdec-a081fad45d4a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3f930fd5-ea07-4ba1-a104-0f90885502e1 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,eb253b0d-eb01-4733-b1c4-d6c7abe5935c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,9da841e2-2840-4dc0-b1ed-0affe959ff17 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3d1019ec-f5ff-4360-80cd-ddab65472eb3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,312162e9-e71a-4b1c-94c5-e90425c56f7b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,978bb37b-d7c5-41a4-ac43-4aed80cf1b7c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,97a9d828-2d46-480c-9cee-f87e72ac71ed +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,61c2ee7c-716b-4ab9-aa5a-8132061276be +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,6ac9ed7c-3d8b-4c03-bfbc-5103de7a580f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,cd4462e9-1c64-4f29-858b-165a2e1bc8e2 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,47964195-feb8-4158-a3c4-16867a41e372 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,74c3d062-ff08-4074-af88-d86763258bca +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3e25c539-7e80-4ba9-8a17-fb50d601ef16 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,34a0f730-3ab2-46d4-8414-481ebdbd6f12 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,c5878616-cc4e-4bae-b9d2-392ca511a5b8 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,02009790-328e-44f7-99ce-7aad1501ad19 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,1e11d78e-3410-4aa7-90b5-f50034160c68 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,35a1159f-abd5-4f11-97ec-7d3722fe0de8 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,eaaf79e2-1fd0-4f91-a65a-8b19174df400 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,209f3887-0439-4e97-b6f2-af61e823065e +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,7791509c-d9ea-4ab8-842e-1c86b65a9236 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,025dd80d-b06c-44b9-830a-99c853f2b4ae +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,663a2006-7ef1-4c05-8b41-d2d24289aed5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,488d99be-db0e-4724-922f-73640b6c1885 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,80342ef8-8c84-4491-bf1b-2e9a0c69600d +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,af9a5db5-95d4-450d-9e0d-d9337ca09aae +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,98aade0b-fcd4-4a22-8144-4660ec360d5d +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,7c3054c4-3434-4093-a1be-5b30aac70365 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,6531fb0f-55bd-4f17-b4a2-c3b916bf3115 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,42524eca-718b-451c-81ef-acc947d8dcb2 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,1b3f8b4f-4376-4fc3-9c03-8789f2460775 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,900d183e-eee6-4ddd-9f93-d5453d5c4978 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,d82d54a7-93c6-453c-93b8-0332192aa655 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,d871b968-9429-4c9e-8cbd-7ffc7b08ce29 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,369a61a9-aa7e-459a-8894-4d811824235d +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,a89ab419-4efc-4882-8405-9356b326ecb4 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,feef9d20-128f-4896-9a1b-5cbe7e99e2f4 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,32a834e8-53d0-4772-ab6e-e043bd6a75a5 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,ea366b47-4690-4452-b28b-a8f8d65e6b21 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,e3696c52-a455-4b47-ac47-0fdca30fcc14 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,26d21042-300c-4e32-8d93-92c0917d7aba +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,d0bed7e9-2f5a-4dbd-b858-f4f8bfbd4b23 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,71f66902-806c-494a-8525-ff43b115bd39 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,010db586-5a4b-4fd0-82c0-0f4cfebdde21 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,66ceadac-6ca2-4791-816a-c685b4e38a52 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,bd95babf-bff7-4c2e-bc99-0ebee9fc0f1c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,74076026-d14f-4dda-828f-e129bf038067 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,3781a1d8-18ed-4bca-9ec4-9d92525669ea +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,a485a3dc-fe33-48c9-8da5-47826b7a1ff9 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,d51ceb7e-e362-42f2-831a-87e4050ff368 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,20bc54f7-fd6b-421c-90c2-5c40d6fece37 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,fea33666-9927-437b-b9c7-3c9fd2113f76 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a22dd5cf-a545-4bc7-9774-14da34ebe75e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,947ae7e4-1ff5-428a-af51-6ea5038251b0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,3c225057-d32e-4ab0-bb57-f96bf9123b4f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,185137ef-046b-4a22-9ea1-534016db36d6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,fa282308-b3aa-4aa1-987f-efc791ee314d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,781273bc-25e0-42b6-b518-aba8532a042d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,3f0f10f1-dae3-4521-995c-5c30c2350479 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,f4fbb867-42ae-45c7-bf00-9ba8faa12b53 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ca501eb6-dbd0-4ec2-aaf8-2ba27f8a47ae +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a5d610af-9ca5-4875-9e30-5931edd77451 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,7bdabdfb-5222-4cbe-b964-376d48790ef3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,94f8fac6-57ff-42d6-be00-fb8768dce8d0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,ef428f0e-2b9c-4fdb-b766-677c4b4fc34f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,bf5033d5-7f2a-4576-bf87-389773832a75 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,3c6ef9a3-261d-47b8-92fa-dbfb0c8ed0ce +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,bdcb2781-fd40-4dfd-b204-385744fe4968 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,a9122ede-e9e0-4c02-ade8-81a81628bd25 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,2eff2fbd-30dc-4128-b7db-93dcb0b7b8a9 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,dfc42099-16dd-4db9-b0b6-172833e31d95 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,f49cc7f4-4715-443e-b036-979c61c3fdf0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,43b67cd9-c4fb-448b-8fd1-16b8d084a228 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,90747c46-00ce-4c99-9229-5fdeaec9fb2f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,570ad537-fe69-4004-9a0c-ff6bf5752256 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,14515cb0-df9e-4ffb-bcee-5fa5ddb484de +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,357e04b1-9986-47ac-8e1b-f32c8f911b8e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,1e69a0bb-6db8-4868-beb6-2393322ce14a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,90c4b8f6-8f15-4649-99f6-202abef0d3ce +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,91b64778-ca6b-4e86-876c-68fcd4be6a23 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,a5086bd7-a759-4dea-a6b1-c95ab27d8e68 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ae05063a-8f5e-4fc0-ac03-4e34e6b112e8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,417dac49-f2a7-4a51-afe0-4699bbb94227 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,43de42f0-895e-497c-91dc-98d964586bab +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ed0bd8ad-6dd6-485b-98db-d5788a25c85e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,614f0014-f3af-4390-9a42-a59f81e79521 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,1b45fdb9-90b6-4319-844f-cb5a251e2305 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,b9c7c184-74a2-45a4-b00b-b6b22f56e3e2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,8708276f-851f-4db0-b050-27b8e4c5d885 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,5164e5f7-06b0-4652-aad7-008bac93cd0f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,d2b40718-d945-45b4-b410-fbe3edfe4097 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a5b2d8c2-04dd-4977-a067-3faf86987363 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,80e1243f-0b3c-498e-bb5f-e59487d0ef3b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ed1a2d4a-72e6-4be1-aa4e-0b99476d90b2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,48ad0307-7d97-42eb-82ff-d79cbbbe3d92 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,2b7c3890-7fdd-46c6-8989-225b76252d5b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,fd9d8fa4-c412-4269-a2f2-fe010af71076 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,8414feb7-1afd-4f00-8d21-488540d07b93 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,2d31ba38-ec55-4fd6-81e0-69a0d50e93a1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,31343dc5-56e9-4ca9-a94a-7b10f7f04aa4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,b05d0cce-89ba-4606-b60d-8a5f1a72362c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,38779cd6-2690-4745-af08-fde027189b44 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,bff13348-2faa-4ba0-9530-9c598d124175 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,ebd2c817-7416-4bf0-aa09-1b7184f106ec +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,d634b8f4-2b2c-4524-bb19-84f207ac2d42 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,88e94493-e3ef-4283-9d33-5406f06af7b7 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,b0bb9043-0a7a-4f25-8848-ed2ca4e03ff7 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,5cef7217-a9b8-4268-934e-d5e0856f9c93 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,2677da60-ea3b-47c2-9059-97c1b016d71a +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,13858948-4a9a-43f9-bcf9-c04247920490 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,591e7d55-4001-4b6e-8b68-413af1c87cba +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,cb24949a-d877-4b95-b7f6-165cc40a3e44 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,a4885831-582c-46fa-b146-413e615467d1 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,1afb3e00-2497-4306-bdb4-b35744733b43 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,06a7840f-5c71-4c53-8c78-d83a4f4d94d3 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,9432e83b-4d22-4cf5-b89f-3f4e65635fd6 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,d99bb64f-38e1-4591-9f82-3e21d6a4db0b +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,ea51c573-54eb-4388-b602-ac279da58ddb +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,98b600a7-585d-46a2-8a2d-5ba96e764051 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,17d89030-8397-413e-9db7-32e1b8de69b9 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,0040eb6a-14de-4671-8fc5-a67c1f37580e +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,8e1ed489-0161-4976-b64b-65ec4a97e2dd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4f80fd35-57d8-4fbe-9d37-0acac11a9bd0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,6d57b815-4b81-4d47-8a1f-bf7c547406b1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,729ce022-a55f-4a50-af28-977ec36fb2ff +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,e644c24a-f97b-4e98-8634-162021105c72 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,efb786ea-289b-472b-9fbf-55d889c6dd93 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,528c3c08-d3ce-43ec-bd8e-8ebd212f070c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,443df079-49a3-4606-84c1-8bdb5554dcac +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5df4213a-ecf0-4aa9-a6f0-7ae866574ee0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,ff000609-1ca6-4dca-a71e-9da38a8243e4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,0b911cfd-0e02-4fe6-8962-b3861b8f8847 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,53ebdb0a-0b03-41db-9902-f02a7e76e7ad +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,efaeed04-2bc2-47f5-96c0-385296e2941e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,7f1b29f4-bcee-43f9-a79c-24e7f3f22f8e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,27c69fea-fde6-41d3-bb39-1b6fd0c909bd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,fb0ebb8d-3da5-4dce-aba4-36f7185042df +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c7fc34de-b42f-4f72-af4c-5570aedd6b04 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,ac5677c2-7e94-4b91-8fc0-97e5b1118483 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,8c4a7108-db7e-4802-b0cf-baa3b8658f01 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,44f45a2f-9c89-4c38-a238-295c009104ec +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,779d5ca4-1c65-4b57-8021-fa26d94a2ac1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f3152116-f0a1-488e-bc45-73a483432ab7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,22fe646c-d84a-4fbe-85fd-0321c0131d8e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,3cfa1121-619f-4123-a8af-9d86afed3be4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,1b94a954-f1a6-49f8-8cf9-4b0b6ba90d4b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4d5bf215-7312-4b41-9721-6d0e31b3c19b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,71747a74-2513-4d32-9ea4-2593b563217e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,860473ca-bc74-4475-8ea0-e6a5211f6933 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,76ba2803-443f-4342-8fdb-96a45dd3f0ba +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,a3a6fb47-5c6c-4b86-9b7d-29a978059316 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,7a8f76be-cd7c-44f7-9b02-d05c4022a50f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,a524ddf3-5a34-4193-82d8-dc1923cda70c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,536e2eb9-5780-4e69-9498-e44c18702cce +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,26861635-f327-4e5f-b9c2-c2211841bf6f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,76e7c79b-3136-4dc3-a317-b5e26cd784d9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,2783acc2-d4fe-4da6-8a6a-6b19e4e417d3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,fd9c3f05-4661-45ea-a5d3-7a6c023702c3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,9e41a6d0-031c-4401-809c-c92ebcc74b51 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,a4d46829-cade-481e-b03d-23c350cfd2a3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,c88727a6-c6e7-4903-bec8-01e338db39d6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c5f048bb-0a7d-40ea-9bfb-5e7b401a8ac5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5c3d76dd-e67f-4157-81d9-a6e06f788b3f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,17e4cbb9-f574-4e7f-9ea8-4ce98269063f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,1fa24445-9cca-4879-a97a-8ee143b3f7a9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,f5677b15-36f1-4a9d-aa17-f7d15518490d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,d9b50aad-6bd2-4365-b481-2e8481db38b8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,ae4dec1e-0889-4b19-80fa-510b70bd674d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5f182075-1030-4b07-8e88-4127cafd6dfd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,4ee4c298-1871-4b4a-a554-8cd1ae0a1ea0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,07f36690-655a-42da-8f1f-b8faea4e1c4c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,eb66d0e8-238b-42cc-a51e-6e6b8bef1f79 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,ba06b748-084a-47a0-ab62-66743e7b6a68 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,dfc0e422-e6b3-4d77-900a-5c59bbc8df1c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,653f1c61-5b11-4d8e-aebf-d5265c712375 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f6f698aa-a9d6-49e6-94d0-7344e446c154 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,dab5f88e-ea99-4095-8e3f-71fc149caa64 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,eeac2928-6cbf-4dd1-b82d-fcd5903548cc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,9feb94c3-81b1-4ba6-a9aa-bb9187045477 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,fa0df964-605e-4305-958e-2e18d4d1e284 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,73f968d0-8bf5-4ece-9450-b822b0175450 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,128f5fbd-090a-4467-993e-5c3d0e204464 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,808deb62-75bb-42e5-b04c-4b9e299a3a93 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,4c137fd7-b98d-4680-87fe-57bd8b32e9dd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,9983d83b-8eeb-4fb9-88a1-a94216de1228 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4150f69a-69cb-41ab-a53e-c157927789e6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,d06d5f88-a6f1-493b-aab4-f93797719e8c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,a070063e-be11-4513-9af3-93244a4f7fe7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c8aabaaf-1539-4648-97df-257ec71c13be +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,bdf5d971-46fc-44f5-b220-365923b59167 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,8853b951-ee28-4aa2-a8c1-8cbe12a16f98 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,66645b76-efa1-4f05-9c30-9e591674013f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,1e1a73f2-eae2-4c67-a206-dd71dc3556f9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,6f828cc1-d98f-4ac5-b81c-4ce3770a8dd9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,e543763c-6298-40ab-9ba5-b6a215e5a577 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,aee83c90-8cc2-45a3-876d-0d0f41d5da0f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,23f15a1b-8a4b-44ba-bed3-1978b808fc09 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,2fe582d4-f5fd-4347-92fc-145016c8a5de +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,68c35459-a9ab-4c56-92da-4d596356d837 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,17157633-8692-47d5-ba76-be1a458dca61 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,2c4b797c-4f6c-40c7-9a3a-1877a20ab93a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,b17c70a4-64f3-4c07-a13f-f96b9f4889fa +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,85c87ab3-d954-4eb7-baa3-ffbd7be12bc1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,b0074b74-a02a-461c-8f52-56e918aed675 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,03e76511-04ae-4a75-9a34-dd50b00ebc8c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f1b1132f-3da4-4e7e-8517-efb8afc5c5ed +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,a8735e72-a9ca-45b3-8349-5dbcaa2c97e1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,1fec5ece-6404-4fc8-ab2b-b04ea1678fd8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,5e90c4f3-2535-4bbb-8c9b-6045afe9a425 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,bbbeb331-70dd-4570-ba8b-9ec7df7c1d88 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,db339b4a-f1b0-4c61-a5f9-290af7fe7aca +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,6b7a1760-f355-4235-9ba4-ede30925a925 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,fuel_combustion_consumption,13903bbd-7e89-4bc1-99ac-41492c31f38e +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,sampling_scaled_data,4a8762dc-7724-4237-92ea-d50d9928f877 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,modeled_data,fef38de1-f84a-4820-a01b-54b159a9b4c8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,490e3cbc-d980-41cc-88c2-1540d6349eb0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,acabf258-deb6-4820-aa49-b9a0a2db87bd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,6e0d1676-810d-48e0-853d-be12ab70ebda +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,32d829ad-43a4-49e8-9a3c-80287946274e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,554bbe39-14d0-4253-a500-2a5cdc2f3717 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,26d770fa-2198-49c9-968f-291f5ba051b9 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,79c6728c-ed8f-43c7-bbe8-c1eff3744659 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,57f4c191-b3d4-4de5-ae88-565c785e08e8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,9f7ddc63-08b6-4654-bef4-0373a861db1e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,bba84fa3-17a7-41e0-839a-732965c7dce4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,4a6ad64e-2930-4a37-899e-f36aa187b571 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,e2278c96-a799-4e3a-8e7c-034edb94efa3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,df0ab44d-c174-4bd1-a0ac-a59a7f1d603b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,c49d6c96-2cbd-4f4d-9fcc-8f0e63686119 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,c8bff9cd-05ed-4516-bb40-e0fe67f678b2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,0de72209-7ed8-415e-814f-9b8e540661ae +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,dd5b9eef-64a3-4c9d-99fe-41728425ca4f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,950f79e9-3b25-43e0-8fa4-19dc848a4ace +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,8c3b2d76-edb1-4e9f-a43c-8b3fae3c972a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,e25ff6ee-ec8d-4603-bb83-f6912f03fff5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,303dc24d-5622-4732-a413-11c0b8c007d1 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,1cd36e8a-68bc-49c2-8078-c95b74040ec8 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,ab591e57-e702-42ba-a812-98b5fecc7d1f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,3c14dea7-6c56-4b80-9472-510c9f5bf61d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,32e8f249-20a3-4baa-aa61-7d0f4166c54a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,98166a7f-1f4f-4337-8318-357b90f50f11 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,f8ad43b8-4b68-442b-80d2-b74ab871b531 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,b2a21b6a-adc0-480a-9625-c8cafc2ccf3e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,8128d0e4-3811-4f2d-9203-b9412f2f2909 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,702a30ef-72dd-4883-80de-9452d67f3998 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,5c771e2a-5c51-4ec6-8d9b-db56d7739dca +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,59dc4565-eb82-4876-abf8-724fa071407e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,8dcf5176-0ddc-4c2c-a05c-551f53075414 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,47bbc8ee-324d-4dbf-9e1d-5e8ab3e2fd85 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,78d72f99-ad1e-4535-8592-1d5e337e6c63 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,0514d8eb-add5-4dc2-9ebf-ac4eb083f595 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,b0d9aaa0-e4ac-4ea0-85e7-84e508e2e366 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,6313b6dc-c566-4ed2-a9f5-1951771e8244 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,d7002b14-87bd-4051-aa7a-5da92ee73c9a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c7254bce-db58-4a41-a218-9956f8bdb365 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,0608eed8-f4f6-4ed9-833e-4bf39c38f389 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,df411ae0-f588-4ff1-9ddf-933285f2ca5c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,bfd249cd-4427-4f8b-b7b9-bc8b1fc67a99 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,9fadf53a-9724-4f21-b8e6-7ba72890faca +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,fccd2430-1e66-48a0-b2da-2a6ebdc3125c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,f8a08231-f62b-4003-b468-0072636660b7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,084323e2-643c-42ba-b6ef-9fd94d7d19a7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,3796cb22-6b5f-42e2-9e7f-6c958544ddb3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c48b8eec-d40a-4fb3-80e2-9f33e30a41f5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,a6adf1ce-0cd5-4bf7-9b3d-7ae973ddff11 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,fcb8051d-dec7-4f3b-852a-8b9a70d0c5e9 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c4a7f576-9178-4dc0-8601-b9b9431fe952 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,bd330fab-434a-4ff4-9696-2625b0a871ce +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,e648b4b6-b9ed-4ac5-8267-2a411e5376a0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,7339943a-6c85-40ee-a038-79bc7287dc57 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,faf91edb-8092-4e43-8de8-b5aa19eddb5e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,b724d925-4505-4847-86fb-805be053711e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,f0576ac7-5ee4-445b-b9ea-ac42a83ebc96 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,dd777ff4-28d0-4575-ae27-ebdd0f8189c1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,93c05fa8-8031-4b75-9e99-cf5604ee8f3e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,c7d11b80-9165-4a21-a0b3-e50050c9ac1a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,6c5fb87a-3115-4e13-83f1-32f15274694e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,ee2e7144-5d29-4402-9b4b-0a6aa17da55c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,b25d5abe-2786-427f-9061-b998110fd11c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,a2e0c4e5-6e60-4b1d-87f8-1bb4e0de02bd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,2712ebca-d4b7-44da-a3e0-04c2bc774089 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,6f3954e6-7ddc-4713-a1eb-8d90daa10ff1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,61d03751-574a-4e45-95e6-aac4cb1baa59 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,6ca95c6a-ec94-46e6-b28b-4d31b8f9d6c9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,3fc6a0c8-0a69-4c2e-b25c-3cac28867a25 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,922e2466-fd36-481f-9c4f-fbb2b03e0511 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,095a98ab-bb82-4cef-afc3-9765c56ea447 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,f5a0a636-4c31-4930-80a5-143bca23bc3a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,272a5375-f5bf-4a67-a251-752562873419 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,139e3832-ec09-451f-bfd0-b85639218f45 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,6b0431f3-7f7a-463f-99b3-b837e7673820 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,9707ebcc-6540-48e4-a313-af7814373fec +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,4a8978bb-275b-44b3-8181-b249a819d404 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,c9986020-0a3d-41e1-9cb8-b4f66facfd3f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,43da80f8-6585-464b-815d-5437ffc7d20a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,2689bb9c-0772-48ba-8066-c2a22181bb38 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,ffb61e48-72c4-434b-bc36-e8cb139eca50 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,9894d4b2-a60f-40d1-9e06-3cc243e40c9a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,e4df3f47-07d6-4306-97de-cd9c62cf14d7 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,2e8484ac-7323-49a3-81f9-839b980182a5 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,d58bfaf5-f71d-42ef-9cea-a6f830d50362 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,dceaf15e-fb71-4ce8-b3a2-7654d53ac538 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,2d03ecb1-9c3a-4e58-9351-978421684d89 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,3415a06a-ef6e-439d-bbee-7bd6e8e65f15 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,68ca4928-ea1a-442f-b0d4-6edae4ba82a9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,6d0bd8b5-434f-4a45-aa74-e69e7f83058d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,80f41782-7352-4866-901f-617b7263fa99 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,ba4345f1-a1dc-4097-a573-7c3fe02c18ed +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,82c74b92-d290-41a6-b1eb-05fedad0d4bf +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,6e27589c-5866-4db0-b60b-5ac47cc93c2b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,99dac883-f0fc-4821-8554-39692daaf37c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,93af0ad0-f8a4-41bf-8185-e8f8df683159 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,0820798f-ff29-4a81-8b37-c125b9f93143 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,bca22d39-a8c7-4fb0-b063-757bfa3dba0f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,557b22f8-b645-4e41-b657-adbdaeddb616 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,c31eee1b-954d-4745-afd1-6c0853c39788 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,243ef989-6f67-4bd9-805c-fabae43ff1f6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,4a569d14-2923-4b72-bc10-fef7462689e3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,f2c68f08-f9a6-4ebb-ba1e-341f7656793c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,48e53ca5-705e-4df0-9e3a-7be340610673 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,c51bcc45-28e3-4d60-821a-881b830d1d1e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,c25181e7-aa18-458c-a39d-83f56e1e2142 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,b784e40c-0650-45c7-82a0-a0aa31c4a33a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,f98c9ca6-9b0f-4553-a15a-91954cf9e6dd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,a79e0ac2-eadb-4d48-b710-75a735eb16f8 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,b9da3d66-641a-44f2-98aa-19bfdfdc16ed +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,4e7fe5b2-edc6-4c7a-9614-ffc52c00f26c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,8d8ba513-797b-422a-af2b-3c7381fee439 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,869bb648-2b3a-47cf-abd4-ddaa3f767427 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,b4a1057d-27f3-4247-a261-cdd74529939f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,cef92590-4f21-4076-8dbd-0442e87dd806 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,b8fdb176-974e-49c0-9db1-7c558e7a311f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,20cb0688-fce9-4a9f-a957-e5f4eef78e21 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,f70d32d2-ca69-4876-bd10-9ea4893531e6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,8d6371df-986f-4908-a5a3-ff451c5a3793 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,a85a99f6-620a-4498-ad47-e9c6d378f823 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,aed9cb9d-ead2-4037-9943-e945b6b704fc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,dec90bd1-2315-478d-a634-87610936fa87 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,b92cb71c-1155-4e9d-8754-2bfdbd630d7d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,6bec794a-beb8-476b-b141-6e3fe5565800 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,6ad41585-7086-408c-88a4-24626a2e2364 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,0ea0a31e-0a2f-4f55-8012-b71c07ea9484 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,c6d64f13-8266-417d-9690-7e3c17c63154 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,952e53cc-8628-44e6-8d52-5499a9260010 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,c407b1fc-38e9-452f-b2f4-5e827f756e82 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,77f0b020-8976-47ad-8006-4865dcf0a6ec +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,af2500e1-d293-41da-aa25-1c0080e95d5f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,259f2b35-b8d0-48f8-8193-1ab3fa94a914 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,6eff5c39-8c97-4a12-a763-038a0d037f4d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,03a0e2f2-676f-455b-8977-68ebae39649c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,965331d2-51a2-4898-b942-7878478d8797 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,d2721b48-d971-400e-89af-97811a4b3cd1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,f74c6f1b-9597-42a1-b378-03e554be6df2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,29874ef3-65e8-4040-9914-6aa305be0257 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,8eec5797-18e8-4e90-b157-cb19a7987f92 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,420745b1-32a7-4beb-b4bc-ddedd5b359cd +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,27535997-c5e7-4b8a-9c0f-abaf6ed55e25 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,97d6235f-5043-493a-aea0-e2ddbbc40ea1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,73c2248c-e334-4309-b92e-2dc72cc1390f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,a02004a3-3a12-42c6-ab47-14453b75ca53 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,78675790-834e-4748-a271-e5bce97ca295 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,b760e4c9-b148-4829-ab0a-2c6927575c4d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,f1c79cb9-427c-4596-b400-d0366b8329d4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,1b97b42c-119a-474a-9178-c3c87e11beba +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,1ba61140-53f9-46bd-96ac-1cf90b617383 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,64bb74ed-a4cf-497f-a612-4cac7680381f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,748cbcca-7a65-4acf-8328-6f6c806d0f2e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,c23aeacc-700f-4ce0-b9f3-005b8f6bcbaa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,a14a7531-fe71-4a4b-bb07-b6effc0bbc8a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,3426a511-4579-4aee-a3f4-7fc96600323a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,e8f89f41-1266-4ae6-bab9-f9ff170e0a72 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,46c3f0c4-1884-4e71-992b-9205d42d0fd2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,6f61276b-d222-4f24-a33a-d117f40e3aaf +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,b9c51a1d-5780-4b95-8934-eb9587f559be +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,18c4e796-2e6e-4257-bcfb-bac4024783f1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,a922be82-d20e-4f06-81bf-3ace259b4f70 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,1a03f256-42da-4604-99d3-8e84eccad401 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,6043e123-2c47-4d2c-80bf-222566564e8b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,3512ce45-9b0d-41cf-bc61-19d3b6befdc2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,37108ae4-7ba2-4292-b820-016eea3e4823 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,bb196a85-edcf-4c1b-a0db-f4ab236ed13f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,32fac5ce-de26-43c6-9390-a2ae1fe99b16 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,f6a1063a-7aab-473c-a66c-9fc8ac2fd5ff +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,4130b82b-d633-43a6-80e8-4ebe86db2427 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,a84c108e-f16c-4dfb-a66d-1f5ec9c274f7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,e3d389b6-0a0e-481c-a3c5-b686b40f84cb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,a08bbb51-f949-4ff6-a61a-c800c1495db3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,a8947452-4ad2-4c06-8fdd-67d3a3c36d1b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,9975119a-f598-44fa-adce-99b4947c4e7c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,3e8e1e1b-d2cf-447c-ac4d-188f3865aca0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,231874f3-f713-4ce0-b2a2-bd9d73774d45 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,d752a08d-b198-4c09-9215-0b02021953c9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,ddf0167b-2043-47e6-b645-c93d9acf2c8f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,c5d4a4d3-09c2-4d12-911a-3ab17dc69d7c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,bc340361-1b14-4fbe-ac24-6402340640ac +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,562fa848-f506-47af-9f53-99149086054b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,7cb2575c-84a6-4d6c-ac9e-b8900de01689 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,5a4603fc-426b-40ea-a3a9-363685bfe452 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,e9367a40-1b9e-4879-8b04-776bd96a2f23 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,6a554246-f79c-47df-97d9-b98f7c8c3752 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,8b2b821e-c607-4d7d-9ad4-f98ade8c131c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,cf9a0e87-207c-44f0-8100-5675bd187028 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,62dfd0f8-c2d5-4529-98fd-f24d8ccc5b4f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,4cc0917f-e04b-4b78-85a4-ea33d7194dcb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,ca1153d7-8d6f-48c0-b358-a6c5bf9ec8f6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,6b70211d-3a25-48d9-b459-12d115f3e8fa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,9e9641b7-e061-4f55-9867-c94b483d1040 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,6b99faed-ce6a-4117-898c-ed96bb24e72f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,ba1da50b-d7c2-4c61-8810-1b53d3cb94c7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,2c154b51-45fb-49dc-8cbb-c4fc6c804a40 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,eddd0680-105e-4c46-8923-78f9809b8561 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,3cf85e0f-4709-438a-9112-a41c75c877e9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,80a4030d-50a9-4b82-900f-16c8cde200d8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,d05a80f8-f13e-4350-a916-4f773575ed4a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,caa3d701-171c-4e45-88e3-e2662c368537 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,cf1dd2fe-c769-41ae-bf3e-5a9e87f73d1d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,3e63fb67-544e-43f4-9f22-d0470579617e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,4f28d5ea-98ba-43de-bde8-d532ba71df44 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,e7c95b9d-a57a-42ec-bcd7-875de5e7d2d7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,76be34e2-6359-4679-9358-558eb4140a3f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,cb1e7a32-16e2-4203-af15-f141b422b844 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,430759bd-6cac-4d5b-83df-b3382faf5bd1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,b71a5501-2692-46c1-b89b-d26c0d248e3d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,d048fcb1-38f4-4667-ac03-a945ed4cf87c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,f212b7be-443d-44df-aaac-b597abe958f8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,b24255b1-87c1-45e9-9dd7-4bccd3e805c4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,87f5ca49-594b-4738-8ae3-27fbe3142099 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,92b65178-c9f4-413d-a010-ae3127d2b25e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,30f4e6c1-6304-465c-9e8e-be8268e50623 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,edaef023-d260-443f-9fdf-06f2ab940616 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,34095a76-503b-49ce-a7be-7e66457e00ff +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,78d7320a-6a2b-4317-bdd2-4584ec8ec406 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,f499a11d-ebb4-46d1-85e9-0e54d75e8730 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,6aa30790-1c78-4226-9356-c3c3c257ff70 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,b1bc148e-336d-46bc-9a4b-e8e0190a4fc1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,f4354822-1cd2-4212-92ab-87ed2fd7209b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,ee200a80-bd60-48ff-ba04-67c0df961a1e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,563495a7-0208-4e1c-9b3a-0c94d9f65095 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,250c160c-c796-430e-8a74-0ed9fce493ed +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,89011ed3-7eed-4789-900c-96fd57d567af +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,4685d360-5dfa-418c-a6a7-a090059a5b3f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,9e8254af-39f2-4dd7-be2b-e10390d8ece3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,318e8a5b-aff1-4a80-be91-c8b535a36815 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,4f3eec78-88a3-4c3d-a1e9-14892f0464ce +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,93423b3c-8569-4afb-8ebd-3e99e9c39ccc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,dded9c37-788a-4786-8f8b-9830b476a48b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,57591437-59d5-4b9d-82f0-64c3026ae0eb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,35f074fb-7938-443d-ada6-37976021e2aa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,d68bacbd-2a18-4e93-b301-3e148f7a0044 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,b7fb05ce-2565-40fd-891c-65863592116d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,05eac17b-cb4f-4bbb-a6dd-bc8902335102 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,250197f8-a21d-4074-ab6e-8e93825cd748 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,cadfc4fe-9255-40c4-99ad-1ab1161e4c6d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,a85b7019-b9a5-4a92-95e8-ac5f854fcf85 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,8f6be1b1-8d32-4c50-a8eb-eaba713b832e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,e42e3658-1b4f-4018-b540-34f29d662f08 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,e0ec793f-5fd0-4865-9787-f504b774b1c5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,ef47c7df-9370-4b73-8d1d-96e84daacc0b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,ecb9ed8d-f98f-4cba-b911-56c98e1b0d52 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,2218b9c1-1fae-40d3-bbb9-2ed1c983bdc4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,48c44156-61ee-4270-b153-1d6397200b6c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,a46a17dc-d241-49f8-9288-5abbba971f3e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,57cdeb06-bff8-4769-9f40-cf59a4cbc14b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,1f249fea-1aaa-4801-9632-3bf8c81e1724 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,94b370d5-beaf-47b8-836a-80566e5dfce9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,9b35db6f-801c-4a08-9073-301985c4ea05 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,13d87779-b36f-46b5-8d47-b135fb16f009 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,a3b475e1-6bd4-4cdf-9853-f40e786061ec +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,5d7b13f7-290c-4238-b34a-a1b68096dcc0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,00116683-a2f6-4b98-95fd-b51e716307ab +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,c2ecf674-541e-43ba-8d28-a9bd30026c6f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,c4e900af-a0ab-47ed-aa70-80dc042607a9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,d117d599-6e54-4626-8dfd-3e4268030b47 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e57d27da-ffc2-4c8f-b72b-cf300d7ef8e9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,5c8f4f78-e650-4f61-8b02-7e90f351efd0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,fc2206d5-721b-49ee-8003-6fc8a941954e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e9197661-69d1-4d78-a403-5d4a3c45da0e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,78a0bc3e-1c4a-4b9e-911b-89b1c22ab64e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,6397e2e9-8d49-42d1-b3f8-546724e7d277 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e8dcc110-5cdd-4fd2-ae1e-3c6349fce214 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,86d4d2f3-d089-411a-bc7c-f13ac8c99c86 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,8b4ce312-a2ec-4b40-89a7-dc4363c1280f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,968d9b15-dbd4-4d82-8bda-bdaa9470e9cc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,b11003da-351b-4cc3-b651-f7c42cdad9e9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,d67cfdaf-14b5-47c6-b1fb-41feff9f8fbd +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,9786dc5e-edb3-40fa-8003-87806adf00f1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,b87ce3f6-e304-4457-be32-f63d478f0f79 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,f7607d33-6fd2-462d-a1c5-82311b68b08f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,e3ac4b19-90d3-469f-92d9-33f0d7e3e098 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,3a440d3f-af09-4431-b004-09029deeddec +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,aaa91817-c074-40ef-803e-6b3726b1c9a5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,1612ce02-4309-49d3-a801-c7a325a2e6d8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,58c7772f-6a39-4774-ac71-1bbb4732c508 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,99def8cd-2c81-4990-a94f-8719d80d2934 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,a9cac34c-a0d5-4174-af37-4d7e8b9a25a8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,2bbee8cb-5151-43ca-ab66-9059d99da2d4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,851db968-8c65-4412-afba-598300996c74 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,2805048f-e31f-4294-b922-dbd5870ab777 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,a2ae6cba-1b9d-4672-8d48-110b3f4d8096 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,30f3ae5c-b6e8-4101-81c4-fabb1f1e7739 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,eba7a0bd-75b0-4fe5-9b57-5d4394de151b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,29969148-b03a-4545-b276-c1c4aab2ffe1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,0824e5e0-dbe2-4569-ae16-151eeeb1137a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,bc2b4aee-c052-445c-98b4-d9a34f41124d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,13af1131-716e-479f-8794-32cd69d1a723 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,db71fcef-082f-4e99-a3a2-37f4fbc259b6 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,a4530032-1884-40fb-9c22-64d4c0bab9b2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,552b1ef2-f1fb-4bdc-8324-7b41ee4df991 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,f24538e7-828f-477f-bdc0-98287a1304d8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,4e9ecb4b-236f-4d12-84f7-b57179441578 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,eacfce8a-dfa3-4bb8-8114-95221f6dc911 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,dd20f9d1-1df4-438e-bba9-9ad705625c70 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,83056db8-fd47-48e3-ab6a-bda8aadcfc43 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,809f4b99-6df7-41ac-9b0b-9f465ff0e6e3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,03e0edeb-4421-4c38-90f1-0771f3ac14cb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,4ef035b4-dc54-4a6a-8de3-0a497c9200aa +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,7027fc61-ef99-4e25-9c6a-c26663b38e43 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,65d3fc75-0ec5-4557-ac36-67fb753e27ed +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,f6ae48cd-5c11-49a6-8f4f-c47f63688891 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,2ce2e276-088e-45f2-9a9c-86a6afb1d52e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,a870927d-e657-4222-a12e-b70127b5b2f9 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,057ae5b9-3b83-4871-9ace-82cf09f3c064 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,bb1d0833-957b-4048-86cc-915eb8844477 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,0f6a08a3-d1a8-4f0d-8090-9afbdef2c642 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,4fe89642-2244-46a5-9406-b14914acffef +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,72d59997-7251-4d78-9a19-e26cf33a0279 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,b3a510e3-4718-483e-94b5-59be2212da44 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,300fb53c-ffaf-41d7-b4f5-dee150d3986d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,532c5c24-bc37-4c01-b521-8659afec5c5e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,89629517-2363-4f7b-96b3-1a65446934cb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,714969dd-acd9-49e9-a3e1-1328c48275a7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,0e5d7299-a951-4da3-975b-c2e8e3e834f3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,912c4a12-4b71-41a3-9f8a-055373eb4e03 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,bd4b2da9-c841-4b27-bd5f-4e056e94ee6a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,25ce1722-6c1e-4d98-b1cd-0a79d0d4cf2e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,1c5737c5-5e3f-4613-86e1-0fcff23cff6c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,b7b9a165-1187-48ee-a62d-179368ecf6d1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,f159ced3-f01f-47f9-97cc-be6530d4a1b5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,c92eed5a-0962-4ad0-a446-e3a1a3e5b13a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,62553d80-316e-4f1e-a93d-42ad2e1257d3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,5602013e-2a11-4d14-a2b5-f9f89ed1b28f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,bb49da24-2fe2-4ea0-baca-d99f6ef9698c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,57092424-95a0-4ce7-bb26-a48d655042de +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,8f830d8d-b679-428c-bd2c-0d4d425a877c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,3d42d265-2624-4608-a729-7dddee742437 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,94f11367-32c0-4ed7-99da-003300c2e3b8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,a463e43f-f2cf-4c47-b201-bae13177f9cd +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,bf42487e-78b4-427c-b166-8815a5c06902 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,2d68bfd8-84bb-4beb-8e68-6db9ed2a3dbf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,df229220-1f7c-4592-9d3a-b5854f84d4b4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,2511463f-3a50-4a51-906d-6ed6ce1fe988 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,8bd635b7-c888-4074-9b95-db53f79b697c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,4a742458-36e6-42ec-9fb9-f7122ee48d22 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,edb6086d-94af-4ef2-8143-3e2a8659c195 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,0715a6f8-f288-4623-bd27-7fd5c05f6a96 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,ea3d55ee-0ff2-4f44-87f2-053c4e0d0eef +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,0e9e90f5-1f64-459a-847c-76da73563909 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,6dc3ef03-2bf0-4658-a6cd-7c8d194da6d6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,d93e83df-6d8d-40e0-b56d-1bde8debedd3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,17b5c6f1-b735-4ac3-a6b0-de41cf2dc134 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,6474e640-d1f0-40b8-b11b-610326f162b2 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,ef12392c-853d-4935-a958-6eba30d3f13f +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,b36bb835-4bee-4f41-9936-783909679e6c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,1d1d381f-b460-41b2-98bf-ddbaee6cafb4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,704376fc-7f3e-40b1-b5bc-1a45007b2afd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,6567645a-7b52-4f88-830f-fe8729c6ff09 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,3df7f03a-5817-4dd2-9f71-2f34fd4fcf4e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,8f2b0f32-94bf-45ce-b30f-61b7a831f347 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,3b0b0dfd-7673-4b97-85ba-aa498d4636c9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,f692526f-6cf1-45b2-b41f-d8fa823dd9e4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,867a6a87-4e5e-42bd-8e33-441c88189364 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,88a950fd-20dd-4cb1-830f-9580c67d8973 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,cb8f28a0-b88b-4adc-931d-de4283a32bde +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,c6914218-4383-4b98-afc7-b58306aca9f3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,9126eb1f-1776-482b-8b39-603821ff98bd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,1a09e3e6-6e6a-4b1a-add6-6b40f5687b13 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,60be07a6-794d-4b6e-849c-9ca28f154f86 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,ddd13b9f-cefb-4728-9305-c04ef29fee83 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,2a436891-2593-4569-9f41-3fb3ace694a9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,b9c1b346-8263-4afd-9a4f-d3284ce38efe +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,be825532-ac12-4c29-a22d-a84d467e4c97 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,3128fe9a-c1dc-4456-be90-37dc435b0e82 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,a3b61a31-b3b7-445c-9da3-8bf845b83fe5 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,f5e73bad-db43-4570-aa75-ff8cf21fdb07 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,50dfbc62-07e5-45f1-bd8d-7e18d908e14e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,c1667558-20de-4035-abd9-3d20c55f4b84 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,0866504c-eb7b-4b2b-a6d4-60f669dc4e3a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,f119a5b5-2e6a-4083-8bec-f4e39631d26d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,285be65d-b46f-4ec8-a91b-0be6c7e400d0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,3f744b5a-bc6c-4697-8ede-b31d4f4bd221 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,34fc3a13-4d28-40c8-ab2b-4a471d8c8588 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,d68e6934-9902-4e0f-b831-cec9e8f6791d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,16b7e233-8447-4945-8241-36564de171ef +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,f22e2728-1ac3-42ae-9ee4-91f919e9ec86 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,f6c4dc96-ce84-4f43-9124-c6028efd8f0b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,f65978ad-aa57-4a44-b46a-ed0b288a4924 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,0faae7fb-cc0f-4736-8177-dce17dd8e748 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,7f327749-5815-4fb5-a39f-a32b23a5c3f1 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,8b992f2b-a122-43a2-a3b0-c543cb31af60 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,bb26477d-e6d6-4f01-8076-13d8ccbc03d2 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,680ff1ab-500e-49d1-99c7-74f3a8aa0e7e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,475bbe26-e497-40b6-b3e2-5eabb132d932 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,4c2d334a-adea-40d8-8daf-a2b133ef2d41 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,8b8117df-05e0-415c-8f25-52c4b725b857 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,f57115ed-32f8-425f-9732-fb9e464cdcfc +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,57e3cea3-2d13-47de-88a5-a877a9de27f4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,87f30095-5f77-4275-8759-8f2f08a6e2b4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,91762cb2-e58f-4544-959f-2452a9e5f7d9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,021b91bf-6e11-47a2-828e-549d083d4554 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,6bf9b804-a00d-4748-b850-b7fc96e10ddf +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,eaed851b-e7e3-430d-9c36-7313a1bece55 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,00995746-19dc-4223-9748-89bf746afc9e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,6e2929a6-87cd-4a59-8b34-adfdaba8d718 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,0fff0110-76ce-4166-b4b7-e17996b3f97e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,1ab166d7-ddcf-4091-89bb-13e60ae10fc9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,1f8ecb4e-56dc-4c0d-9cc6-c32edd73594f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,475ea6d4-da9e-45c8-a08f-57a1c4cc3385 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,1e87e79f-092d-46bc-94e2-e74844596f1f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,fe270ca4-54e3-45ea-9586-2490baea2e52 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,81a8cf33-3c83-4f1e-b2de-03d18d3f9248 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,eaa628f0-38f0-47d8-b7d1-c197b49b9ff5 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,5dceb46d-5193-48d9-be43-ec29231494ad +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,4ccf749d-af6d-4b96-b72e-10200092c31b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,92764fad-65a1-4ce0-8102-b54b203b0822 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,1e19c327-5aa1-450d-915f-d44b71016686 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,376a280f-7772-4c60-86a1-b771f67c4ec8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,272446b2-f322-44ed-804b-20825f5b5fd9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,263a9d48-f0b4-4ff7-9157-8e15642133b8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,034ccef7-3830-4c7c-af81-c57f4679824a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,e3a2ed7b-f912-4a05-a087-08a017dbefc7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,49381883-7718-4697-8219-508d4d475242 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,cf27facf-6507-4af0-87f3-96be2b92aff6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,4a06d9e9-7bc6-4446-9b34-79828a07d011 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8b1f4cc4-d683-4ea2-977c-92ed0141c3a7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,ce70ccf9-8936-47e9-9c80-d6fedcc7cbb2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,9d079594-4ad9-41ad-8dd6-aa4aef60bc00 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8e642e67-634d-488f-953b-a1b756cd6b13 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,28fa934b-fea3-40d3-ab9f-7dbe2793b3fe +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,b29fabca-e631-4987-a2d6-e1a601da32a0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8f3c08e2-8141-40c3-8fa3-4adbadbd56d7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,70ac5784-5ce7-49f5-8971-f0493bb5c875 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,356edc45-0a54-4e96-96d3-e1f715832a92 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,b65517b2-204a-43a7-810b-f38bc3c1eaf7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,afe7bbe1-5231-4b25-b834-05542e14b7e6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,93cc6d51-9f3c-4e0c-8d64-6c9ca656f8e7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,77acc915-1308-40de-b802-aba3ead6bc1d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,26db9085-3305-4c58-893a-473b25c00d0f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7f79d2d5-9a3e-45e0-8bb2-09a604ee22ee +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,41b890a2-2ea7-4778-9e48-85a050f78022 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,33edb420-f109-4d48-acbc-2b6acb0cba20 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,737f76f2-c834-40b1-820c-8d3466830879 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,03073427-7ea2-469d-8b79-00731a9254e6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,6ed0a590-77ac-4d07-8225-5b1dc6a92484 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7cafb798-0adb-4060-ad4e-6e8f9e73ccae +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,bacc63a9-457e-4adb-8ed6-570f502f8aab +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,66cded11-fbdf-4f43-b210-c5f30a8777a2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7ccdf5c8-b8c5-4ae6-8526-f6f96dad0dac +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,d11d60d2-5977-4923-baf9-b709d9cda354 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,c9fd0302-e159-4c12-9d7d-9e0d4f908f73 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,082de9b7-4806-4cfb-aaf4-a67244beb6b2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,e5e3437d-823d-4e94-a35b-715946ef3922 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,bd1c030a-e338-4cef-be21-03a094f354a9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,066fd5ce-7e09-49ca-9daa-f954398e1d9a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,a2fcb878-1fd8-4f43-9962-20a187e9fac7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,b912d182-cb86-40fc-a2ca-c73200ccebe3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,388a24e9-eedf-4ff8-a7b1-922786c353e1 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,c395b04b-963a-4128-b0e5-5c136f34741f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,bc0198fe-f8fc-47da-92e2-05bd9c48491b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,e935daf0-3c1d-429b-84a3-6225a6864fbc +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,99f033f7-0581-4b13-a388-6260f7223f3a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,c65b52a0-9bf6-4312-917f-1f5b0dd63fc7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,f96b92de-de5e-41a1-b225-bd5d884b2e0b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,64a12e4f-b52d-49d2-8d68-b0c187d92f1e +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,ac9d2dcb-5d1f-4284-92ad-7d3758737a65 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,aa70e595-1601-468d-a267-fbbfabc47257 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,085dfed3-c8ad-4421-a700-a6bae96f9ea3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,c949b0c4-3e3d-41ef-bd77-6f78b53cf845 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,139e6d6d-865d-4d34-af8d-450f1a8470b5 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,d826f049-29ea-4257-8b4c-842c23b3572a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,ee6e77d5-8f73-48c7-b8da-ca0895be9562 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,ebe487ed-969e-404b-b6bc-0a3defa1fcc7 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,576aeaa4-aa8c-415a-8c98-c975498ce5c3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,971b4aec-db65-48c0-bad8-c7f69412c41d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,767190f7-56d4-4b91-bfcd-d0816a3c96f1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,7efe9f8a-b840-4228-8606-e2dd6cf930b6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,f56bf4e8-b00c-4840-bbde-6adf0eedcfc9 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d43e8711-58e0-4de5-82b4-9d0a08d62615 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,b144e936-9cd0-41b7-af72-a3fffade1dea +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5f14ce72-52b7-4ec7-b5e2-b2b6b49a8f7c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,bada2145-25d0-4ae8-902e-42aefcd85919 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,0c81c692-3df9-4f5c-ae79-6e136b45db2f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,b0cb3056-45ef-4276-b63b-40ad3438a362 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,5c228a21-2e06-4a98-a34e-a1064d51cc2e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,9c230133-d046-44a4-b485-e5028e1d7a7c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,0f142af8-3ecb-4d0f-8e3f-55f99fadfca3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d5a1ee8d-78a8-4e8d-9727-2d20182a6be8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,3e02a9c8-4d5f-4aec-92e2-6eaa114335c0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,ebde8d09-b945-4205-882d-b722d5bdfdac +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,0934eb3f-d604-40a5-8858-865b577c68f7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,c2cb3ecd-b307-4890-9c08-c7be54d4c67f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5bb7d65b-a876-4c96-998e-230307725007 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cbe12a98-4ce0-4577-8c35-623db51868e1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,c5e3dcf7-7ce9-41de-a7da-0890dfa5a473 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,ecde06d8-029b-43c2-8549-c3a39db7cc77 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,72874b1d-a195-4faf-b77f-37db7f5bee04 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,7de05b5c-6726-46b8-ab18-7671231dfb50 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,24354350-9d23-44ee-9e9f-90c6fbb1ba8f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,f53bfdc8-77cb-49b7-aa15-74922189268e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,0fedc614-1f8b-4c6f-a5d9-17e0113f3ed5 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,6eee5d89-f383-4b44-a2f2-ccb5364acdbb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,66bd85f0-6d8f-4847-8812-f89b6be71f22 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,51910689-ffd0-4d1e-a29e-3436e79f473d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,509d06ab-4a66-4b12-ab15-629037884b7e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cbaa48d9-08c8-4e30-8ea1-d564a282c546 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,6c5b633e-7889-4136-a56c-ae6d39f1d080 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,3b955d7f-f41a-48f5-98a2-186beb3c812b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cafb512b-a1a7-4c72-b6df-282fc5fa4a53 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,b860699e-7745-4be9-a76a-7235c0de7ace +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,dcc1471e-11f7-4ece-8596-d25038b2ed77 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,023e5603-5578-4fee-90dc-e9e3aff5a000 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,cc042b24-32e1-4540-bd37-388e8ff44e11 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,b2c983ad-5ffc-4331-bd1d-b5bda769c531 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,4546e2e6-3e05-4e60-84a4-d80414acf7dd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,be572f50-56b6-4f7f-8fe5-a76f216a4683 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,14fae756-f8c6-40d9-9035-f62db5cc3025 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,95462792-cc11-41d5-bc89-d130b631e93f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,d7643954-04dc-4039-bec1-209f16a275ab +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,92ca35f9-0072-4f81-80c1-061c0b9f76cb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,bf3eb442-9076-4578-a571-eddc892fbad4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,8554b5cd-d653-4364-86dd-69dbee6543bb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,5a705d5e-a06e-4995-98d4-9dc4abc31ade +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,baa70cb0-1745-416a-a58c-a22e9701e3bc +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,5fca22ea-b33f-4ac6-821e-c953abda5f47 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,9afebe2a-2dcb-4751-9f9d-b64c56a4ae0b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,508621cd-4a3f-4a45-9607-1664ade82c2e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,131bda4f-f7a9-48b1-99cf-87650420f4a3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,d58b6867-fcc9-4ab5-9644-3915ee0ad316 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,0fad3687-0feb-46cf-a360-6764b765d73e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,fc0a9892-2c93-4d7d-8d5e-b5ff55d73d6e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,7789bb1a-2255-41d5-866c-8e52cec65439 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,dca8b50b-f43e-4447-b7b1-9485e7d0f7b2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,760aca96-3fcd-4d06-b6cd-250a759f2050 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,27d68e65-b8dd-4bef-819b-ecd67669e89a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,213c5bc6-6b6b-4db4-87dc-76af7be1091a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,1774cef7-1914-408e-93b4-4a0edbd08b4e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,ee5e040d-2f48-44af-8f35-51287c55d00e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,02317dab-603a-4022-9d93-68f0a40ad6a1 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,722ad324-dfae-4c9b-bbab-b32ffe78bb31 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,693dd802-2fca-4490-8553-f3737d6ac89a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,f9eb4992-ed40-4621-9a0d-b55ce383075c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,bd319407-cc20-4c60-a956-7411d2e85835 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,aab936d3-1774-42bd-98fb-bde272a62697 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,0938471b-b44f-45f7-b59d-7fd3dc8c31dd +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,403e7f1a-36b7-4bae-9743-6cb392b6e259 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,e50f4155-eaa6-4fb8-9906-bf600d314c3b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,c404e561-b808-4eaa-b6e2-8ec6995d3ff1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,ec1e4de3-5b46-457a-a3d6-9ecde10b693f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,c61b887c-251b-4741-845c-4adcaeb33b25 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,8efdca23-5470-4855-8f70-558b84a9013e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,e96d1b7f-d1e9-4be3-9ca7-0d9664d624dc +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,0956b586-db48-4325-86f5-ade9a1b9747f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,2dd38ded-8b0f-495b-a9ea-3f7d02d52f57 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,e1deef8d-4d89-4fb2-b615-d82000babfa5 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,23442419-6765-4e33-a717-85b063528f26 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,b78b6fc2-6f15-4ad6-af2f-dd5473874569 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,7c61a0ac-bd4d-4741-bcc7-03d90974d576 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,2f531fcd-cf1d-476c-91e5-1be7f834c58b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,d7054962-98e1-49d7-90cb-5d756d125be4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,b517b130-2d84-499a-b5e3-ef8ef5bdcf2f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,6473db4b-611c-4735-a1be-d2ce73665aef +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,e211a0f8-ad29-48cd-8dd7-cc06ab5be997 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,0e2f94b4-9c90-4553-9e1e-358721e2c881 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,95431470-a5ca-41a9-8933-52816407c803 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,94135789-5945-485b-ba54-85350a859f48 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,e943b501-9175-4644-8bf0-602d94050256 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,237c4e8b-2c3b-48cc-904b-db3ec23a9588 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,2dcbe5e3-816e-4ef2-8894-102e94c1db5c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,685a2feb-2499-4045-aa20-e5276d1d7451 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,45386aae-6847-4f59-8463-3cb0aff7227b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,9e89e598-64eb-4315-976a-73b6fb4200f1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,edbf6a52-b54b-4787-97df-cfb7f768a10b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,e1c0ac4d-9175-44d6-ace2-b00e4a612f94 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,798cd738-bb92-475a-a62b-16093810445e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,46bed969-223f-4aa8-a875-3b372ec8c1bd +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,77f38972-575f-4a8e-9c6e-c5be8dc92a98 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,6b02a6ab-6e3b-4e0a-9cd0-a97846925d24 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,50ee321c-c174-45aa-98f9-31264a062f61 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,6111d639-778f-466b-b151-0842935ac14f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,a9b836ad-5e81-4d44-b659-71b69355d1ff +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,621d5da4-8487-43f8-973b-538f20532b90 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,f14c0ceb-e272-43b2-ac76-b9a5060f780e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,8ffb944c-0f88-4a24-962f-680cfd84c892 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,4bbaf6be-03c1-404f-b885-3b1d22d65f9f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,b575fb51-02d6-4903-a966-fca3839036c5 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,ee27c14e-80cc-4ae0-873c-4176c07a92a2 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,6b876f6c-9287-4fe7-84d8-56af73496223 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,98ef0304-143b-4aa8-a712-93ab20f163bf +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,a98b0edf-1e75-4dfa-8fc1-69307c306484 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,65198ab7-8be4-4477-9257-a6fabdd8b66b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,b9a9d8f8-9e16-4950-9750-82d1b29f91fb +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,6c23cde6-622f-421a-a408-6f04f55d1cad +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,73e0ec1c-5e70-4e00-95bd-a4aaf17d48ad +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,7d4f7113-7652-471e-b6de-fec621b2d83a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,02fe6bdf-a178-4675-b56b-3048601fdfff +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,3a3950b6-3770-465d-b6d4-79a4327c318a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,a966c949-f78d-4703-ae16-ace2488b1c2e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,81797570-b348-4225-aff8-cf98f9d36bf9 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,b2bbd587-17dc-4806-90ce-1a81395c154c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,be4b9075-00fa-4a51-8224-7bd69bce7de5 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,e83b1baa-1736-4d48-a9c7-d67ef99f033d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,49255236-7806-4319-860c-8e0ba4cc5e8d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,b2e2afbd-c921-488f-b6f4-5d767561bd02 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,ba9cdc89-e934-4790-8d88-c1284f626a37 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,e6abb7e1-c3ad-4905-9a0a-1f16bde5005a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,1a733006-16f8-49ba-b101-942cb084cfc3 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,4a07bf64-61ec-4939-a385-4655b94127a0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,2dea7fa8-2a88-428d-93a1-50bcdbf1d944 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,e2b642f3-10cb-4487-9e53-557ac778ded7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,d9fedc63-6149-41a1-bf0b-b77ec15f9286 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,a9a5693a-0776-4acd-917a-c194639f2f37 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,7462c9f8-dc06-45aa-aabc-8c427f6f5127 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,1c809362-c7b3-4320-9693-77501e2a9179 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,828d1928-b165-4f73-8226-fe01167a4caa +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,9a4ba535-b899-4909-9b48-7fcbc60547dd +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,2c4f11e3-2f82-4a5d-b7f8-f1df77847929 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,85e480df-a010-4b3d-be22-548a4d4ddc64 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,417fa41b-531c-4fc2-a8a9-8b263f8a01c1 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,d4a39fec-efa0-419f-a37c-b08a9f478001 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,b62fa3bc-e6b1-49a9-9a22-42f38d71c918 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,f19b7115-65a3-4777-bca5-95d3c94a9351 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,e62ef0a0-1b96-46e5-8de3-c8fdd201e27a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,68d49536-07f9-4484-b16b-f5c602898c07 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,4496d143-c385-427e-97a8-24516f7945a0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,132fb5be-0fee-492f-8a02-42b8bc71ab61 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,170ea04a-1df9-41a3-8858-6b6a3d54630c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,85644066-39dc-4230-b787-1cad216c9f25 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c6396bc6-5354-4d65-b99a-2af6cfd7f799 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,0553fddd-e2f5-4bbf-a794-07c54cfd9896 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,3cfecb93-ec08-4563-8d56-25db96bcba39 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c811d886-c659-43f1-98cb-399e37bba954 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,c0c1c363-aa7c-4f03-b409-bd3973c32174 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,a7eeaa22-001f-4999-a6ae-e15a37862019 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c7f468f3-4bf0-4218-b254-a1bf795e6a41 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,48fbb20a-6325-459d-bdeb-ac45c02db68b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,a478c6e3-d253-4ebb-bbb9-2d9a33e4f3c1 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,29b4b496-5b33-4136-af7c-c5f559ff684d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,a2a7ca5b-7a86-4092-b08c-b32263a16066 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,3152489a-72a2-4b22-a004-bbe9cea95f43 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,72316ed2-c558-4030-8ca0-3b6b670755ec +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,8be35c34-b2e8-427e-98d8-9eda5aa5f744 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,ed8dd7ae-9fe0-482a-a2a9-b04b3fac4faa +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,d354b6ec-9773-4ee0-b6e9-66fa8b923320 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,bae264d3-b126-4ae0-85f6-6a26c27f768f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,38940339-8dd5-4035-96b6-c92111abe198 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,035575a4-63f0-4131-8e46-726472dc0d11 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,324d18ab-e034-444a-a14c-a5fc47c13388 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,cfa87903-eb28-44ca-a44a-610b721fd132 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,946429ef-90d9-46e8-8536-993b710e8edd +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,6a00ae92-e9ca-4d91-9788-5745ae0e2e3c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,6d7e50ce-e8c3-4347-8bae-d0d318f9fd3e +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,48af9335-a38f-4014-b975-6e5a945f8c07 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,c1bc11db-b847-4e72-b665-05e0b2b0866f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,f924c5b2-6473-4a62-a962-1da27c7ecec1 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,ae35895b-03ba-414a-8e0c-de1644b56780 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,c54b2210-f78b-4ab5-8c15-bf3bb3c25dc0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,dc17093b-f07f-4928-ad2d-3ebf70fd0d24 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,50e5e86a-541a-4f4d-9440-e507db865728 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,151f761a-f8c4-4e78-88be-56c2b37a4c17 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,39e878e6-f40a-4308-95c8-bbb03171ddfd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,018d2877-8287-4356-b61a-36da514ec136 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,b301ebd0-5a14-4cda-ae59-8dbb234ef215 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,0ba08a87-1d42-49ce-9031-4e319482aaad +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,2428df8e-6d58-4770-8774-2b1bb65e9def +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,d2520bb9-41bb-46ff-bd91-551e32e70cda +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,fba20487-fb10-4044-90d6-2d1999aaa517 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,6dd9b619-22df-4da4-a66c-fc7979fd4060 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,3c89af6b-4fbc-45ee-9c97-0180340113eb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,6fa61ca8-6bee-491d-a3b1-71a02d6c7c4b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,1a717c84-bb61-4bc8-bd89-6d1ec7ea5ed8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,e2ac15dc-aa90-4744-8cc8-91f1ec892a61 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,28c88063-af11-441e-b1f7-d16f28628a11 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,a64b2b2d-1593-4b7c-81be-3cfaea5dd076 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,20d4b500-6f75-4d7d-aa80-edd70f8e7bff +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,3288b7b4-35c2-4151-a5ba-f0e56b57ec86 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,32115251-c428-4201-9a0a-ed07e1c45264 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,fbfddb22-3491-4d5f-8b24-05b41c57fe58 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,44b439e9-db56-4b8e-8b55-5d8d92c98ff0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,51473b25-4f76-4af3-b6d7-f6617c1ed064 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,fc795431-4622-454e-ba79-cde9b2ebcccc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,281f0d99-8b6e-4bb7-b82d-cf0c62269927 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,921c7acb-7142-4b9a-ab3b-6cff5ea0af22 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,9beee0cf-648e-46e7-a5f6-6c8429cd1b4d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,c03e10d0-1e22-4975-8d56-5158c409ea45 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,035feefa-23ee-4105-ae34-3de7aa92a1a3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,4977de0f-bd5d-415f-81bf-1148cda3661c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,c928e053-eeb1-4535-9318-060729623b72 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,a5d3e7ab-1ce2-41a3-a773-4256a321a390 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,da1d74b6-cd79-4e87-9010-98eb64491135 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,68de9d50-1399-40f7-a675-6eef25ed2bd2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,3d0c6ed7-b352-4c5e-a72b-be5047392e01 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,103fad33-e433-442d-a1f7-6e8c08d46bf2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,dab7aac7-863e-4076-8977-a7c593128f82 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,274bef82-d5e7-4cd1-911a-fbe3241a2de6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,889c552e-bb79-427b-8f48-a910a245cd7b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,2879b4ed-6572-48bd-8a95-f21eee4468aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,ada2fd02-3d64-4ef3-b079-12c9fbe3ba94 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,73af997c-f701-4e69-8a6d-3ea202e88674 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,0536fb3f-30ce-4380-89fd-5354bad4ebf3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,3836c32e-115a-44cc-ad60-d05f79953c36 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,2e7c3416-6272-403d-852a-516bf1025623 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,229e291b-aa53-4b4a-afad-d32a948fd57f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,b4560fda-fc67-4858-9a73-5a4c9e4dbf10 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,32ee490a-3974-4d5e-93c8-2ce9f6942a5f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,fb573941-d87b-4c8a-b456-1dd6731619f9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,f9cf7d78-108a-4c53-a074-f96ea8cbb4af +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,df2b4682-5d28-4f83-b128-e82536a332d9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,49d0815c-f68e-4c52-99b5-d5683cf3362e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,74b07da3-a75d-4a8c-91b6-a5567f512c90 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,e70bdf65-cd97-45ac-8b95-40ee667e8a74 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,5ed4addc-572b-4d1c-afa9-abe15056e095 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,571067a1-e568-429c-a7d3-31509b4e35c9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,a6ac24f3-2af3-4e6d-b163-3b86ef53ecd7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,d130889c-5a2a-46f8-8f91-fc461c3735ff +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,9c94aecc-cd82-4ceb-ae11-3ff8a179d863 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b7880791-c52b-416d-b242-b164ec8a9b34 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,2a4b4e17-4134-423a-824d-68e9db1a105d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,14b4569e-c035-4c6e-aa72-296884884c4e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,557132d0-6a7c-4e99-b2a6-bf444ade959a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,3481fea5-4716-4c73-9f59-39e55319f7dd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e1270b08-2598-47e4-9690-6607cedbc1e9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,d25ea4e9-67da-407a-8705-b21cfac2acab +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,73aea4c2-dd9e-4e6b-b77a-3f763a48a128 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,844718b8-22a2-46cf-a9ea-787d38e93f54 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,20fb4f24-1796-475b-a69a-fbd6194bfba9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,9946ab6a-6a10-4835-83c2-bcfb95a567b8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,98336d67-c649-4617-a370-4452ad32a64f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b351735b-5a69-4b7a-a1aa-a5a0af957406 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,52941aa0-4f1d-4ec8-8344-42c75c61ca11 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,a016c197-a7e3-4b2a-aab5-a5ea5dde31aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,fb5ee1b8-8948-4a84-8d04-987b566ddfb0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,47277d9c-4aa0-4279-877c-c35b408b64f2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,89e6bdc4-c762-49f8-b133-01cce241bd33 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,9c6f6f9c-0e53-4c9a-91c1-767946cb1c0a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,e35390eb-281b-48bc-9d23-07d7bf2f3251 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,ca7b222a-6666-4d05-ab3d-7f93eee1567c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,360da4e2-42a8-449d-96ed-e45157f388a2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,c336af7e-1c85-44e3-9c84-e25aa4828d7b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,26e9aed8-7d35-4658-97cd-1f5ab8406a6b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,3b4e238d-6a87-4abd-808c-cf31d7b9a789 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,c13ac717-622a-471a-8b09-482ded2906ba +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e139ce02-0c08-44c5-bdf6-bf2acd963113 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,4060d433-5205-4355-b472-5a7e0270bb7e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,b31bfa5a-3b82-43a6-935f-1c1dae6255ae +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,7605e921-2ebb-4a6f-a904-3d608f2e0868 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,e592452a-909d-43ae-82d2-b7aae9ca566a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,1fe3d44a-40d1-4dd3-be8a-04d07be46349 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e10ed77d-7c43-493a-b84c-0ad8c97e9f46 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,9f36f120-79ce-463d-83b3-194a3620d2db +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,800e4e56-a68a-42e8-976a-94afddbcaf0f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,fbfb7597-46a6-4a49-a796-bad1b06129b4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,f6153df1-3f01-4e9c-9df3-8e59f726b143 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,ce24892a-69e1-444a-868e-cd3240f83fbf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,d3870e2b-34d8-4d02-a5a7-8a789d6ba777 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,55e4b834-5458-4455-86f1-d8ad786bf4b3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,9c0b1a35-3dd8-4337-82e7-b6b471a8152e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,db010afc-ca0d-433b-a0ed-e8ea26f7c034 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,47ccf04b-683c-4d30-8768-aebeb93e79aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,090ffff7-cf56-42ab-a517-597190302121 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,aca316ca-f761-4f80-834d-9975c3cf3d86 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b28bf5a6-cb49-4086-b3e9-5a8e837a790f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,67caaade-7f92-47bd-961c-d011166a0526 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,ddca4696-14d0-4cc4-bbbb-cbf73199574f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,cffac861-9f3a-486f-902f-b115cae571fc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,64ed3a1e-53cb-4a3c-80f1-919e2d7560af +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,1e92aeee-55f8-45ff-ae87-48c378a4664c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,cad98901-3202-4a07-aab2-65ed38e85e54 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,4c975786-3865-4600-a3c8-29b1e2fec282 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,43f9ae67-d330-4c08-a3b7-1e0476a06c3f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,ef28a716-a017-4c11-bab6-062059fa46e4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,24042e11-c24b-4118-81b0-bf00d2a4668e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,16d4fab1-f892-43fc-abce-88e6aa5085f1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,010d0909-1e2b-44aa-8ea0-3b1a02163d39 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,6cbfd1ab-61c2-429e-9291-b2115f30d630 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,cd5d5058-6b76-4d0c-b09a-70bef16cbb8c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,8d44f00b-4891-4f73-af8a-bbef3ee47fe0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,5200e46b-3782-441c-a500-3e39f455dadb +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,d012bc44-e7d2-46e0-a1fb-36fcadf2dc5d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,85ab3c6f-acd9-4940-a7d5-230df9a8d930 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,7fecd1eb-0a1c-431d-a219-250569ca5cc7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,7e703542-96fa-4ca4-995d-f513357f5344 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,43e9915d-91f4-41e3-bec8-7e6bc8a9b9e4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,7affbdc3-33b1-4c88-8622-b19358885b8f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,a8e1f84f-ddaa-446c-a772-7bc8919e9be8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,a568de18-ab62-4b53-bedc-1e1f06f5562e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,63401599-d86a-4349-be23-b5f7ab1e4216 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,bea8cf0a-c95c-4e04-90b6-ce0c90f490e5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,aafe3493-bf5a-4dd0-b46b-d202ece38196 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,afac448a-c6cb-4d02-ab68-cb44a82a45ff +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,0b5a3967-8d47-41eb-b09b-5d743d7b14cb +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,cdeb1d7c-5828-46de-a551-c8b9dec9d1e4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,cac8ecef-8770-435d-a37e-8bfb88f2c619 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,28400a89-b778-4b9e-9c84-e98935f107b5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,397bd178-9c05-46d0-bd35-78a36691e78e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,9848ed3f-4676-4dc9-a29b-cd68ec0132c6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,d8fa0def-0eac-4866-9f6f-3ab45ec721f9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,9360dc01-d68b-43d3-827f-03a8b46c6236 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,8c798dc3-0e78-46a8-b013-d5b451c047e6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,5844dfb2-58af-4d3b-b116-6b1c85986491 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,7eec3abd-a94c-46c4-9236-204dcdd8d830 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,d1317ebc-76c9-4de9-baff-07105d8f48ef +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,e5b90d03-10a3-4670-a158-7431cd059c93 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,9aeb25d9-522f-4b90-b6e4-a5d31537a544 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,59b302f3-0a92-496b-90e8-1b949ab6c8da +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,13ca94be-19dc-47fb-a942-c895ecafb312 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,b8fa0bde-a25a-40f2-8f4c-65e560063934 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,02e0959c-020f-4f5e-99a3-01100e01e7e9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,c5ab2d08-ff49-41b4-a901-e5525c651dee +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,000a32ec-d761-4d3f-b0d2-d5996d48ff42 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,b3081ef9-2f77-450a-869a-4ee2dbc3b51c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,b589661a-2d5f-403f-ab3b-6661f221615a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,7b82fbe9-751e-4c62-bbff-449e170be205 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,6b8cb3ce-8750-4b35-a222-8b9271dba0c8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,0daca1e3-c982-41fc-bcea-b367a0a08d32 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,46076175-8159-4849-9e7e-28c4458ebd31 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,04c91fb5-4ed6-404f-933e-bf7ddc3eed93 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,b889ee59-dafd-4f1e-93ff-ea9c265805d7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,523fc7fc-d93f-48c3-a314-b27ed7fc81dd +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,c08dfa7f-6c69-45c1-8153-4f8b8e0b6e4a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,8c46d8a5-3148-42bd-b71f-5ba42ce5178a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,f48abf67-24df-4137-a54b-d9fbe62ee861 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,bd820883-9de7-40ab-bd71-4ed23f19c3f2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,44150397-a69a-4ad2-bb43-d018a4f9502d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,e5cb698e-6d3a-45d4-b043-1c9e1158d905 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,bc8721a7-284b-4818-ae43-f3fa58943789 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,f97943ec-c2d7-4720-9c03-1405086e80cc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,532d26a8-3c29-48ad-947d-67fb600da466 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,0b64408c-d3c9-47c3-a1b5-328a9bbd1b8a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,20d9d9cd-388b-48f0-9872-d5814f294f9c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,ef7f35ca-91cf-4baa-a689-e1d23b12f544 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,b5166f91-a003-4fc6-861e-f070780159f9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,edf3138a-e7fd-4593-8ebd-1872a09b9575 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,0a53607b-fa38-4f33-b922-faabb89a159c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,eb17d295-a061-4d91-8f58-ed0eebbcce3a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,9cbff887-4c3e-41f5-bf82-2de31a887d83 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,109fbe8c-a94b-4e49-ada6-8fb5b284a222 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,807502c3-6581-4476-b208-f0ae91f975f7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,969dbe3f-50fa-458f-83a3-1a974edbb2e3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,c7e7e037-f73c-473b-9b20-7db42e10f1a8 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,612c8387-0a0d-4450-96b8-6abdce08abdf +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,9eb18785-5a72-4ff4-9f1d-f0f7d2287d2b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,b8f8c3b3-cf2d-4620-a4ce-37bce34d1d61 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,d1ddc44a-ea67-4fd5-9db3-7c7a6d8f803c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,f503ff74-7696-4faa-ac46-dd86637aeaf3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,486331b0-ee63-4da5-a3f0-e056f8bf6bc9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,541315ff-223a-4d9c-bda4-80d88991d18a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,6ed098c1-066e-4aa9-9f16-fdbaaa4521c7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,9e0712ce-14cc-47e2-8d83-fd64d6899e3e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,8dd3d684-d0ee-499a-aadb-d48b415925be +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,01fb7421-05ce-438b-98be-b9f20d0d1e30 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,7d6753c2-7baa-4f41-98aa-48e9cb5cc591 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,c60809b5-493a-4ada-b4e8-2c97a1851932 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,3e493258-97d3-4d90-b84e-358b4034b7c9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,1b4cb32f-db72-490e-881b-d5e3acc85f10 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,44992471-e283-428d-a2e9-ae9592ad0d4e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,269bef11-76b5-4a5f-95fe-9aa2fa52b0c7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,417da2fd-00f8-4abc-9dd7-3ff256b4fc74 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,026163cb-8054-4272-9405-b035b5ac35ad +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,ee9e399a-01ec-41f8-9308-c57a47502292 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,c7b89007-ceb7-4b1f-abfd-24a59dc15a9e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,3e454da6-43a5-42bc-81b7-0ea1ffb4ddab +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,dcc9f5ff-8ded-4272-8e1f-2a73961cc33b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,e9b6060d-a2ff-45fb-a65b-089f382ed683 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,ef532cc8-edbf-4a96-80c4-0b5414cf4fc0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,ca2812e6-7282-4145-929b-67ad1db1096a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,ec68e2b6-3b5e-46aa-a302-1b03dfc78ad0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,77ddd861-f3c7-4ef7-9d15-c879e0a972e2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,82424c16-7097-4266-8a0f-b8c169fe0ecb +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,16abc9a4-bb4d-4c3f-8e4c-c9d76cb39722 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,7d316f08-9602-46c5-a2a9-06f2c4a00563 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,3b26f710-c67b-4aeb-a316-f115ecef0058 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,2c57c604-9a9d-4faa-99aa-d2efb45fecff +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,aa989c18-fdca-47be-91ae-5e23bf4e34dc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,8622bf7c-91af-4109-b8b5-c97dc473ab85 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,a47424d1-55b6-44d8-8bff-c2b94ece89be +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,8865f245-70d4-4eeb-bf3d-fa4f83360182 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,8abb9e89-a5d2-4e69-a8ee-d315de2f08f9 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,b2f40e9d-ffd7-4d46-9d0e-d7ccf0cc5834 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,b1534139-8bef-414c-bc0c-e01e47747907 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,29237526-eb9c-4ce1-ae00-ee07c57fcf54 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,5d7a83da-6efd-4907-869b-6eaab3ba6958 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,7f05bb57-3b45-4f43-9977-f94fa5cf5295 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,e522a755-0ba2-422f-bf65-67876747c85a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,e9385ca6-f8f6-4259-88b0-f63298725a9d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,1ffc88ce-e635-4d9a-8f2c-07bd7fd5ecd0 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,2bd1e9e8-de14-4637-a786-02dac75b5c28 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,a07734c5-43a4-4dc2-bebb-44d5dbfa02da +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,096ce050-c40a-40bc-896f-29b5f0a9b59f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,c7d635da-0e87-49c9-99c6-3e0dc19ee57a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,07dd1f6f-5697-42c9-9fe2-2842d0c26197 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,6244711b-b8d6-4af3-8737-e4d07c2c6c5c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,e19a2dca-7d37-45bf-a188-1dd69801ebad +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,3adbec9b-afa3-4db3-aecd-ed3ada902a0d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,dbb78945-e9bf-4ee1-a62c-f8b5f6b13ab4 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,b122f3de-4b1e-4727-944f-65682d67bc32 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,4da269cd-ab8f-4802-8cda-eccc7b879bdd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,fd2e6a51-8c8a-424b-88ae-ef3065d03f99 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,f9b8ebe4-fb1c-44c8-b02f-ef40b21b8e5d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,7561b49c-5ba0-41b0-a985-1429e4b8a1d9 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,a69053d1-314a-4768-a8fa-1d18e7713b66 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,84c446db-7996-4b48-8d73-f9f3054b795c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,70d2684b-52ee-4dfd-863d-fc3687e30a14 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,4ddbffa5-2d26-4eeb-a919-c067bbb83d2f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,b4ff9dca-5f3f-4bec-8d08-f6acf3cf3160 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,db3a825f-dd0d-403a-afd8-0c80fda1343f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,7604eb24-5953-41ce-9df6-52b019d3cdb3 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,211d99c4-aa1b-4664-9c07-18090ed080f3 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,6ad37c67-4b68-437b-8b27-86ccf97f0007 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,1f38495c-c7cf-491c-be94-84a827ae8707 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,0c678a2f-0470-4133-bd15-cf725db64474 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,ffed96f5-fe12-48d7-890e-35f07ad28cd0 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,98bb0cf9-e34b-4ede-83f2-f1f875235121 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,e192a30f-3b83-4e00-8720-8faf0c0b85be +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,203aae57-d89f-4859-b63c-c41b27481fe7 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,e2bf255a-ea69-4a13-a1a5-42789d1b1768 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,e7ca3cb4-893d-4603-89d7-9b93ca6a8338 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,7334d3d5-95d1-4c56-83a1-b13944835c09 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,fcda1c5e-4c9e-44cf-b8da-940fb163c096 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,745d157d-c485-421e-9624-e131b2f17ecd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,c88c64e0-709c-4848-b847-418ca2a9aeac +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,f5e8360e-603c-47c1-a826-185e46eca28f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,f2756542-5b1c-47c7-a2c1-d81c760887b8 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,a2eee764-e043-41a7-aa86-a05f2dd97755 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,7edb7609-526e-4b9c-9e44-909254a19275 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,97a2a52b-a9b0-4de6-8834-b92ced7c1a29 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,4624f058-bf20-48a8-accb-eed430231603 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,f06bfcc2-843f-46c3-88e7-613934cde094 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,8aeb908c-9a77-41c6-98bc-5fb6c14ca5c9 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,4344c369-fd0c-433e-b700-a55dc184c43d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,2b17533e-de44-456d-ab57-b3a7c2e3bcea +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,95b8b30f-0ac5-4c02-bf07-4042405ec50b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,8d5d807f-703d-49a7-8a99-b078a31c648e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,e47e15bd-6035-48e4-9faa-3cca1a3649b8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,796c5d71-918f-492d-abbc-b7780f7e9079 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,5fbb8467-55ba-488c-9171-4f1d1b4da269 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,6291b82b-8e93-4dc1-9032-b6bfe0f5d468 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,6dbdeabe-eaf3-4074-8037-96069f0097ac +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,132fc5f2-a658-4148-9662-286f5854d0fc +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,2cdc11f2-0e48-4ef3-baa4-1e09430d6e55 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,14eb43fb-7b3f-4429-8fbe-e32bf0de952a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,d4733358-e563-41d8-be10-16ac71eeb8b1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,0f3d005d-ecd1-47a8-a6cc-1bcdfccad3bb +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,1fc7124b-4212-4e81-927b-0a8c93776ab6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,bd941923-e683-436e-a24f-2872c638e179 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,fc8422b6-6ab0-4757-926e-da344f9e2546 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,85444714-afd5-4e42-96e8-da0f3357f880 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,f2f414b8-beeb-47a1-8c31-144388c44174 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,8adb7a3f-7390-4a49-81f1-60f3fbb63e2b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,4b352cb8-4c01-47e9-823c-cc14e0c072d0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,79c2ec0b-c59d-4559-94a5-bfda66a9c81d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,6e1bf280-892f-447c-942b-82ae00378f1d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,fa25202a-3af9-4880-89fc-667034bc676a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,f95d54f1-d40c-478a-aad1-ea64be382c2f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,9aaafb4a-ff15-48f1-9354-9fee1d295289 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,612fa49f-a7c0-406b-8f72-25128abf4b41 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,6815d679-4fc9-4c7c-8f61-a70bcbb9fb8f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,d197ef02-8726-42c4-8762-4e0fdc66ed28 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,bf5f2136-4b9e-4332-b443-651186031195 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,a20c71b9-457f-4c51-9227-1e82a02d9107 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,0626e446-f4ef-4e67-a413-15c8d78954dd +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,5aa0b56c-de24-4b13-b5e8-209f15a76dec +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,b364f823-a7f7-479c-958b-0f2951bce8cb +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,ac8530dd-39ca-4e0c-9f64-c7a478ab845b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,bd78b247-f695-4fde-98cc-84622f6e6a93 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,a1d61e6f-87b0-4281-a39b-04f44dd5aae6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,49c89b02-3577-435b-8e8b-29e670d504d3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,178635a6-9622-404b-af5d-764c38e48cd0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,7f86751e-c11b-4ec5-97b3-be240cec54b1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,b33fbc7e-c44e-4612-b5d9-ee4adf07ebc8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,fbf6bf28-47c3-4e96-9e60-36ff31753c1d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,f48b4542-3e0b-49e8-accb-99cab64a6222 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,78cb4cb9-a5b0-4a1a-bdc6-d285b2ec7ff3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,8e82e951-5a7d-4a6d-9a79-064258558d4b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,1cc43d1b-dd50-487c-b4ed-4a5f3ff23af9 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,66edc953-fb3c-48c0-a6f4-4df8a0844837 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,41e95340-f66e-4062-8c72-de9428f4b83d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,74c89055-06ef-4253-a261-80f7a9ed68bb +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,f1adab51-99c9-4637-853b-09e987fff2ef +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,748cae20-7f9c-4eb8-b0ec-e981b575cfdc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,784535d3-8dae-49ca-8200-1afa5f561cec +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,5e19b712-f06b-4366-b324-470267976253 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,0216fdfc-e8e7-4dea-91e1-a031fc3bb1a4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,9b002c95-167d-40f6-8b65-37aafbd44361 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,8318dbbe-fad4-4a07-9fe7-8deddcc12dca +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,b787c47d-5944-4513-a879-efe55b8786bf +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,13d7771b-9ef3-4307-8475-5ecc8ded8697 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,73ed638e-84ae-49f3-8823-77dee385aca8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,43af2dff-1c21-4ddb-a438-e88b31e96e1e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,a8fd0a20-a11a-4690-b624-f5bf5ad8d6d9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,b938e838-7ddc-46b4-bd82-d044329781a0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,ecda0d44-10b1-40d2-83eb-d50002327993 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,27aed873-72a1-4ffd-96c3-769fa7a8f08c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,4cd806b0-e4de-4d57-bfb3-6fcbe59a098a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,e9f85dc8-d5e5-4d64-8e85-50b843311638 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,2a360d75-ce15-4bdb-8df1-dbd8f572ad5c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,c26f205f-a151-4e77-9a02-2c4840be53c6 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,2b3c505c-6e14-4059-bebc-61fd530c4b9f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,a5f27d9a-b61c-4c45-be95-7d10c79c3e48 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,2d631565-ebfe-4c33-99dc-64044d5d046b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,eb11ec09-35fb-44de-851f-82cc8d12ae94 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,108867bd-361d-4215-9437-a19d1762bca5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,5c323372-4f61-42f2-8d71-f0aec22500f7 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,db9fe56c-8e19-4939-9404-71af208caf69 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,3c22ed3a-25b1-4f47-9b26-7eb349d43671 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,0a10ba1d-fabe-40de-a97d-ca6262ac4f33 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,1ce929e7-cc0d-4299-8e52-d201a9731120 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,cf3e85ff-108f-44d5-9fb8-13c56d95637e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,db28ab24-0448-49cf-bc05-787c9de10c03 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,9893c25d-3bec-4b74-ba8b-15aec0f2d8b6 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,9acb6b8a-50e6-4961-b6cc-a11a04457373 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,d6fffaf1-6024-4fcb-8ac7-21d31f59463a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,bd6a13de-3cbf-4d60-8b41-a17b260215e0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,1ec3e062-47f3-4c51-a848-dd1465613808 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,6d7db620-76e3-43b6-8065-bbe7c845c25c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,2431a23e-b41a-4af0-8ea7-c734a454b881 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,f92a3fd6-70d0-4dba-bcfa-62e9929f8d01 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,2e33e81e-5849-4f06-ba87-64ded7738776 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,c82182e8-154a-43f9-bcda-db682a58f689 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,ec3a18c6-79aa-49e9-9c3b-5ecd533ee640 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,9e62151a-143e-4534-a1a1-e4aaf98a6fa4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,601bc20c-9d65-4376-82e0-5838b2d6a2e8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,0eab8e28-9b7e-405a-af27-249362f2458f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,c9ae97d8-876b-4fe1-a7ea-a23661a975f9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,44c15474-b1db-4ebb-a49b-7304362750fa +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,c0981383-98b7-4e1c-8c9c-c5d23caed8c1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,4b4712a9-5bb6-4f7e-8d71-e1f6da1483dc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,54edc27f-7d64-4369-b9ee-3caeef653256 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,e607d3c7-3a99-4147-8246-3b3d028fc159 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,fee26dea-0a45-438c-b361-4f819214311c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,73b990e4-9204-4c0a-b742-8b139f1788b1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,ff51ebec-9d52-4fd1-8a26-f03b6e7c6011 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,59b2b21c-5075-4c92-933b-1e2e4cf520f1 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,9ac277b3-4f47-4738-8722-cafff3f6e462 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,cdb435d9-4825-4337-8277-9ba58a3feb67 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,60b7f020-f510-40c1-975c-54c0041a036f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,daf1a797-6e59-4beb-9923-759443b5f654 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,b90444cd-d261-4418-a4fc-dec2454118e5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,03dff311-4059-4200-908d-47167961f69a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,a85f6983-f030-4b3b-b9f7-d80d230c1525 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,ca0ab8aa-9423-4160-a2bd-caf4fc485dee +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,f45ab37e-004f-45fa-a81c-ac37b534b0e2 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,400e73b4-73cd-44a8-ad9d-11353c6c9bbd +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,9241ec0a-f4cd-41f8-8c4b-89fc8fe68d55 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,5d14afa6-393b-40fe-bff9-4f3075f87996 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,3cd77900-329d-4a64-a677-9b33f75cfd6c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,05531573-12ba-4ab4-b4e0-595827bc4fcd +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,92be276f-8bef-4581-b876-643dd423a0ab +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,645d132c-9531-45a1-a8c4-7f361d854008 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,b9ced913-b362-4516-9233-fd7d8f227eaa +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,6572bcdd-dc99-4574-a257-327b7ed8528e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,e81c2599-54a6-48d4-a775-ae796c6efcff +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,8fe0bf6e-bbc3-4853-805a-a97803c53661 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,5fc58d00-ca24-4c40-a403-929e2bbb326b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,9610aed9-4837-4792-84d1-6e2f6edc31c9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,ff998507-84c6-457c-b8e0-1856d7ca2d2a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,8364108e-6924-440e-9da5-e8b863ffe5d6 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,0cbf83ed-1b13-4b7c-8106-277e39756141 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,63d1712a-af2c-4fab-b391-ce5562a8e3ef +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,bd854a22-2f09-4d15-94bd-4b1dccdf3d95 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,985bf279-3ef2-4c44-bd4c-cb3d075e8347 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,5796f65e-8f3b-4ff4-8fac-0f750c18f00e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,966a2e85-bc0b-4589-abd3-7bc801a066ba +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,06acf29c-392f-4897-9eea-20d17b4ced8b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,d7ad60e6-963c-415f-b9b4-bb4221051a61 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,a4325903-91da-4a51-a064-3573ce7c4024 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,1b1af1df-aa47-47f3-a8ad-6e7383f30362 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,7f42c048-9a5e-4ea8-afb4-c495e1a7fbd9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,4d0d3434-71d2-46d8-aca7-eba47110dbed +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,e6d83ebc-6559-40a7-8971-4d2ac3aafdb2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,8d094298-b5fd-4888-96cc-37e8bd51d198 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,afb98a2b-de12-4c08-a458-2a554eb1291a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,c65c56e5-d382-49b8-a2bd-2c7f7a088225 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,e5969961-4919-451f-9b42-f34faf26d2b6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,bd24462e-5f49-48bd-bc01-a8a948c3dc5a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,c403010c-ab45-4684-adea-f4c7235b7f9d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,19469644-0504-4928-b322-d5f53faf94a6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,f72b2743-1b91-4cdc-8363-168406f834de +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,01cb1ed9-6056-4b30-89d3-bedb4e898a74 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,da5338a0-260b-462f-9aa0-293649b36dc9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,0943c751-483c-4ea3-ba00-83b139b896e3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,a66d53b4-17d0-4011-a0cc-34f2ccbb5cdc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,bc292540-049e-462a-a30f-63422e30660a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,299f2da5-eaf6-4ea9-918f-1a5ff405d362 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,7270b248-77ea-4b6c-9eb3-dcf18611a694 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,6c8bdc12-35a9-42f0-9b38-62519756823e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,a7127c77-3a08-49a4-b34a-e9b13224c7e9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,20f865d4-0dca-4941-8718-32d418a4aaa2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,7161654e-3f48-4737-b7d3-eaec26a8e2be +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,5398ec2a-dde8-4892-b06f-34a0c1f3aa45 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,c9c50544-38bb-4371-98dc-a8b05a2403fc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,8cd0377e-93e9-4bca-8f3a-4c817752ae45 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,4d14b4ca-4cbe-4aa5-bdca-0c856b81266e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,0de4a4b1-8f33-4e4f-ad25-9b190b5f6787 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,d68047a9-3ca8-4c33-a79d-cdc10e2a8f4c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,d843cf71-9d92-48a0-9ec0-761f0478af32 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,826f2082-460d-447e-814c-1b9761364216 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,d5c3dedb-c22d-4dc8-9b97-cb84e7204a4e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,4482cf3a-bc27-4161-828f-534d15a842ac +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,e4a7e23e-e919-4fac-8f47-8dc8db66a702 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,c997459d-cbca-40cb-9977-a6710453fe83 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,af5a2407-ada6-4dc8-86ba-c06a4f1d2d9e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,86df2777-3f7c-4b88-a89d-3eb614148531 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,8e9e52ae-9ead-4387-a3ae-5375053e4201 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,8858ad46-8761-4e1c-b936-3321b5681bb4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,d823ce71-c3d0-48b5-bc21-75d1381be4c5 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,a2f23345-06cb-432f-83f1-86adbcb8d22f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,a033cb8a-531b-410d-bd5c-c697aa4c4fe6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,ecf1443c-3ffb-42b8-a228-76a1e5c2ad13 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,8957e0f1-95ba-4062-81e5-cfde4f364ecb +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,8e68c493-b91a-4247-928b-ecf1a8486598 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,0b3c86e7-7418-4d31-a781-94722c915ed8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,31f56545-6833-4e9a-b7ce-2ab04783346e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,0c7e0400-9344-40f5-ac89-c0ea4feb9600 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,2502baca-9fb2-481e-8579-f14c203a7e38 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,22c90e06-3d1e-43cd-be70-fcfbd75072a0 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,bba1cc33-da47-40f5-8b74-c5ed180fc757 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,2acdaee9-3f8d-4e27-889e-eb120e939878 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,f44baab8-1468-405c-aafd-94bcadbb8a15 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,b0f46a88-3b17-4524-89b4-1010824c24d1 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,6fa191c1-10b9-489c-a296-becd4fb051ef +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,c4f2223d-211d-478e-824a-21fd7120e6a7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,2f16a426-fff0-474b-938a-4c46963d798e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,17b18d19-699f-41d4-9596-7a26ae758dc8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,8d312aa1-7fe1-4d96-8bb6-b81a30ff66a3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,768f8d92-451e-4228-a66d-e8f7e7e180a2 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,eb4d5a8e-ca39-4567-b77b-c21cd8103001 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,45488709-de41-4733-b908-a800e33df7e8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,ef453f59-b8b3-4325-a2af-a71c32a3e958 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,ca46b02c-721c-4784-8a55-507dc0bc9991 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,87d4da14-b6be-483e-9193-dca9d2b2eec8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,929edfa5-545a-4c05-9e11-8f650c728fd7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,34710731-793c-4617-afe4-1d1089c61e41 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,d8247ba8-a0c6-421e-b0fb-95a34ef6c23e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,f3bc8170-2b99-4772-9d74-cc078c8275a6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,ed19f876-e86a-48b9-855a-a255e3e99a08 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,e09470f3-789c-403b-98f9-59ca8571f236 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,a674a9ba-c4cd-4431-9ab6-c0bf307f2142 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,1562e65d-14c0-4de3-b6f0-7a397904e0e4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,6e8c9174-feb6-458d-b190-b99dfbe99b02 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,273f5370-22ba-4b99-80d8-b2fbccdbfd00 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,b1b12071-8634-4e97-8aa7-0857e54ca17a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,f741d99d-d189-4325-898b-f62c8f34b4fa +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,3adedf47-847c-431f-a3c9-27b82521f609 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,02adb248-9537-4664-be13-315715153fd5 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,f80b03f9-fd42-4389-a402-fb0e4c2960c0 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,e3f274c6-1579-4329-8f6c-20120382c380 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,e5626ab3-11fb-41bb-8331-c725ece513c3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,b062e4a9-071c-4c08-b813-e897cf9ab4fe +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,4c6d1d78-4f01-4f0c-9dc6-d182c24d4ffe +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,5cac06a4-0775-484e-9e59-5612e8f492e8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,8897f5bd-c5b0-49d0-b86a-71e564f1d501 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,0938f7f2-30c5-4c32-9362-40cda17b5495 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,8f1acb1e-eb10-461d-9620-609bd2dbc192 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,b9947a74-1fd3-4fac-92c4-54dae1e87901 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,a6798aad-3a33-4781-9551-c15ac92d5c5c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,07ca0ad2-5a3e-47be-b6f1-f9cfd900215c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,2c4ab0f4-68ae-49dc-b48a-7c52dc6fac36 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,a232ab9d-048e-414d-83e1-5b05d84e5aae +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,fuel_combustion_consumption,8242a595-cfc8-4c37-8290-2125fe61c597 +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,sampling_scaled_data,5c85bb4a-487b-4e8e-b3ba-ae5e07749fb7 +125841,"1.A.1.a.i - Electricity Generation +",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,modeled_data,5a2d3cf6-afc1-49e5-a698-e51aabaddad9 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,fuel_combustion_consumption,97344001-9270-4ecb-a515-c8005b0a8cd8 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,sampling_scaled_data,2e7552dc-4cc9-4fd3-b9f6-dc525fe25e35 +125842,"1.A.1.a.i - Electricity Generation +",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,modeled_data,e7ee2c14-73f4-480c-8f20-8f2d01cce204 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,b2d3054a-4f8b-47d7-b2fb-c7b60f797c3a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,9ac5b0cd-22a4-4091-965f-92379b898751 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,0c8595a4-8ee4-4297-96d7-7f9cbcb7c306 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,f9a80a05-62a5-468a-8a19-071fd1fecdb1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,e9e076e4-c850-4c45-a369-5bda530cf4ca +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d70d6e3f-b720-44e1-befe-051c1773a322 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,22c4f296-a4e3-46e2-9fe5-fb39aab715b1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,7a662e18-9576-436e-b21f-b94af3f2b4b0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,2f471e8b-3ceb-4de1-9f7c-b03165f06eb3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,0cfddac3-e05a-4975-8e7f-9c876b995935 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,2cf78355-cf79-40d9-9a5d-e0d09d85a80a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,f7f3d8d8-f53d-423b-894b-0027f62ef117 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,59087bbd-75c1-4f95-8a7a-fdfb2c537c75 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,b1005701-747d-485f-89ac-1ae9628837a9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,0fa877c6-740d-4cf9-900c-22207e73ae97 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,feff931f-a357-46cb-9e7c-01436e9e043c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,544057ef-5154-452a-a53c-9b790eedd776 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,cac9f1b0-f537-4409-aebc-4580519d24de +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,36218b9b-169d-4a11-be9d-ea56f4b6238c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,4b8db99f-5c2f-40ba-8cb8-09742f0f1c1e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,1107f20c-227f-44f7-91b4-64aad01b5e5d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,22705bf6-0b67-43a8-9ec3-557f23abccea +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,88314621-05d7-49c1-bf9c-c77469db722b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,21ea5dc5-baeb-4b80-a73b-6d5a2e363e1c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,226345ef-5fd8-459a-a088-0707999238d6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,fd8885d9-155c-43e5-b081-8b1028660a18 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,ce2f6e65-da4c-4e4a-9e85-68fef99f9876 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,46fe0b4f-3511-4e21-8073-2fc138f19c98 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a3121431-753d-41df-818c-9e3fee0d9f80 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,92f9ad68-1052-4440-8a13-d644bd6ad8db +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,12e0ad3e-30e8-4bf5-b032-b7cd392873be +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,5d950b0d-f1bc-4ee5-a917-f2514e35b6d0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,bc2bd4f0-05b8-44e5-b0aa-f0e075fac8ab +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,39cb325a-ba43-4e96-9c3b-2db00ab87cb0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,8efdd68a-d2b0-4565-a685-8043b5e2f088 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,027083d8-fa81-4ea8-8357-d98da754b778 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,4aa74af2-d34b-406b-9111-dccc65f9f77a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,595b5727-2e73-45b4-9c56-0508a2f515ca +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,a2b00eeb-6f8a-4371-80cd-bc3015c53ba8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,8f4607b1-7e8d-40dc-8462-0debd21a902c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,db37233c-75aa-4322-88c9-7fd3ec0ba860 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,6f42b9f7-ecc3-429a-a121-112d9981b92d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,6c2f687e-5fdd-4c37-b206-4be548f2d16a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,d7920164-b0a7-4533-b81e-d863c4a473e1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,b6f2d027-ecd4-4fb1-ac72-91721fb4e3b7 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,7e2cb3d5-ee25-43bf-b9c6-75a700916333 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,ede716f3-ebcd-4e9b-8d29-e874256aaecf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,eaaddf39-f696-437d-84f2-86d2c70aa32d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,dc10a0cb-60da-46be-a529-aaa7a438466b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,004c1636-9552-4a94-aa20-334f035eb4bf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,bc5ab051-b727-49f0-9f57-d1108f7e3ef2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,3c48a8fc-418e-4691-ad35-89742ad8a5c9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,938e0671-5f9a-4690-bd9f-14234313b9bb +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,3a076c7e-1f58-48ad-8989-00bb4c7bd775 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,0e68cb47-1390-403a-a4e5-6049bdb88d5e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,64195b25-4f3d-4401-b44c-e2d311ca1843 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,a175a3f6-50a9-4d4b-927d-73f46658f346 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f049c530-ba65-4de2-b87a-a41afeb9428a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,6727de76-ab75-4224-90f3-a892462c58de +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,b20232ab-b3c9-4145-8c09-f333e2158baa +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,e530c26a-0713-43e7-bb27-a85289fee5dd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,2f541df0-7497-409d-9544-c972985340f9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,fa6f935d-b2d8-46e8-a4ba-54c1fc8a7ce0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,538e9dd0-9c29-475d-9533-5d730f10a425 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,0b6b8aa0-050c-40c0-bc41-d3867cfc60b4 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,dff4bf4b-8396-48cc-8f9b-a203b67c11e5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,6fe92877-6575-49a7-9970-d11c24158483 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,79c54514-71e1-495a-84e1-264b9b6bc943 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,3448c318-2253-45fd-9a7c-35be89e0636a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,5175188d-5b07-4cab-be7b-d5a9a05818e4 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,48333b48-cda6-4232-a36c-de44768b476f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,6b25ce2b-2ba9-4c06-9338-a262e83a06f5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,b496aeab-5c15-4a3b-be01-076542303870 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,fdf5c035-be81-4db3-8f1d-f5370a9e9858 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,9192bd4d-1761-40f2-bf6e-7cdcff6b0ea2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,7cfbd69f-7291-4d94-bba5-5f94e36b4dc5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,c9acb0c9-4b7c-463b-aabd-1e53aa591f43 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,0c2c44c7-a072-4848-8122-be334af1500a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,bd27a2d7-3cf9-4768-accb-76d3fb033106 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,66ee183f-5dd6-4a53-9178-89d8df5eb581 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,e10a8443-4c25-4bd0-92a2-0b2f36ead9b3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,85d4e9b5-399c-45ca-b762-ecdb22a5410f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,56240c5f-9a3f-43d8-ab8e-27c92bd7c3a2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,6255b9d0-90ec-4bd2-85e9-15e63a1ad0ab +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,f2cbef52-e014-4111-b3fd-74d2b5cde686 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,a37d8148-a9c5-4a89-bee2-cbad433b4501 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,d0755004-e5e5-4116-bb18-28704e95533b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,ed531303-474b-4c18-a1cb-c003c4301b66 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,ebd86809-8da6-4214-aac8-ae5912764279 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,f5508a2e-700b-493c-a49e-2ed1cb93f310 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,0a1c657c-3b7f-4abc-8900-3d7a90b10097 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,83c41530-3605-4a01-b0f1-80a9ca00a73d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,eede98a9-bc7b-4ff2-b7f2-76e4be140a76 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,9abb6bfe-8278-4ba5-8bb0-29be3c73619c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,08081e2c-dc03-4bfc-bf1c-42f94066724b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,f752a996-5bb2-4303-b3b6-97d503423e2c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,0b7d8f7d-71f1-4860-b0c8-926420d348a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,6fa2cb5f-e0e0-4c75-83d5-27fa5f059d48 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,26e3b81f-a905-4d6c-aa96-712ab312f408 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,6f7be35c-b545-41a4-affb-971d7d584fe7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,4765678f-84b8-4dfc-8fc3-516c86b769da +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,876b407a-dee6-49e6-b7e3-7f3cd6d94731 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,c5cdb0e8-3f92-49ae-b4f3-2d985750d44b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,0b232e5a-dc0b-4214-b59e-438d6d1eb318 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,68f843c0-1c47-44cc-9a82-26235ebc1da5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,3e7c1004-8fd6-4836-94fd-78ce7976ac70 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,bacc8634-d315-4cba-8a1f-c38273713d68 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,d50622d0-26de-435d-ab02-e1822b461ec5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,08add260-c7d5-45ff-97ee-57a2f5d59e96 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,ac8228a3-8a73-435b-9b50-79c8ca04134d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,b0bf5a97-cdd7-4ad9-9cd6-d8b7fdd1ec9a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,1396a92a-bf8a-4a6b-88b2-3c2b13060685 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,794c7ac3-b4f0-46df-9c2e-1a2844b8b799 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,7eb684e3-bea3-4e7b-b22e-ec71da135cbd +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,bd63230a-5c09-4253-82d3-cf9fa673e4f9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,25833262-610b-4702-bd5b-1a513d702600 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,5f782777-3266-43a3-9b38-6647a399bc28 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,59a6fed7-d493-4b6c-8b17-0b5221c7fcc2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,ffc02783-9684-4c69-a140-1030eda0bcea +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,d419abb8-cdfd-4cfd-982b-6290d7b53f50 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,3681d350-48b7-4249-934d-41c52e39fac5 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,f88754fe-b893-43ee-a1d7-477e4c8cc7da +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,7e788000-50d6-44cb-acd2-9e1d2106b0dd +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,31571e84-1d55-4dc7-aa72-af03783d3f32 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,b7dfb36f-097a-42e2-96d6-1109fe1ba17b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,13f8d9f5-084e-425f-8488-378191b01e60 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,e7d40744-55c5-4439-8b75-4c6fec26d87f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,fb05349d-f21e-4428-8078-2e020aa8fb86 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,8836a9aa-6f6e-46ea-9828-87ae859fe042 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,547e211c-968e-46ef-8303-c557a9dfbd59 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,1af9dd5d-686b-40b0-b3c7-cebba0d9c87a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,7c60db1a-f96d-42a4-8c4e-272b4894fc4d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,f421fbcf-2634-4362-a25a-87e28d01c2c2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,af43e686-772d-4c0f-b376-1f135d81c03b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,e9b78ce3-28cf-4907-9fcb-73efae8c62fd +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,66b587d7-2f31-47e3-b275-c85650bb272f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,499bffdf-9092-42d4-bde9-f0707288e1a3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,eb360edf-502d-4297-9ce4-f11be3a38b82 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,adbee5b4-f402-41bc-bd6f-c21dd1e25ecf +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,02a0cd3a-db83-472e-887d-b5263953c4f7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,03b88a31-22ae-4356-bb67-8656e2419efc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,8ffb6826-68f4-40da-9ff8-96e322f0b153 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,0ed2ed8f-7d2d-4c59-8912-b3e25e2091a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,7d7353ed-437b-4650-bcc7-679f96242c75 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,49ce08ea-ee58-43ad-8c4a-91bd6e0070f1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,b3427fef-dc89-4edc-82f1-69ed23ea8ce4 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,d93c5c7a-5810-4c27-81a1-d0901dd0364c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,2d13ef66-7c7b-4575-8363-2d2afe1cfe44 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,4d8c0d8e-0cad-47d0-b9bf-b5d43028cc27 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,f3b75be3-27ec-4a64-b6f5-f4e6803d9ba9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,1ab6334a-af23-455a-829f-fd3ebed04466 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,8be8e89f-e538-4b95-871f-aa3a4ec2c69f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,b127f01b-dd5b-4b6a-9e47-8634ccf5fb5b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,8847dd3e-1e59-4c9b-8711-087a65f4c380 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,74998911-2c0d-421d-9bb6-ec9013c76329 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,73585fdc-816a-4783-b17c-4803269ae052 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,7137c823-6c7a-4faa-b692-db42103c2d68 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,9360888a-6ab5-4f8c-a673-081bcd7cca13 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,f4fb248f-d620-4e2a-8352-5ad50395123c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,6027355b-04df-4612-908a-6db988d3e41c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,50d8f0c3-d76b-4f4f-8192-735398ad6c08 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,bb359327-2a51-4394-bfd5-e8fcc9172f57 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,d22b4018-dde2-4979-97f6-301a5d9a49be +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,94508e6e-76c8-487c-8652-fe32eb914047 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,686d4cd1-84f6-4dc8-87f0-7bf282e5f98c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,2bb49454-0d43-47ac-8908-96396f77e208 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,c349a072-2153-47e3-9796-5461331f8938 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,21a7c9dd-5b68-4eb9-bdc1-a12fc6e66241 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,5baec719-e7fa-4a47-bbfc-0e0d76b3c810 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,dadae4ca-12c6-4dc1-8579-5554048a30c0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,dc4d6432-a273-40c4-8a66-227e63ef0e99 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,58881111-b419-4a4d-9245-334f6bd8cbb3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,d77b350c-6c41-49e4-a7e4-a3c680a869b6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,b1a90a80-26fb-4d5f-8cd9-74e7d5255b17 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,848a780e-ba5d-44a9-a9aa-8e795145ab7e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,2f76808d-07b6-4469-871f-d797d1cdf8f7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,ad5c381c-f4ac-4cba-9d70-f6ea5d88725b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,8271a042-347e-4793-b6b8-a9325f423728 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,cfb1d5f8-5909-4282-9068-b5c3aad0f87f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,270a0b26-65ef-44b3-8ed8-201c417df775 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,3bb8b053-f336-402e-8537-96a0bd25cc04 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,5a540e98-6fca-41be-8e88-b4c74cbab00a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,30470f35-1f04-4dbd-b05e-0c773485c9ed +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,8841fcb4-368a-4722-83db-bc05a1ebb466 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,5d2538a5-03b4-4cc2-8aa6-b04ebd068e3a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d46ce1cf-1282-4b25-875d-4c85653697c0 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,df61a533-8eca-47bb-970c-01e178071b7f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,32630813-43ae-4875-be52-b9b2af64ddd0 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,ec953561-c2b3-45d3-8cd9-bdcc58d16ce9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,c6612172-b246-4c42-8b53-14f19cb83885 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,7c2d1043-0510-4bc8-bd6d-463b7c6688a6 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,297ccf5c-2e39-48eb-849f-c2173fdec346 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,6f32d0ff-1a20-401f-b3a7-1b9374ff05b0 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,686f225d-cbb2-43ad-9701-c4240f57d091 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,dfa8f2c1-80a8-4392-94a9-0676186fc3b1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,a5be72fd-8302-4162-a813-8cc718b0c9d3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,80ba38a4-9497-4e0f-9f4b-bc715d2b6ec3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d6e36d35-eee8-49b6-9c9a-85c7e4e45c44 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,8ac560b6-76fe-47d4-89a7-8027396af5f5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,cb825db1-0134-417f-a43f-cf5982a4f33d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,6e9a71d5-ded4-4109-bc28-8ac6ba1d329e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,234d4f0e-4920-4e37-b5a2-41811ad9293b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a59c48e8-56d4-4586-9be8-e079aa8d16a4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,dd03b871-3fb9-46db-b8cd-577c4e09d10d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,1db0503c-3c52-4111-bc33-f76a6cf69e79 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,4e861a98-5abb-4a11-9d01-1112c75b1a07 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,e354ac31-aafe-469b-845c-619d5450e324 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,8bb45ebd-65c3-46e0-b89f-b205c4aefca7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a7283b59-214c-42b6-a610-ee64e9cc8065 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,710c9ba6-68d9-4adb-9016-de0d29af16e2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,b42bbdc3-936c-4ada-ba5b-b73dfd7dfe59 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,7e27625c-ec42-43bf-9f65-d9e905053995 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,2ae40105-40a8-4e35-9214-97ac38028129 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,d2659c3f-6261-48e7-912c-6d823d048da5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,e4794ed9-8426-4344-a239-f593bc463c08 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,fde4f200-6d20-452c-a483-299981e57369 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,b9a21b34-1153-485c-b739-7673b5d58b63 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,e325a1f3-d66b-433d-8e8e-0beaf3c5e45e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,6c1a4e6e-5e46-4851-bd42-feffdbe44b8e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,689d1f81-9912-4a8f-b524-f3ea25a8b552 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,cc95e8ad-8f03-4007-9f36-12021daace4e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,49264cdf-fd57-450d-94b7-3d8cd2bcdf13 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,c23c06fc-8bfe-4189-a795-01e43f177d57 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,1ed5e50d-ed3f-4a54-8d44-a3be0bb28411 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,22e3f9fd-bdf9-494f-806c-7bc587efee74 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,09eb5af7-47b5-473e-a314-3380b9b9030e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,f983fff6-21df-4ae0-be66-efcdf005e3cd +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,5af7ee86-5a08-421b-8a31-8deb467c9667 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,e2bff4c5-8c85-411c-9df3-5e61a4f9569b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,618b67c9-4eb3-4cda-8fc2-a18439f18e72 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,4b3d72af-19da-4448-bea4-0c1458a701bb +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,dc53e173-0b6d-4767-ad19-05e096eab91e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,6c95f2c7-e46f-4ed3-ab31-443af8ebba5d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,1b30d057-3bf4-4a19-86af-0859171f978c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,a20d7baa-6b3d-495e-a375-b3fa576757f5 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,dfa09a86-1b7f-4109-8709-1211a3186315 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,8e1c0d99-5e35-4b29-a044-58bca6fd815f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,4d21f44e-9bcf-4967-ae64-e6a5fa6e9937 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,7f2b9d50-4d39-4228-af8f-3b8dea122ebd +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,411234e2-7054-4ed3-ae48-4e5ab19fa349 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f56a6706-cfa4-4cbd-9410-5347c9b9c682 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,fe8ee1a8-60dc-46d0-815a-18053972e3f1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,a2c2f532-365a-4f0e-9384-ebdab233aa4c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f9fed204-0480-4769-bd02-d8653ed016a7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,6b0228ae-e46d-4c66-9b5f-56fe58e11fe2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,0d848257-dfc6-4bc1-896b-a83a79fc13b7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,aa6bbabb-a513-4693-b801-bc22130a94b3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,11b086e4-a070-48bd-8d85-2f64c812806e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,c9f368fa-5869-425f-af85-b9f2bbf8b442 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,1627262d-6166-448b-8be5-d87a6fae88f1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,a5ee1be6-90b7-4eb5-ad3c-f1700d4f7ce1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,1a3c4cbb-c076-4ade-9898-b6a9104be39b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,59347f89-7ecd-4f39-8a58-31736f18c7ae +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,33e634e2-35b6-407c-ade6-2335c0f061d8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,ad6521a7-97cc-4924-bad4-b32618b53d82 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,19304c23-1e2d-4c04-a453-9845b3987019 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,379f7c34-93f2-404f-8026-7bd294737704 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,fcb3e0e7-1187-46c2-8cdf-e22d9f782270 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,ddfd6a97-df78-4147-8319-df1c0b6aff61 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,5c820563-7ffb-4cb8-8a24-fdb162c5f9c7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,08fcf72d-af87-40e6-a588-41b0e1644197 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,d2dee2bc-25e0-4525-8943-91740a7b3840 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,aae906c9-59ab-4ad0-b44e-d053d9384497 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,679b8812-f873-4570-94e4-59a1bcb0b7ce +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,46681f23-6915-4bb9-a6de-29eb53e4bdb7 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,aa06a67f-0581-42f2-b223-6207a9afaf05 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,7d7fce7b-9f60-4228-9536-253fb8203608 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,7d1c7908-32bc-4e08-b309-d047dfd1b89c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,0d8d1516-dfa5-4c74-9558-a0c811a8b40b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,fb01f69f-00cb-42e0-b70d-2ff537503749 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,10f1568b-d31a-4ec9-84d6-2aeba238235b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,b7ef5045-e3e5-4776-b186-6cc50c45254f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,447d94d9-a7ef-41df-8dd5-460cc42f39b6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,cbd21c53-9cb6-4bae-9717-93a0d8ca71cd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,5f8637c1-f90c-42c9-bc03-8d43a12c0c32 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,3943ef44-1241-4327-a055-f5ddec249122 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,b7f892e6-78d3-48ea-b0c8-e1cbe340d431 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,9ba0b41a-0dbe-4d01-a390-fd46be883061 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,13835ee5-2ada-4b26-81d1-d7d3fb6e14ae +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,92a7a523-a9ac-4479-a9a5-dd9febf6e0ba +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,bfa32928-783b-42b3-b60f-e1c62a928515 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,fe5f3ecc-f1e2-4631-9dc8-752cd4485d5d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,75fd226c-3027-479c-a7e0-cac6c85747c0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,8f85f882-3191-4895-bda4-1d20005dea4d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,b86006e3-96b8-44cf-ab9e-a9efeea37054 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,5433a16d-d550-43ff-af63-e1433ea7e1bf +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,1148a9bd-d7ad-4f71-9ef3-f856e44ebf8b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,02bdd903-0bea-4552-b63b-e40f1898eece +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,d5d0fb37-ae12-4f40-a19b-34246d931778 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,839116c9-50c3-4ef9-8a4f-31f03273120d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,6d3d75ea-0ba5-4bfc-b491-881360c7868d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a3767dce-64ae-4cf6-aae6-96ff1c88abe9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,b2c40564-2b64-4862-b315-4922178f9135 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,8f60bcef-724b-4c05-9aa1-610bffd9f183 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,2169f1f2-e8b7-4bcf-a969-2e905e287d95 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a901ba11-1935-469e-bd86-72291b8da151 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,bc8adef9-e61e-48c7-b40b-42331038bc41 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,5102b278-70ae-42d2-b79d-06004ed16039 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,8416de3b-cf96-437a-a536-1aa3879dddae +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,fcde6fdc-89cd-45e9-9836-a65286939e01 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,e666a285-1ebf-42d8-877d-3a020e717167 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,f68fb1be-9566-4368-b076-501f8bbe4767 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,835c8087-fb1d-47ab-b49c-dcc6f020875d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,fbb01099-a21a-4236-b56b-2a314cd98624 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,01b52e82-96c2-4447-ac7a-7502960b7dd3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,3d3f0875-ccf9-4bbf-8375-9dde410ef774 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,0fcf7f16-6a9d-4a30-b911-515f7da3b22e +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,fc4a2528-17a6-4e4f-a177-bf6841a3afa0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,c6fd9de9-e0c6-4de5-b254-c548acadff7f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,7fb789e5-0e6b-4940-bb6d-27de13a7c653 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,ac771948-b348-465b-ae50-0ac317924dd6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,1bd53779-c90e-4cf1-8a42-94a2d4e86ace +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,17fe7a41-fd5a-468e-ba9d-3a72ef4c3538 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,429e8825-6949-4928-a13f-1b65a3696f4b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,f22cff6d-2760-468b-81c5-bf83b063150b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,3ed96311-71b7-46e5-b696-d9eebb3d6c51 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,1fb66163-986c-4e2b-8bd9-19ba20bf4e05 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,6e103a36-203c-4b68-8f85-9c66f842dd06 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,9b1534c4-cbb8-4f65-a23c-8edbbbc623af +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,217ac42f-d0a7-4167-95ae-2ab6de3331d6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,94c025d4-cfc5-49e0-b4af-c57d7f4777ce +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,cee529e8-ba23-4664-a429-bf88b7b19604 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,e5f77481-0db2-4fc2-a6f7-c8346cd6f931 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,7992c39b-b2b6-451a-9719-118e63362f19 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,5f8a12bb-8398-4799-9a72-e4eecf83cb9c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,27f07599-17ca-42f0-a248-0bb7e02bd258 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,fbfd2cc8-f227-4506-8754-132b0b40ec1c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,e83e5d9f-2476-41ba-94d9-29158b81ff51 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,477d6e84-90ae-4d7c-8fc8-a807eb94efd7 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,73843800-7746-46ab-92bd-53f2ed1a7cde +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,61562e27-059b-4f1e-84ef-bd275fa11a0d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,c37b1160-329b-4d2e-a5e1-f379e8385765 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,8d55e3c8-57bd-4d9e-9d1b-b479f6a8dd39 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,8a2f91a4-bd95-4592-85d0-2ea5c8165dfb +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,893f6666-624d-4c6b-8d95-da22763f11c8 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,ffd2b01c-2628-4eb4-8500-a37d2bc59403 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,60668f3a-ade3-4da5-b64a-8078f9bf732f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,3c946145-7b05-400e-9355-e44ea1ed0385 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,0e0dbd58-2b62-4658-89f8-e5402ef8b499 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,40bd0341-da49-4a9a-aee8-1d6f23c32977 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,b32cf478-d62c-401e-a120-fb6ead3e69b5 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,ea690bb3-cd5b-44c7-88f5-c0972e6652b8 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,fddce2ab-4854-4288-979d-b90861a5f863 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,e0c778f7-7306-46e2-a1a5-bb3ccda44359 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,2b3a948e-8263-4a5f-a9e1-f7e66c96cc10 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,501ad9c1-3b90-4052-945a-c83296ab83ba +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,e9bececb-ec1a-4fc6-9068-729530e3d3eb +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,27142889-9ae3-4a5c-902f-c8a56b620a77 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,4502e87d-a501-450a-bbdb-6da07bf96d85 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,c32674e9-9638-41f8-92b2-5bbe4a0333dc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,80b0a545-6b43-4afb-ab8c-c2e153f89ff3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,273d87b0-d558-45b7-a351-ec2e61a8ef01 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0647f620-39ae-42ff-882b-92853be1eea1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,6cbf5cb5-0140-4c8d-a2cc-04bc84c63f30 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,5d55329f-1521-43b3-be8c-a1e63fa7c4a9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,d88b23cb-5651-4942-ae40-2716c8d4cf70 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,ed3e9f32-9855-4f07-b88a-7fe6a5ac779b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,52abcee1-f162-44a3-b658-931ecb81fa40 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,d4756ecf-4a30-4f96-b140-6eb89d45dd9b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,799c4d9e-886b-4992-8bde-5241f726d406 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,d000adf9-0974-4380-8d07-d2fa2a162514 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,5b8d5385-4360-46eb-9def-005ae6bed81a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,bc77859d-c184-4429-892d-d5d8df3b9a08 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,ef2adc89-e49c-4aa3-875d-6fc1732b6809 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,574f9aca-3dba-48dd-832b-875e2ee85236 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,74f7abcd-c772-4738-bd04-2eea5372754c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,852fc013-fc22-4124-af70-a30faa8aafb2 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,aa535ab4-4d4c-4fe5-93ba-53f027d4ebba +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,944086c0-d507-495a-b93d-c23233e76656 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,4dde392a-8a08-45a6-8927-166e63a6bdd1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,2f120a16-fe4c-487b-9954-e000a004b8e5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,00254155-db67-4a8a-ae64-f7b12c2810e4 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,4c0eb0be-c78d-42ea-b9ac-b2e7b7aadc76 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,cd68467e-77d5-4e2f-9d17-90afed043c69 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,9babace1-6385-4be7-8d02-928ed26a5f43 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,1fcaf973-60b5-4436-b354-6ab2826b3416 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,39167e84-603a-49bb-b1d7-d118a0d46ccf +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,1f41f4b8-74bc-4700-b2d0-f78954c18c3f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,748aa118-5038-4cef-b8a6-67b737f12f3e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,13129517-3691-4d04-a74e-1c79ba8b4bd5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,88c2c1b5-8e42-478d-b276-6a72b8d79f5b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,b32a587e-4fc4-4bae-b10e-44958be39468 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,466ac0aa-c763-4dbf-ac6f-addbe251a3d2 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,e6c61292-67ff-4e5c-9c17-1086c33f9442 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,989ae7da-fe0c-43ef-828e-e91326301128 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,4a226f10-e7d5-44f2-ac8f-9d06261b3b00 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,a9d89588-8302-4c11-96f1-1710b1c217b3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,4cb485b5-c39e-4466-b828-37acc3181209 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,0f48cfed-9773-4813-a41c-d36b931e4c3d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,dfab254b-8199-4f76-8756-dad660ba5368 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,7052b433-d3be-435d-b127-93363c8e69e8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,463eb644-be13-41d3-822f-d2189a753af3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,ac195c90-8b0c-4aed-8519-112a958c5b01 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,ede7e392-3e8f-4a83-b42c-2455664f87e7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,2d43ef29-e84a-44f6-a9c0-2d8c6c5b423a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,fa89091a-4ae2-42f9-9619-49e50bfcaf25 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,4f1c6eab-7497-4665-bd13-b4af043fc972 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,55706a54-1981-4116-a009-4b24c0c41eb7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,310c5149-b65d-47b6-87d2-43293c59d6e1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,35355859-785a-4c7e-a5ab-3fda4f2a68be +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,01c574e9-1487-4550-a315-7d18448a2a23 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,6d0d1c62-cc95-407e-af3e-f3103cf61f93 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,d102aa26-1797-4872-b671-4c4844320db9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,8c1e86bf-4ae9-4213-82bd-a136b0b1d5e1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,6ac264c6-ae99-4360-a8ce-f5b5960ee9ad +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,cedd14fb-4f3f-4769-bde3-c4924e7ba549 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,9ed2ca74-21e3-451f-91e5-71433f4b281f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,b28978b4-2126-4073-9782-406a5089bda7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,a7b89845-ef84-407c-a44e-0937facb5fb3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,8f683c85-f8fd-440a-9bfb-e0a2075b847f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,148b2894-09ed-4857-84c9-664453e002fe +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,b9e6ab79-8f8e-4ade-83db-37437219362b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,4f61267f-e0b8-41ee-a7db-76f09f3a9f2c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,72eae607-4722-4fd9-8d5e-9bd42c860ba1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,73c59e49-3de0-468e-a765-6b67779a0003 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,8e605279-ca7b-45e4-a7a3-8998fdf3ab41 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,134356e7-2809-42bb-bf7b-f0159c7c4740 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,891eeede-7d87-4d5d-b90c-91b94798a586 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,d839ef39-a338-4218-ab53-de3a6f7a225f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,6bb26b08-c9b0-485f-9506-e5bfe8e602af +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,96dee70c-8a38-4ed1-88ac-b1189428b37b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,f2f78464-1f9b-4300-a581-26d3285ede4d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,fb402474-d36e-46f0-b0ce-842f3a5b0384 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,97af729d-5377-422b-a405-4fbecd7891c6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,24687bbb-5b1f-45d4-b736-04bcb8436e41 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,b1020c9b-b7af-4fd4-89ae-5b99cbfe5a19 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,4afcd1bd-2d44-40de-ab5e-713434248408 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,e3077f78-f79d-4a23-b4c5-44de70a90664 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,daad6c41-0d42-416f-9c13-9645088a00f6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,c111cc59-6204-45af-bfbb-cf2fc909a9f5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,eb022ccc-ed23-467c-8631-0c933179bf1c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,a4d15388-5728-4f02-ba7f-1ecb14bdcf4c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,3c6dc189-3a10-4b89-8111-c2b0d12e7890 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,417e7463-500d-4472-9d99-dd2dbac834c7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,367ea6f7-8503-4e6a-894d-3cb492f6a0da +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,a0db9390-b39e-45d1-a42f-0f2a1bae1447 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,aa274b49-6ae4-4d43-b484-abd666eadb72 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,e4eab549-cb31-4524-9cb6-831d27508edd +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,e7094329-8915-48f1-8bf7-af6171149dc5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,1cc17b43-bdca-4b33-83af-f2b4643a7be3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,d9030926-be98-4c38-b62c-b79181701e5b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,10a051e2-4ca4-45ec-b363-c6684fe10bc5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,b98459d6-66cd-4b1c-894d-8e994babdef3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,c9c146f8-8b8d-48cb-b57f-825a58e1555d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,0b81e112-51a9-405a-beb1-1d067db05522 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,2dd17725-7d0e-4463-a5a0-198316e33ea5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,5e17e2a2-1f91-4e1e-bc64-19c34bfc93ee +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,70f82af2-c425-4767-8f54-dbc910b7dcf1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,9fd856a7-7d73-493d-8162-16dbfcdc0697 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,51149afe-a641-4914-8653-3178ee39f0f3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e45e0a2b-39c6-4707-9fab-2ff2e3e0b343 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,c39bf0db-8b68-4f82-bf94-a5a87e06b390 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,a2f1cd0e-4710-4a51-9e4d-5772fb9a895d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,d220d46a-6e39-49fe-bfe1-e2cd02218a19 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,b804b42d-1613-4dda-bebf-955656fccba7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,61f913fe-6f04-4337-88d7-275951abde11 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,1162b8d4-f3a9-4170-ba77-26c7273aefd0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,a1d11030-7b35-491b-95b0-424579fc4523 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,6aa55d5c-0318-4686-a4a7-da8d5268ccf5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e43a58ab-2dcd-4f6f-8934-26821114bee4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,f7f33ac0-6130-460a-83ea-f821fc1fac90 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,6fd6ff48-1299-45cd-87e7-8d3f2991beea +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,6d009369-9f81-479e-b30c-6deed92526ee +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,5dea41d5-3039-4053-96eb-9c8ed4ebeeda +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,0d437ac5-0198-47db-a2e8-076a97bf69cb +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e7d3418d-1ecb-4d1d-92d0-ab8d977c1d70 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,fa24af3c-88ce-4106-a37b-17ef328e9f94 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,08dd372f-7750-49a4-b1b4-55988f93fe42 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,002d8a28-3569-4f4c-ad2a-efd227b08973 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,73fe317f-3efc-46d9-9bcf-ff4791848a72 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,94f6695e-9c22-408f-9353-44e53b75e86e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,bd7410f5-b1d2-415f-8091-7c963a59eb84 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,74379c10-33cd-4a9c-9863-c97a704448c7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,61bcff20-66a0-428f-b9c1-23f3566da91a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,8ba78cc5-b913-4ed4-9286-3dd12d37f29d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,e21d4497-39b5-486b-afaa-f21b00bc4b26 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,7bea2d7f-efe3-436e-86db-9f842d39ef52 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a91b5b57-9325-4a53-8fb2-1ac592778126 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,80e29689-833c-46a1-97a9-dedb52f576c3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,8291b64b-d7c9-4920-8065-2e60dc421d28 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a73f5d7e-ef69-4f09-8f59-de16395fc818 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a4cad2fb-0804-429b-9685-c8fa9e037623 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,e865c4c9-dda1-4368-85c0-530166717c91 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,361f31d0-add0-4af7-a1a4-2e750eff13c4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a53cb91e-1d60-4ec5-872d-37645026455c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,a76db897-b447-4dcb-9517-d6477bd78c13 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,f12fc17c-1ce9-49d7-92f8-8fe5886321d7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,e7b58707-214a-4301-b749-4d6b437c3dc9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,50ca1296-8ef9-4945-b4c8-2782e79848a4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,8b048f57-6914-41c9-963a-9d714ed7bae9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,33ddae20-abfe-41de-b707-43cca1306f64 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,a3741998-5992-47b1-bb7a-67eb16678a69 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,6bfce501-a518-41b1-905d-ae464747e4cc +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,35c86961-d8e8-4d83-aea2-c7bc51ed8348 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,768b9868-4e35-411a-a7ad-d50a4da85c0c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,46debbee-2d1e-419b-be3b-f33e8a317c73 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,485ebd89-7f96-4646-adf1-10b7854efb1f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,274be16a-5727-4a7b-9816-0f5a601e7bc8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,366df59a-abde-419a-9e14-69079579dd10 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,23909812-940e-4357-87ac-36956435f464 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,fa41a3d6-eb69-443b-8577-f7d6eb57ebd6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,734c9ce7-32c0-4d28-8706-372a912f1973 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,01335583-6810-404e-a124-6c408272cfb9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,cc0f2ea2-6d94-4fe4-bbdc-0d363db0e661 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,7a50e29a-2cd6-4c27-b668-b01862f3e9c2 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,4b61282a-2dd3-4035-b40a-84d8cf72bb1f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,dec36a37-40eb-413c-9028-3c5bf3709df8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,a0da404b-38b7-47ee-abf5-36f2794ff0b6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,55fc58cd-81b3-4280-8d20-a55aee487858 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,dfdfdd8f-0ed5-4403-9b8f-265822efaad4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,ae2a2f39-58fa-44b9-b1c5-91bc0c9cb070 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,8f5bfad5-efe9-4362-82f3-a640f47b7d6d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,c1f01a32-2f4c-4a64-8378-5021eca49aee +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,9e8b6452-20d5-495c-8dd6-1e525fdeb5a0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,72bf34ae-0912-4620-98c4-5ea35a3848d3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,40262c69-7a5f-4cde-9b08-a00f9ea5e9d6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,20dda63a-08a3-4678-afd5-070e836ba808 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,35d71e98-236c-44d4-84c4-e0ae7c851c2a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,2440b316-47e0-454c-a043-b35f0e251846 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,09234127-52e2-4ab9-a049-5de792f5ef1b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,84aa39c6-3d64-4f73-9e08-acc6777ccf68 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,66952782-30a4-42c4-a2b0-fd63e80a45c7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,2505da91-15f8-49ab-88de-93c7ec2edc9b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,099b6357-590a-42ae-9280-4907737b75e0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,bacfb0b0-20e1-48c8-9e25-31341c0d9d88 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,e20032a8-8dc2-4c74-867c-511b9eff85bd +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,9312b600-a014-44a5-a5c2-7be27e40a84e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,749630b0-6ef1-4271-91d8-6451a75b27f3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,a0c63773-a1f6-4b4b-869b-3800a75c0223 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0fe6ded4-c20d-4745-ac53-601650a79d77 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,29bb58f8-2a93-482e-a03b-0b2afa06ef2c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,ccb266d8-5dd8-465a-8217-02d86a6d1118 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0bbd9efd-7d2e-4b7b-af1d-305b427da3d1 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,09f70627-6bed-4d83-90ee-707a6d0b68e7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,83e258b4-652f-4f8e-84bc-16cc520644e7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,4a576cd3-f5a7-47f1-b6fb-aec962fe91db +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,f03a0509-04f6-4219-916d-d7c71738ec49 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,d448f892-4c90-4586-a563-492d1339c8e5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,5d67a152-1ddc-4d6f-86f1-fb9c0b222cf3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,48d4271c-1f43-4118-b729-af92d62b84fa +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,214d348c-ef48-4f32-b55a-86aa4e6d2d5f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,84d4fef2-2c8b-41bf-b25e-4f00a84c0ba7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,ba862dc9-2d41-4d2a-94df-e28c71567701 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,0d1d26ac-f9f6-494f-b2b6-70405b9fc0ef +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,1689d58a-dce9-4746-8e30-7ff800ebe1fc +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,16608f61-2db7-4cd9-998c-2a594516cbfd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,7541cdcf-5241-419c-8588-50fea55613d5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,70646111-e602-4872-bd00-ee8a75c4aef5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,28c72d16-658a-4325-b3d8-95fd98f7c63e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,055b73f3-80dd-4b7c-93df-4690d19b2a51 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,d79f8da5-62cd-42dc-8df9-7bfc717fa6b5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,9789a263-8864-4546-a5cc-9384dfe35de8 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,57c82c34-6cd4-4393-8948-a86780e7a4f5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,8365f22d-c8fc-4225-9d33-58d4a7a4c231 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,bdec62c6-3008-4ff6-beb4-c80650dde40f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,abe2ba51-59ea-41f1-a4f4-4e2dccea27a9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,f1ddcca3-fb5e-406d-b956-9130b213e454 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,9e0ecce8-9740-460f-9bc0-90352ba85087 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,c6a6a663-2cb1-48e2-bd73-2886a61bfa87 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,d9db65a5-833f-4e95-a6c3-8ea75876d698 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,bd9cc5fb-beb1-40b6-bfbb-368ca5e7d1b2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,49e18d54-51a0-4f89-b21f-1d0fe8ccff8d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,dea8d645-0b15-4b9e-bc46-3e6ae83bb080 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,6ea2258d-11da-467a-b539-999caa9eadfa +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,f2fa20a9-0c4e-4b7b-92f5-08b956ccc5e7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,63c16555-1688-4736-9345-e32ebff7aa88 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,d72ccfc3-2e6d-4ab8-9728-5e6acd213881 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,ac3c0f8d-79e6-4d03-b2a2-4ff12e12b59a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,d5c061be-fa15-41dc-bebf-6bd71ac5564e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,e52719e5-241a-4356-9b73-d423e31d2cb9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,f37485de-6775-4771-bff5-baa606018078 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,54dedea7-3b28-4332-a35c-7ec7a5b185c6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,e68ff341-cf42-4b6b-88ca-052ed66f3473 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,269a562d-9b53-4f9c-a0d5-487b860d1e05 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,8c3ed442-e8a4-489f-a18f-dc872eac21c3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,ae4a4205-0ba7-4c54-b256-91f81c9a14df +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,d7304c9f-ee07-403a-8791-2c0a7ffc9a1a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,40e9adf6-f857-4ed5-8af7-142d4331a5d8 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,c786a33d-a091-4718-99fb-c1462770ad1d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,a1d6d523-170f-4028-bfb6-65c352a92bc5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,178647d0-ff08-4aaa-adce-e79f6d853e3e +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,e0d7bef7-35aa-47c4-996c-573db6144b41 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,30c0f200-da99-48c6-a813-0907c3213d7d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,053cee49-0625-4cd1-9a74-8d96a6dbae13 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,c8084ca4-92aa-4cca-a7bd-f4fdadfe1ef1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,c2ece58d-9c69-4316-8308-c1aa93d6cd73 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,e8323650-79e6-4952-b794-24f04514b908 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,b193c003-1b6b-415b-8705-762f5c1e4c40 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,b8917859-b85d-4d63-876e-06785a0505ef +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,3b8106b6-1b08-4087-b69b-78a739b3e815 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,37f7a884-636a-4134-af29-5eee562bf778 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,0e03db80-06cb-48e4-b088-16b5a9a44393 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,71a8d629-807b-4bf1-b291-9141b9f4e3b1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,e03c01ad-232e-4e7c-a2c9-7d2b929a8922 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,388e082e-9b29-4bb6-8e3d-0577df980914 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,7757472f-2ade-4b0c-89b9-0a16eb5cf951 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,c5157b96-3b01-4893-87e5-d637bfce396f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,5937f5b5-7cea-4cc9-8e0b-bd404ff2b411 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,b72f9e6d-f363-4504-bb0b-818165357176 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,43832706-4146-497d-9d12-3163824484a1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,499ade27-160e-4858-9526-c463c20118f1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,d5d4cb05-7bf0-41f5-b053-d4b145886da3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,a48acacc-be1d-4364-8411-76cd43ca3325 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,9f0f35de-4c04-49f8-a62a-e631071d2955 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,d1cc4c8e-dd84-4681-9e13-4d062fc60cf3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,40250723-2f94-4216-b2b3-d7a95f4017ad +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,c0caf890-b166-4f2b-a2d9-22c6ea133da6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,1bea7bf7-db68-468f-8f4f-8b10df081b26 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,ac66bb94-beb5-4675-a45c-338b4f45fc5f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,cfecb32f-020f-44fd-9dc4-b2ef4d08f7e4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,e2e6117c-a4d3-4a9f-b18d-e09fed7d70b2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,828242bc-14bd-481b-95dd-277814c9d466 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,65faa900-975f-4f71-8258-cd508401cebd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,f660e74b-323e-4179-8106-55d9dc110efc +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,08045159-4261-4549-9eec-df44d68df6fd +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,55bc59e1-9802-4858-9ae5-2f308b802e9d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,10e9d27f-2d38-434a-9a43-132053e0f342 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,55375160-287d-4ad4-ae12-71a2c2043b49 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,8753ebe3-7d5b-4c2e-9305-329f6907a756 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,0f4dfed5-993b-407f-8326-3afcca9c9246 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,5611d047-55b4-42c2-a01b-fc94ddec0d08 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,f9da4a11-790a-4760-99d8-ea897b34c45c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,ab23a652-69d6-424a-af52-dd9a8df1c212 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,6a87e130-97d9-443b-a16e-8a09db5af985 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,9c71042a-e858-4345-8988-80da1f2ce797 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,596428f7-fc1a-4841-8f30-99a6d7483d39 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,89cec0cb-1f09-4cd6-90e2-246b9a5e4830 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,c4f6827c-fe63-4406-b9d9-23c6fcd318b6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,f553e2bc-f6ef-46ac-b4b7-42224c9fda06 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,3018bb68-1ea7-4a65-8179-9cb65b48ffcf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,19f869d2-9275-4049-a1d1-183d9f8fea5c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,5733f13b-19b9-4e62-a72f-11fea95b0b43 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,6094d694-8189-443e-952e-7f74e8dd64c3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,d489f9c0-c7a6-413b-bccb-2744a0d2510e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,d5df88aa-b48b-42bf-bfa0-8d9f1a05a9c9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,80efcdb3-5f87-478a-a6ac-c9371848b71f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,027cc5d1-3bfd-45b1-8878-3c1599871fe6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,282dbf09-b171-43c9-9bc9-321ebfea797b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,dc828e68-ba7c-467c-9b5a-7e783b8852fc +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,0dd20c72-6d18-4e9d-869e-5a8f76c418bc +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,59ccd30e-e201-4ea7-bcaa-2bfc4b8b3b7e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,0499edce-1900-4409-9465-3194dace72a0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,98eddd7d-4694-47c8-923e-7eb5a29535e9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,df8a0484-caba-4907-b232-0f8785935124 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,cec1a170-5d47-4164-8669-9fa606c0b24f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,de3bba63-474c-44e5-b1c4-7bc3482b895f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,4b119e87-9db5-4ed9-8af2-f4609e9bfce1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,a6a2df9c-5554-49ce-a516-7501e38cd154 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,24766388-3025-433f-b797-9041da0f1835 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,378a0b1c-e708-4548-8809-48714ce8089c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,ea60639c-9a36-4803-9571-5f606b927404 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,e44086b0-f4c8-4f1a-9831-eb1e32aef00b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,ed384df5-0038-4df2-8958-3ab57523d815 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,c13d7a05-72a1-4b6e-b454-901fe431bfad +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,e005dece-34bc-47de-a821-4844af63aadb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,d40f1972-4625-429d-acd1-c4c27e90fed8 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,1d8728c5-81c8-48b7-a3e8-76e6d9e63692 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,958d9239-998e-4271-ac5a-3201a845f08e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,e5390f5f-7ab4-4bfa-a71d-1e22ac561cbd +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,6f0e4327-4ab8-4299-93df-82148048f332 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,41bd43cc-2c54-468f-9b3c-4e7680db3c85 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,e646f537-c99d-4e2a-9e78-0ed770c056df +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,0627e899-58bf-4e06-9baf-ab5253b1ff81 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,17447850-2cb7-4fb8-bb78-bcc4bcef47c5 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,cec334c9-7ded-4d66-b2bf-81c5e1b3ff26 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,52a4092d-8437-48bc-8692-8e27737fbade +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,1d8cd077-0a15-4cc8-960c-4437c42d2333 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,93d2f483-3e36-4f40-b99e-38c9f1610eda +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,3a1385d2-3231-4a37-90c1-8956b783ff19 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,6b0a3954-be84-476e-a13d-da1d0aff6d63 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,04b8188f-c1ad-4ef8-b23e-424b2f95a3fd +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,797c3782-920a-44a3-afd6-a7400469bbc3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,b76dfe6d-e476-469c-9eff-1fcfe269a3ae +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,00e2029e-9c3c-44b5-8f7a-c1543ae3e34e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,e8a9de27-dc7c-4fb1-9b80-39713a572d9d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,5ae0078b-069c-46ae-ad37-323c8d8327cd +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,f2cdbd2b-53ab-4c9a-a35e-c33ad596cebb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,da382e9e-ad08-4852-aa7a-7e4e9612fa31 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,1e9b1fd7-78c3-42f6-ace9-39325223e48f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,3e81d83f-eff5-4ef6-bc4d-f1137bfe72eb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,b52cc9df-1d8d-467a-899d-67d23459295a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,493534c9-91ec-4f10-812a-a79b319f9f9d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,66ff0c03-74eb-4ebf-ba02-97974135a7ee +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,37d597c4-f7bd-4994-8e72-652e3a470f11 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,b1bca128-ae57-47f5-a9ca-98be4d67fbba +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,82dae83d-2d9c-4610-9a07-babc65448b5f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,0cd30b8a-d8b7-48c1-a081-4160d3ed5881 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,469b6ddd-6b9b-47f9-a53f-994494d87458 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,b4e9835c-ee1c-40b0-b2ba-b2ba8f96e31e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,50085c8b-803c-4d5a-a4fc-d7967ed167eb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,97d9970c-13eb-453e-b4a8-87da05fd5a38 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,c61860c1-f627-4ef7-95c6-cba09e200984 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,8071d74e-d129-4481-8ef2-d60c901f6855 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,76a570f5-25cd-4fb4-bb72-f30ad64cb6e2 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,7039c4a8-5c66-49de-aa91-543ddd83f69c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,6b5664f3-44f0-4aa0-ae7d-18182fe28e7a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,b4987960-5a13-422d-88bc-1584c43b8791 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,84f20585-65fd-4221-8e4c-70f3aeef8e2f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,1be2f0b0-775a-488a-b063-44a5f4496bcb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,f327cdea-6a0b-4bf1-a524-c5743c49a757 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,e3cdca50-43fe-438d-8d54-908b3ea2f2d0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,6aa569f5-09f7-4981-8496-ac83f7764c35 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,4f60f05d-cf51-46ff-a1fa-6b874cb2f419 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,221731f3-d839-44c9-a4ff-f9bb07ad121b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,371581a8-4d18-4f21-a64a-f9ea3e1f9acf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,0912295e-c6f5-4e73-b58e-1279f7b138bb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,0bf5dd15-e630-469a-bd82-ea5425083ab9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,fa4c3155-d7ac-4f6f-ac79-43ffe9d038f3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,c1f7f4cc-5440-429a-b846-7ca39b355ecc +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,3ef4a849-f38f-4e22-9cad-3313a36ffbf4 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,316d5698-ecf4-4ae9-bc1f-d9728d5ea548 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,6c1f2a13-4ee3-402a-8336-44700dd0fbf9 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,d6392113-3fec-4ee0-86e3-fc3818563258 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,71779a4b-2362-4a09-93ba-7d4d1a9ef7d0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,2b63893b-b299-45d0-8830-4330dd1fd93d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,05693edf-8db7-4d1c-825a-0b25c689a00c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,82f83352-bcc7-479b-8339-debdd157b3ce +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,1206aaa9-116e-416e-9901-b32340144531 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,90dc2cfd-ec4b-4e83-bb71-92fc36875095 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,222bc817-38e5-417b-a77c-7cb9c7f08fe5 +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,fuel_combustion_consumption,c3fd484f-8379-43dd-ad0a-0be308090f1a +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,sampling_scaled_data,97528338-0610-416f-843b-52101bdff8eb +126987,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,modeled_data,655c84a9-5e9f-426e-a451-90f48424f35a +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,fuel_combustion_consumption,18e9544e-2e7d-4b03-a685-67986046f100 +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,sampling_scaled_data,0e4046d6-e253-4304-ba1a-e5a77c5db785 +126988,"1.A.2.f - Non-Metallic Minerals +",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,modeled_data,4a7c14f6-aca6-4c60-853d-9b95f432b19c +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,fuel_combustion_consumption,e71f6f0a-165d-4f09-bcb2-bcfca8b37e13 +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,sampling_scaled_data,47e653d4-24ce-4413-a427-656670138081 +126989,"1.A.2.f - Non-Metallic Minerals +",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,modeled_data,19146332-42f1-4490-bf6d-ff674aa125da +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,52202103-fa45-476b-935d-97f2f853728a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,89be54db-0ccb-4e3b-85a4-53416aa3de19 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,a5e3e32e-0673-449a-be9f-485e238fedcd +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,182b625e-c036-4957-a0d6-8b68b28cf2a5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,7f3d5713-083d-4938-b008-3c12eb915e41 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,dd2c213b-9bf1-47cb-b7e0-013f19ac306e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,d5fe6b4d-ea87-49fb-83a4-d61a3476decb +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,10edf75c-da59-4918-bd51-a0eb4db67752 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,1bbf8bc6-cc97-4450-918b-a1ac90e5c5f6 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,884eca6b-9e6b-4206-950d-dc516d6c9082 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,c0494ad5-e08d-4ed5-bc78-937e34dd742c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,46d8395f-18b2-4ace-87d5-f4f7bb452f23 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,c6f5c6d5-8f20-4cdd-99cd-dc5c9d769d25 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,85211151-82d3-4e58-b58f-1341e7d2d403 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,959ba43f-c7f9-46b3-8f3d-d3ead3f55283 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,3874d4d3-fb41-419c-a23f-cc63dfff01ac +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,ad9f4b88-5cf9-4dba-8d06-175d23e8a967 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,70490f28-ff4f-49a6-a7e5-1c92eb790fe5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,4146fcf2-79f5-45ce-af41-033f231c47f5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,a6c15220-a1a6-4ccf-82e1-cff165128d6e +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,acfe8bb7-8a1d-4184-957b-e30e163ddbfa +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,9f64e666-12ec-4ee8-b6e9-5d8ab6c7b252 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,36b8a662-aeeb-47a8-8d4a-84c17cdc34db +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,3adc67d7-b935-448b-a5bb-9052dfc6be11 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,c13b0d07-8218-4c75-be3d-5b56d66bddd0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,12d8d93e-da23-472b-8044-8fe8f43be90f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,9c5f272a-f04d-4d61-a652-a95e2aacad8c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,67c31fe1-8840-4553-b86d-800c5947c279 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,cce1d3b2-4b11-435f-b0a3-0dd7aeee6577 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,9742722c-a3be-468d-a034-d8098ba66ceb +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,5b11937c-38ed-44b9-94d2-046a22a69504 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,48a2ba1e-9bc6-4eb9-bd54-482b66146cc0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,2478c758-b74f-42ab-9603-dc978cb04f96 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,9bbf3a66-4222-420a-8325-cf771decb959 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,8da662e0-901c-4160-9bb9-5c9212e73d2c +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,0b67f442-1461-4691-b1c0-2e188bffb719 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,28e225a1-af14-4a1e-93aa-dcdfd2f95943 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,d790db18-ab24-489f-a881-a4bded64ec1f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,9d58b00c-abb1-4421-a422-1e0f8ea85d18 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,0468d5ab-b190-4d86-b128-1e42a1c696e6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,49ad5733-745f-4023-8614-b3e5b6534391 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,14c8d036-0d61-48e2-90e9-0d0a09931a78 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,d235ba7e-46d6-4591-96b9-fabd6068ada2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,0d6ff124-4134-45aa-b6af-d3918bcfd798 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,9c68c965-c47d-4cec-8816-6f43dd7430f4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,82c935b6-2adf-490d-b4e8-a8fa50ce0fff +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,43cf5a5a-3f01-4809-9edd-8037927590e7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,0f1ab29f-2173-4ae0-b066-f94c47224f2e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,04c98350-79d9-4535-b0b1-1677fbb975f0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,fef82bcd-141d-4126-87ab-059726f4c54d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,3be582c6-c21e-41b8-9afd-ff99799d1f67 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,db9b82c1-5003-4f26-89a8-c7d6cbc2e4dc +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,a1ee9a78-d516-439d-9628-213061776b80 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,fe2298f6-d017-4f30-a48a-8ba8d7988bd5 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,e6f629e8-36dc-429a-b70c-ea5bbdf7833c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,f5b5ce98-bf5a-4f46-9bd1-b6d621bf8a47 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,6adc287f-6279-4fde-b611-164ea154c3d4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,469320df-dc60-490c-aa5a-ec0690ad3f6a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,b5518f49-a2f2-41b3-bea3-daee5aacc5d9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,4833bc17-eb20-4ecf-978a-67ca69c75d57 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,792e2803-bb25-446c-9896-86dfe17402bb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,ecb134ef-f65d-4ee5-9640-e1607b32af6e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,fcc9e4ae-1846-43ec-9465-e992b824bac9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,786c846d-842e-4957-9c2a-e077ad55272a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,a5e93673-ad93-4202-b9de-c373118430a8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,e217d09a-2dcb-4fb6-9be3-553c74526844 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,e9a7b2bc-7b6c-40a0-879b-2a57f94f4f9c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,17e602c2-c28a-459b-bd53-8638a2476e53 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,d9a886fd-8496-47b8-a9bd-4aa09b59959b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,37834837-2af8-41f5-88f4-92179993009f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,4d47a459-4c2d-4321-b18b-fa53b3d196da +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,d455bbac-38eb-4603-a8f7-032a722636b2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,d14e09ad-957d-456e-892d-b75585b1b2d9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,0e7fdaf6-c165-4657-a414-225b95f25f0e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,54ece0d2-39ad-4b4b-86b3-8554d962e958 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,5e8a3292-09c2-4ed9-bf3f-ab2ec411ae39 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,a056f910-5c66-473f-9668-7ff995a353d8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,2512c0f7-badd-43bd-84e5-acfd5ddc6139 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,437f7994-fec9-4c94-8937-2c4311183b36 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,7bde5c07-cd58-4f07-9ee0-985486849283 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,b12a6441-fb8f-476f-9693-284866fbb687 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,fa46c72e-f568-42b4-a0cf-b8b1d534d9b2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,36286751-3e41-4860-9834-bb24d5fcf5b4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,d83a0aa9-2c27-45e6-b3a2-88b8bdb9a5aa +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,90751905-cb61-4be4-9753-bc1ee7080bd7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,5325ae12-8efe-4934-a389-2b5b1404e64c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,272d16ff-6e66-4917-a010-36f4f88cd8df +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,840f68f1-18b7-4284-ab3e-07490eede7b0 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,974bc59e-97dd-475b-b013-832a58ede8e8 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,aae3c82c-a342-4357-84ba-8a0230c582f3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,1bce8c43-ea27-4880-85dc-0cffb7624aa2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,69f87cd8-5753-4ba1-a6c7-9898f79b04e6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,f4ebd5db-d006-4d58-825b-b6ce7ddcef57 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,dba4586e-5511-4457-a725-5e74ef1e7361 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,def5bc33-509c-4f20-b28e-d7d398204f0b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,2b81a3d0-9521-4770-bbdd-ffa779299e7e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,94204e48-7787-4852-830e-29cf72cae313 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,49a9c35a-8244-4410-a260-136c7fa0b3ea +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,247b3c3c-8959-46fc-ba4b-6831ad85514b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,5de6bc20-fcc6-4599-8c57-f0b12b406dfb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,064002f4-0fe7-4955-91f1-018fa2d2874b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,c1aea0b1-098a-4a12-97af-8886a867d19e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,9d799b4b-5de5-4624-a526-4c7ea6ed6483 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,952b8c7f-deb5-49c8-b3fd-b64794e9860c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,b6d66a21-1f97-4bfd-89e3-0d4c9dffc442 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,179cfa1d-021a-429c-bcdc-1ede45526742 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,8a2775e6-40ed-4a47-979f-f38377bfde92 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,95469349-d2e1-4a84-826b-b020b90608fd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,b8adcee7-1ca7-4405-8108-bb58dfb9cdfa +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,ef036533-f22c-4956-b175-e74e2ed63644 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,0d9e4397-8d69-4035-871a-1147bf5fb284 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,3feb101c-945b-4220-a345-a9cc2e708462 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,cbf473c1-e60a-4ef2-87c3-5a1b776d56a7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,8f0f9cfc-96d5-4beb-8da1-8a5eadd41156 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,55bbbaa1-b110-4fc2-9142-090b6caac836 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,e877219d-be46-433f-a993-b330d2c67eb4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,f55e0e9b-9c92-4872-8701-662df4ee2007 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,06b67340-b79e-4e52-8451-3a533bdcff75 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,1262f7b8-4d63-40b1-a38b-0faf06358655 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,7d4f2ed4-a21a-497a-ad9a-963e8b98c0b5 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,a85f5669-4eb6-4f3c-a536-eefb68c30b6f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,c37367cd-1ebe-4d75-9b53-4911383f954e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,0497ae65-db67-4855-872b-8089f5236bc6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,dcadc623-ebba-4998-85ed-5514f5a555cd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,80d6f91d-e6a4-45c7-9703-d8d6e7f22469 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,ee132d54-e976-44a7-b201-30fae53be09f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,e0a175f3-8d6f-4394-81be-5a14a141cb24 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,793d7480-1966-4589-bab9-bef49374ee83 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,a1d27052-d11a-4651-bb08-1b4cf26f02df +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,d5876fa2-7070-4429-8fad-018fb2fb0955 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,6ac55f15-0324-4dd2-a928-64e78de2f964 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,af0396df-845d-4b88-967a-4f4dc8b50fa0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,f6430e1d-0a52-43e0-bd5c-f0d012a1160d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,53cab776-6639-4a36-b0ae-134f701c69fe +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,86888292-48d8-48af-9108-a50ae5e3108c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,71d22f01-8c8f-4139-b599-4d0520f01beb +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,f4a9f4dc-85b1-4d66-a31f-75b676b22c5c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,0dcf928a-f5e6-48d3-aec8-77d48da635b6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,0f46e87c-e7c4-4dc4-aefd-29180fe98466 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,bf847517-8e11-4651-8dd3-40c9fc58f1b6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,20ee04da-8df3-4c19-85a5-1fe7eb121fcc +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,ba8eb9f0-519b-4506-95e5-b837085efe43 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,487ca6a7-7cb2-4b75-82bb-095d234a7a72 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,59f295ed-4960-4d9a-8d68-284870eaf133 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,cfa6fbe9-b839-4da1-b5a5-5e1a355977e8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,b5940da2-2ac0-4b50-a3fb-59939e81469e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,edf74bc2-7e6b-4800-914a-10f446c22ce6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,f1cbff7c-1c81-4881-9de3-d4302df126e4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,dc354f8d-61c0-44a0-950b-fb827d076a67 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,8f0caee4-1585-4bb6-8bc9-010f87fef61e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,50c758b2-e15a-47a2-8812-be596d61c7b9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,14aee757-8b1b-4f22-aca4-d4af1621d328 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,0bc9afc5-52af-46ef-8d4d-07c6c41d11ba +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,6eb5ade4-ab16-4ba3-9379-44eb1f5cd67a +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,ee9986b5-a8d3-4352-b099-d637c9b8ae6d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,3b193f6b-e32b-47da-9b8f-9416f1f8bf83 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,53175522-4f9e-42bb-8e15-34197ec85cc4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,815160c4-75ad-4d1c-93bf-b5cee93336ab +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,d547c3a3-dca0-4759-86c5-878b005c4ac6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,2b1012e0-45f9-4a41-babf-d296c3f87127 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,26a7059f-a392-40bf-a6c4-678fadf5bdcd +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,26ac63d6-114c-44ff-ac12-c247df782f49 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,37360426-39b5-420e-939d-fbd03a5268c4 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,ffba6d3c-6130-4f50-b52d-84394f7077a7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,8401cab8-3d2b-4786-a1a0-15e703e8d66e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,a56919af-3b34-463d-a037-04ef656fe701 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,4b8173ca-1e5c-45c7-bdb8-49019a6393bb +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,b765e31b-eed0-4770-9aea-cb2495174a8c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,35536d13-8236-4996-aac4-774dd657b516 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,fee47e6c-3eef-4782-934f-e89c075120e7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,948159d5-d6e9-4b20-9a00-ca386f89b6cf +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,14a88fe8-685d-4c76-bebb-728e724b3ff6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,fc0ed462-fa41-4ca7-b1ae-41ce459d8f3d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,e2937776-46a9-4232-a090-b90882ab8d32 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,315cc91a-7cc7-434d-ab2a-6066779aa316 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,1ca13701-02b3-4f0d-b0de-6144da4e7b73 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,9f62a1b6-a5a0-48ab-baf3-eb48b3048bf8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,19f52483-2d2f-4f63-a321-18f962c99655 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,0ecdbc84-ae3c-4878-9e25-27da8badbf6e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,9862aa19-f9eb-4d8a-9d8e-750cc7cef467 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,77d01f68-d8a2-49c4-8b47-6e57d0c7ee72 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,a3831e2b-0327-426c-ad45-1f2eba27f823 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,33cdd8da-b6a9-4624-84bb-66a406f85521 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,6137113c-01d4-4ae6-bd3f-3ce133685123 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,99f9eaf2-0605-4b8b-8daa-2cb7d70568a4 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,2cb4fc19-91de-4aaf-bab8-d641122b4006 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,f77e7968-738c-4db5-92c3-d40d4096b227 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,468b36f2-f9e4-470f-9545-c46ee540ec8b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,823d65bb-f244-472d-b06c-fd38ec9ce8bf +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,95c88901-d4a9-4dea-8b04-2f3df789503a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,cfcda974-f1a1-4f68-abe9-2f7897fa5fed +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,fbbbc687-a570-40a8-9f7f-018b247f542a +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,95e6fbe3-4f0d-433a-af41-45e7cbeb3bc3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,879c24e1-5b6e-4553-835e-287639cf4c45 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,d7c5e8e6-0690-4a39-9e92-a1610697dac9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,546598b2-67f1-4100-b7c3-d4fdf361377b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,51cb6d3d-274e-4589-9aa1-18e769f130f1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,d17efed7-b42c-4f21-8f92-6895b2dfdaa1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,844dd1c6-354d-44f0-9bc6-c9ca07d73ff2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,46e7626d-0e2e-43cc-bb71-51b6d8852106 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,8a1af197-ab36-46ea-9528-b0b1432799b1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,7b486c18-8054-46de-8582-479209c143e3 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,68b03189-85c9-4ca1-8240-9ad46d85e1cc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,9ae53e67-7359-45cc-b577-9e99a8d43179 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,8cecd92c-1550-4aa2-bfb0-e86545e57bdc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,9c38306f-bf1d-41be-8059-53df09dcae80 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,f3a65757-f91e-4df6-b6f0-c37d06ccbf5d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,e8b0d56b-c96c-4842-8617-3f2bbf5c511d +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,e6a76acd-9da1-4cd5-8993-9da56c530706 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,af8ac966-553d-4647-882b-50943647bd88 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,59cf4364-c053-4b37-a1e4-6a807c64b5a9 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,9948902f-735e-457e-b3c2-d1debd8ed8aa +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,5e8ca935-8a47-4a58-8e98-8a5f1cfd40af +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,7d192698-ad1d-4b94-bc89-b47465bc51bb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,6df96ef5-00c4-44ef-a8b0-2255d41f0705 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,cda6830a-fba0-4bd7-8dee-9d80b298ab88 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,162b7622-570f-46c3-baf7-34d950bf61a2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,e6ed8e05-570a-4b9c-8d57-737e5be82ebc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,8f382b28-1458-42ec-9945-f40add7a1098 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,d1925a3b-d36f-4d8b-8292-70a05cba23ae +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,e3c25585-a7c3-41af-babd-d1c9e5718fac +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,d3aef6df-6ee5-41ce-b767-ae7774f0e051 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,16a82368-31a2-48fe-af6b-0d9ea6cb3981 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,a982ed4f-f0ae-425c-ba0a-774751b2dfb5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,cf723ce2-05f4-4234-a606-234b2a454ea8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,46dae412-006f-4777-819f-c1508c41db30 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,5b448221-1870-4904-82a9-88068fb9d5b0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,c696965b-7fa5-4800-bc8d-b4acc633d936 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,c8ba8dcd-236f-442f-b3df-cece1c40f53f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,8da8a172-2e0c-415f-b605-a078f27cd45c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,33a510c7-806a-4835-a767-f0d180ca9a2b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,20a407d8-b49d-46f2-acb4-71450b358a51 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,2324501e-2b23-4323-87f6-5a866c37aec6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,31dc1461-d6aa-4e94-9fb4-c02b2e05bcde +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,618f94f7-a11f-4b95-9095-ad577aee4544 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,b49a8627-288e-486c-a939-f6988fd1c018 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,419574d0-5235-4c49-b397-2ad34e7c8606 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,30167f43-f124-4fca-a2c2-d462d6f0b1fb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,83378030-c276-42b2-ae23-ced562651232 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,b06e98e1-7aa4-485a-9bf6-ae8dd3c60553 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,93b9ac24-9003-47fd-9043-771dc0d372b6 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,96f7fa06-dfb2-4784-82b8-ef21054acb13 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,098072a7-61ba-4889-b60c-139c5f8ec474 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,5f6029aa-1f97-4b2b-b567-861b97afaa15 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,8633d0bc-3000-4f3f-bc33-462c59388c2f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,f37beb72-0dc1-420e-8a2e-dd34ce0d137f +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,7f226c12-6426-496b-87a5-3d24fe4799e0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,ab3ed2a3-a758-4982-b728-e9f9ae3a96d8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,3c8f0bc9-105c-404e-a0cd-a92bb36900eb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,089d1450-ced8-4ee6-b946-6fa8b8e69e90 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,f82e287d-3722-49c0-9b5b-891d3e30ebdc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,759e2154-d1bc-44a9-9f3c-b94ed6dfda93 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,a5d48030-d5f0-483e-b3ce-921645504096 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,07d0973e-4523-4c9f-8fe3-20ebbc399cf2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,3d3f6a1d-0714-4c15-b3d8-0c0938d01b9d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,a92b3752-a797-4d95-b603-7c3ee06447f0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,29c73f0a-c159-4e79-a2c9-79ea4f7a4fc4 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,39a9a565-ca86-4814-82d2-81e29944145c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,670baa3d-9454-49dc-8aa3-098d944bd9f2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,8c8ea4b1-0992-401b-bcb8-5c8f603fa65e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,11068526-f623-439c-999b-e839c009695c +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,3639e8ce-a26c-41f1-9f91-d59f13695eae +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,38655be0-5b7d-4680-8a44-8cd63e2fb670 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,31205fc1-1f3e-4634-8469-38b51c113518 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,9d9679cf-cc70-4874-b786-f76eb862c4f2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,6981c559-e44f-4c87-8a8a-f6b1e7d0ea35 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,399c4be1-9c7e-4caa-a8f0-394339065cdf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,ad27243e-975e-43fa-8e2c-b3faa073d72b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,a8da8d3e-2630-4726-acff-252ec0d1282f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,64547d4f-34f4-41f4-8a7a-b8f81fb8d245 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,c760d2d1-5f90-4d54-b553-b08df861226a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,3960cae8-01ef-4d79-be9b-51e6cd414fca +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,b41940ca-d3b8-4c6b-b6a1-97f5615f4c1a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,98797cfd-d1c9-47ec-a955-1dcff5131e0a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,b2459bf7-3df3-4c1b-a4a4-4b8a2f9c7463 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,1506ccae-62e9-4c16-8857-dd58bdb11ad2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,15d40e65-446a-4cfa-9425-fb18e55bba40 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,371faf24-26f7-4b00-a752-0866eca72aed +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,163a88ef-4bd0-4229-aa4a-0bea249defa1 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,43ec90a8-04ce-4f75-a49a-198b89d49fc6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,0dd92aae-0c5b-40ad-a218-8c0f9ceb28bd +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,8243a143-de58-4289-8626-5c74c3d75dcb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,8d74a5ac-2663-4b58-b6a6-fe2b7286f46b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,ab874c79-1e3e-4291-b95f-1ca794916125 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,1a4aebc1-97a4-4784-b172-4a37a6e71c38 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,b43aadc3-961c-428c-a2e7-a05e3100464b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,2524b99f-0be3-4b32-9cf8-bfafb23d6229 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,16440d1f-48d3-4555-8323-2868d3a4d448 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,b40dfe74-0ab3-4092-bf86-6cc70a4156fb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,83d4ab19-a058-4003-97b4-5c93a9bdcaef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,3c64dd84-d8bc-43a1-aef0-718ef818c964 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,78ab4c77-6ffb-4390-b58c-833c288ecee9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,904aaf24-2189-4a18-8893-c3a700380e20 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,74193f8f-1561-4018-940e-9f92c1a839ef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,37dc9d45-cc26-4cd9-9bd3-1a2d8e4aa29a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,4bcf71d5-d69a-45a0-a36b-6d5fabe0c672 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,024b293a-a8b3-40e6-b159-211ea05f16a0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,4a47c980-9b9d-440d-8e56-30d80fd2e7de +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,b7ce3de9-7add-4750-8cf0-1071a89cc0d8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,ebf3f094-7d62-4f5e-8af7-70722ffe5ce9 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,6b257db7-929e-4b9c-a6da-0d6fc46eb269 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,98ab4dfd-0998-42f5-8b50-491b4647b947 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,b81eaff3-25ea-4e00-9300-52f38072dc70 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,6d60551d-daa1-403c-b3e3-76437e7357bc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,f191f6ac-8b06-46ed-a219-4ff33027275a +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,174c434a-9b72-4d65-be6e-7c20d69b8549 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,8fb7d1a4-3404-4df7-ab5d-b8347df025eb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,6afc6885-a4c4-4379-8714-9a3fc14a99da +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,c6709481-759a-4f47-b542-55b4e628d548 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,1997db58-2e21-4ce0-bd8a-1313b47f1ea0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,51bec831-5be2-4a7b-b8b1-76c88889e879 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,4bcac469-1f9a-4322-a5b0-827dab92fe21 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,5e9f0147-2b59-4efd-b6ed-24657fab45d3 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,c15c3372-3b4b-4fe1-9e75-c100943939cf +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,b61c7082-04c6-4dc7-8e4d-b017414bb3d0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,b1d1757d-8917-41e1-bc68-46c5825af9ef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,acd27be1-658d-4023-9c8d-bdb1c085411f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,724bb487-155f-4c4e-acac-5469d470c722 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,18d3b132-ecd7-4709-a2d4-372eea307aac +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,8be85eac-b7c3-40a9-9ed8-2967c42bf23d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,8d23220f-5b26-4c9c-9d10-5bd9b2459770 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,12116514-f190-42bd-89f4-916d9b6f5aa5 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,a8a84a59-f711-4ae8-96ca-b847f780164d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,3007e6fe-84fb-4610-88aa-cbb423dddd8e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,3f25eb8b-f747-4345-a983-1c00d2f6227b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,c04f5a6e-520a-4369-984e-45ac3a241a36 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,8f52225d-97bc-47c6-b759-3f9b2574e167 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,9a7e54e1-d26e-4273-bea6-ee69ab0394c0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,d894d0a4-b7c5-44b1-a2b2-a175b068f881 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,5f4857e4-6eb6-4508-b747-c5d107c0aa3b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,408ee41e-eefe-42ba-b22d-d42b5a632554 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,3698d28d-4f9a-419d-afa7-2a57c29ae535 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,597c4bfa-ffc9-49e3-9849-629f4fa34b5f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,e7e572f6-995b-41b9-9255-0361db3e91cf +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,72f7fdf1-7291-4955-909c-c2a1ff8367f2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,95c2906b-b126-4221-8da9-2e4f6ed3e772 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,ffa726f2-7f39-4bd3-942c-cdbb25457376 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,ed49acaa-8ff0-4181-9e61-5c31c0e73b4f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,530c8eb5-dd85-44e6-b95f-e70f51046fb0 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,07189235-5571-4b55-b8df-bd7e4a57ec09 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,16cc663d-0bef-466c-acc9-f6e0dfb28afb +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,98a33da2-332d-4702-a86a-7e5250ead2af +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,c75e9415-66e7-43a6-8e97-b185288c8a93 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,7d712778-a6ed-4ec5-9b66-4628943708c3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,11ab92ed-a04f-4f07-be69-556c747d35ee +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,571939c6-d700-4907-a7c5-8faf47332914 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,b037cdfc-e079-4f71-acb0-e2b90638a2b1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,857ad801-131b-422f-9d8c-ce5e285d1b46 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,a1955f99-9d09-4b9b-8e41-67c27bfcd732 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,85cf4909-70c5-4404-aeae-08154d9edef4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,5098583f-410b-4cc9-8889-aaa503c6c842 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,133b7c42-baac-400c-9b66-1d3e5c064357 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,08521761-fd76-4455-90db-f69de060e37a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,ac7da4bf-47e1-485d-a8d5-e16a431e7477 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,5b10cb21-61e3-4b0a-a779-df2514c4f868 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,99543cb6-6510-45b4-969c-60ea1b12fabc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,0865b02b-26c5-4b58-ac2a-9cdff92f5ab9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,4309994b-c7e9-4f61-b673-1c4b3c60e971 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,2b13aa0e-a947-485d-a632-5b36b3531339 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,c6b2c59e-0684-4cf3-a828-1d7da22ae65b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,768e7d4b-5fee-443c-93d9-dd506b235bf7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,ac31285d-af0a-47b3-8b8e-cdb3259242fc +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,cda3d353-8778-4f18-9e79-29bfb80c0a98 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,e2ad1baa-ca84-468b-a323-4c3bb1a5085d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,e1bf28e1-e43e-4b87-a68c-063c86c8f0a1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,38c4919f-e5ab-497c-b124-cfeccc25226b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,b6d6cc4a-d6b5-47db-8365-ffa9eddbd772 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,54c8063f-4827-4829-85ef-796c4dab4c99 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,c5527a07-badb-42e6-9513-3da4406d5eff +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,33f689bd-d26c-4b14-beab-47281359786a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,f96e97ce-b447-4178-bf7c-d103ec33eded +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,02bc2250-aba0-4255-a6dc-cf572b7ce2e6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,b8325291-2ff3-4668-8718-8be23d90f289 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,5c3c8752-73f9-4a74-b858-30b0dee60dfe +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,6242b7b9-28a4-4fcf-ba0f-d0e720629ab7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,7487396e-a6dd-4c5e-abfe-ae6b930c2a5a +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,56897cfc-2519-4ba3-9c72-eee3696a5ff1 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,9cdeff90-7341-418d-8094-8fc2a47addd4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,cb58fd9e-b5aa-4a52-8b23-c6939457f96e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,32fb579b-f117-4328-8191-0db3d0eb0124 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,dde4d5af-2771-493c-bc31-51c6ec5bff6d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,ea8dc0b3-22c1-4f20-b34e-e5b86c3e757d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,0aa3324f-a2f9-44bb-a83c-7e68ab01ac29 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,284ae4c5-225b-4229-986e-a786e2c373b3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,5b0ca6f9-7376-4cdb-b9f1-fea7e1ed34e7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,238c0f2d-db6c-4556-b5d4-945bb229caa6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,4ceec1b9-3d4e-4dbb-8ae7-3c82c34e6457 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,c2416f26-1665-4f55-b428-29ecedfa0ba3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,42433301-95e2-46b1-947e-f6189705884b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,5fb6c0d2-d3d5-40db-96d4-c6f24c45b0b6 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,8b6af23e-43bd-48aa-80b7-bfe2cce679bd +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,d176135e-8300-444c-9eb0-57f30b4f1fbe +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,d2443d55-fc3d-450e-8427-ea03dda7a4d7 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,72bf9a4c-9475-4425-bcc3-f22ce6145e95 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,151f0ee7-3c57-45d3-ac22-f1a2484a3b1c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,bade51ea-0bef-4e70-bfb3-7bd2a802ab60 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,e8220736-9496-4233-b6ed-c70c39777dd2 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,dcf8dda0-ae69-4b09-bd8e-0bc05f511148 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,5c8c2dec-5a12-44ad-8321-b2b2d23b7209 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,b7997558-ffa0-4993-b2ff-89474ec61cb0 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,bbd17e32-04dc-4d8b-a327-eea1e27a69b6 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,adacfccb-1b9f-42b6-a75d-9eb5203e85af +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,8c5d5e4a-f7f3-49d8-a8d3-76422fa3dfd9 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,94685b5a-888c-43ad-9567-d25535df4772 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,159049f4-395a-48b5-8529-19cf6951baac +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,04b2aa97-5619-41c8-896b-b42bf6c9d815 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,401a6627-341d-43c6-b4c4-df00a7c1b56b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,40c61c06-2281-4660-8a1b-d2a765820bae +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,b1fe86aa-4b75-4afa-a716-4943260a4c57 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,04c1f25d-00ea-4eaa-8caf-364143f60f1f +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,d5c4af9c-833e-4946-aa65-b1d422cb131b +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,be79f96b-d394-46c5-bba4-43a3cb0adc2f +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,2b9c5653-bb6b-4244-b540-f23e7c7b5bb6 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,9b50d384-feca-49c7-b7a6-fa5325315efb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,81f2f4f9-c541-4ce6-92f9-440172b9d9ab +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,c6eed30c-e61f-4b4d-98e4-4583bc5e243d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6b88ebe7-5f57-4fdd-9295-a6b4340af89a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f5d42399-5faa-45a2-a9a2-cd9a79ead768 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,3f09b757-f0a0-4c8c-9ce9-e6a4a84876e8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,c1c18cf8-f603-443f-ae3b-1975f62ed6bd +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f5af0091-e984-4eb5-8c8e-f2bde7a4fcd4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,6adcd253-2751-4a86-b9ac-6329a5b28573 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,e8929132-f9fc-47db-8133-58c09e01905a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,c30212b7-089a-49a2-9393-24c455d05335 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,28e166c9-c59a-44a6-8945-87a4fd912172 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,f02fd20e-8bb3-4a5b-ad8b-a116a5c54d22 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,ac6ab27f-bd66-4bdd-b08a-faf54c84c10f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,975a5689-31da-4bbb-926a-fef24b34b678 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,22d8357c-3a9b-4bbf-b9f0-4e8a1fb33162 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,21036cc5-ab7c-43f3-b07a-adc57bce4b9a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,bf509f6d-0ae8-459d-81c1-2689ed7a0c69 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6bdb452d-bd8d-4834-9ce1-0988c9109f8f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,da1f5f87-0863-47df-87fd-7faf35c252ac +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,07e2f2b8-18ce-46dc-8070-fbae852f9ced +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,7afbd0dc-3e79-49c9-a13b-cd7458a2303a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,7d7dec42-33da-4757-af2e-d25082cfd5fe +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a467167d-eeb6-452d-b671-faa50b954d36 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,14b72fba-4c9e-4091-a518-cee9260ac1bf +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,cbd6e315-dfa4-4788-ab70-242c354a1831 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a48f6de9-2f53-4936-9113-1f4e3527ec56 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,ad272210-7e1e-4670-992f-61cba117ba2d +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,2b5c6228-5e98-46ba-b287-42abaa4107f8 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,658435f5-1adc-49db-9ce0-b599d2a6cd8f +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,e59a9b4e-f828-4c06-af9f-b2fff2c496da +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,324ca410-dbb5-4869-92f1-d2ef5c3a7bfb +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,c631b11a-922d-4ea5-b256-cb5f786c716a +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,28fec717-2f06-45b9-b36d-eefb24fac3e0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,f187fad2-122d-4d48-b4b3-78def106d961 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,b4cf2e46-aabc-45b7-9280-65917a29ced4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,2c06b9dc-b360-4418-b812-23eca6397ec5 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,ff6f9559-ac05-493b-98c0-14e0df8458d1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,34c21ecb-63b6-4e17-9bfb-25bbf9b9f20f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,4ff1cfaf-29d6-4cb5-8f6c-2ab5111d96dd +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,72d7a7df-5738-4471-a7af-024187578384 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,5c8eeae6-2f44-488b-b74c-7073e6ef4dfe +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6d82dc11-67c7-4e0a-86d5-97562a34c519 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f9195bcc-325e-4a16-9511-986238a150b5 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,e4bcd3b9-68ec-4f9f-8e44-f3a4d2fc96f0 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,13007ce1-30a1-433b-8211-e6a14e067673 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,8f1288a8-4971-4c2a-b601-faa74ddcd69c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,95d5443a-e4a2-420c-9396-4e7d08f9de81 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,4556ec79-f095-42f0-9c45-d86e14759dcc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,936959cc-ef56-4c43-a1d9-ac8aa91aa8cf +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,15dc5158-03a7-461c-a565-5abc4c10d048 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,aa476e12-9ccb-4ccb-b05b-a6cf918e3c79 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,1bdcc8f8-4a92-4baf-b145-17c2124d6e6d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,799b7eed-4d76-4ed6-a4f1-512d33d494ed +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,e45156a5-dd62-4771-a6f5-ce1f5b8b9c67 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,15da0ab7-b419-4dca-8b50-3a217f3a56a2 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,ef4cdd25-fa2b-4aec-9e3a-7f49bcf0db15 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,a1a528d9-305d-4685-92d9-ec717f91589c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,2241f6a5-0187-4d69-90f4-1410fcb20ebc +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,2fd85fb8-32ad-467f-927c-2fbc08f4b84e +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,9ae2c7ba-3585-4867-9ad9-6b3bc20608f8 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,06270461-fdc3-4ed6-a056-4143f3a68816 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,4b067c47-bdaa-4c54-a968-655bb0abf69c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,efcc5d71-551e-4de5-8137-c9981a1bca3a +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,1ac62371-a81c-467c-b1f5-cecc21cf092c +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a7c308d6-d653-44c0-b3d0-6530794678a9 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,775a6174-0fd1-4514-a0c7-1ecba9a143ab +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,72ee0532-8de8-43ac-8b31-1e4be5d2b264 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,fa01224e-b5d6-4cb3-917f-9aaac1000ce3 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,2c38d369-68b1-41e4-b8ea-62906f3619df +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,3acb11c3-9f17-4f56-9ec9-e042fcc61c4f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,bc191cad-7600-4ddf-820a-73ef6d2a0cc7 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,b54690de-b1b6-4975-abd4-5cb708e9aecc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,6ee30286-2776-4f4f-8017-79a209665fd2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,93a9fdf3-d27e-4373-8a5e-750476780b71 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,b3f560a1-7156-441c-826d-f084576b4525 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,51a7d40f-7231-4482-9b98-2c5fe7eab950 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,82971c1d-60b7-4f82-899a-0c31b5e85142 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,e6b98d79-4dee-4354-9df7-035786f42b55 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,53298322-6770-428c-bbec-875d6f3e8a0c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,d6214944-7fd7-476d-b87b-2ce0277b2373 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,f37126b8-8fc1-4c95-8725-627c32014383 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,3301d694-3016-48dc-8181-1a0ce1afb77f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,e36819f1-9580-41ed-8bc6-2ad1eca64703 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,57848198-178c-41ff-b00d-5d195015b4e8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,6d4e0512-af23-4156-9ab3-ba36b06c9301 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,ced411e6-823f-4909-9768-99c09c7074cc +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,6f1ddf5e-7d8e-47c8-bb2d-7f04df5bdb7c +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,aa9aacc1-e855-41df-8bd1-ce9ae1e9cdcf +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,0bc034c6-3fbe-43c1-8f50-238db98e2d6a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,f7ebed7c-f63b-4c80-bd23-d204c284cb5f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,c6af16b5-39f7-4b79-ae20-b52e475037c6 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,b30c1311-71f6-47b5-ac66-0812abbdcac8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,68524a8f-d044-4480-a588-ea6ef78a38c0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,e4fbc06e-7a51-4950-9daf-068b5b906807 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,41a949e1-8e7e-479e-b29f-77d9b6d10a2d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,96845855-034a-4618-a325-db9becf66f75 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,834fe3e3-0cdb-4aa7-bda2-06a77dd81e28 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,ebd0aed0-1c46-4f65-92ca-55909694f6aa +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,a5b13c85-c84b-45b3-821a-83000c4da35a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,affe4f06-d408-4145-89d4-1779365a90d2 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,6812d997-5a72-49a6-8e69-6371ca2e0a2a +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,731fc13a-aea5-4511-bb02-e6b30ccf7624 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,f896a356-4a62-44c9-a7c8-42ee50318b31 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,d01fba5b-574e-443d-a0a1-b974be70bbe5 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,fcc522a2-40fc-4487-84cd-744c96fc88d9 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,ad10e441-f7b0-4473-9264-f19ad6b437e8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,9ed4ef9e-cb65-4a78-9dbf-259731dbd8d5 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,eb13a738-29e9-4de7-a6d3-87c68bd0a0bf +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,c2688ef2-4ef5-45c4-aa85-a71134c9bd19 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,dd01f6fe-a6e6-41f4-9f50-4a06305e3084 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,50261b72-d7a1-4e79-91a1-f669dbc64d23 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,c6793687-0f1e-4bef-a07c-86d493efb8cf +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,1f9ecd8a-bf7c-48a3-8905-4d1aa01cefe7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,38f6cd52-f29e-40a8-9705-3304beb7a41a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,0fc34029-4c78-436c-994e-f5d8a0c4a147 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,6961b7ff-3564-4130-9019-dd17b3bce456 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,119966dc-afe6-4066-a211-1bb8cdf2658a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,0b716736-0622-42ce-b632-1bd792343291 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,19ee8022-ee8a-4142-af37-70c19f8e51dd +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,da95304e-b770-4ecd-b026-820cafa92145 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,106168a6-1150-4630-976d-1e3cdd17c650 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,d4608226-a7aa-4957-8f6b-a47810e0439e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,3b847b01-cae5-4af0-9e79-590e3cb5b632 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,cf88d475-6709-4c0a-a08c-773d05ebe4c1 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,850a3358-6bb9-4793-8f26-680486b761e2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,3798589f-adca-41be-a14b-b3054cc7875c +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,ed0fd6d8-db21-4d24-85da-dd2f8ffaf5ea +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,7ce7b88d-ed31-4fc9-8b20-f75803834e9a +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,c2a1b544-46f9-45f0-a5a9-fd06c7e6212f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,00a8a080-023b-4ea2-85f0-9ec178e5a924 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,20971580-22bb-4176-85b0-0a6d87886632 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,2fad5a4a-545c-4a5d-a672-470ba86eea67 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,314b52d5-8e9b-42b2-91d4-89195a9f6770 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,206573e7-d7fc-4a06-98a9-1f8aa918ecb7 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,6728ff81-5d37-4331-b5ea-5815d0817046 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,7d9d60cd-b3be-40b6-b9c9-14f7893a0066 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,88a0759b-281c-4b1b-8588-f05000a05f03 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,7d72bd06-770e-4800-93ec-551bcb21d6e2 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,4433cb68-5340-48d2-8588-83b08ca0f1df +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,7bf91c90-afc4-4f5c-ac77-0e50c0e12289 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,d90a3bd1-163e-4818-8d82-2361b6f1b91b +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,744afb1f-76ed-4225-af10-ebeead583930 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,ffdefd8d-cd55-48e5-b9d1-09e59c43503e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,9e0bc126-605c-4a17-814a-13d807741e6a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,5f7545df-712c-448b-b192-e1f5186749cc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,b3303b4e-80ee-492d-a106-b861bbc54967 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,3efa47f6-3e05-4d4f-9ec9-9044ba0b9385 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,fc1315ae-86af-4ae1-9fb2-694f142144d6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,202de087-731e-450c-9555-c4f4bd20491b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,60201141-2271-4695-822e-1f7ac8b2d439 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,854fa4f2-bc8b-4658-b70f-229d975ac8bc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,db31a710-a2e8-41c7-ad3a-a94e9a08afc9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,a65993b7-756d-4499-97f8-22f999bb9493 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,fd096619-faf9-4efd-b629-1d0bc9b590ce +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,78a0587a-3e31-48f2-a1a3-ce9ae4196e13 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,03b0cb23-76b2-43a4-adb3-d2b74d9a52f4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,65cb6cc6-c301-4a72-ad48-1107cb4a4708 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,c7d98f64-2a2f-40ca-9b02-b556f67f3029 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,cd328c78-c46d-406d-928c-a61fedebcb08 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,ccad60e6-75d0-4338-ba0f-19f6a942ab7c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,a98b6a56-6e0b-499d-8bb8-bf1bfd901377 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,efd4e327-eca0-4db6-b1ad-b485c63ce14d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,a9fd8d13-a631-44f4-aed8-b00a48710f19 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,4b1beaa9-092e-425b-9e3e-474e6bac837b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,962186c3-4e2a-4b34-8fb3-0ceaace1180c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,f1465f00-d9a3-41b2-bf03-457b25cc3cd3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,4a68efa1-5c4f-4c95-923c-c36baa6035b9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,65d4e5d6-f29a-459f-b320-c38b9c5cd065 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,5c838fda-1560-42fa-9634-96e79ceccf5b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,5400f139-b3f6-4aff-ae97-2b36288a384d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,33a3d76a-f777-459e-a8e8-75b071901f5a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,3dd4b197-93f3-4427-b8fd-23dbf42027e7 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,a7a7ac73-0752-4d26-9079-c22449429934 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,cee5aa02-9a8a-4f35-b6f2-1501b9c07b5d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,23c2c99d-e273-4cbf-8c7d-563333daa185 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,cd3c2e69-c238-4a3e-9cbb-d1308cd69429 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,f8d144c7-6a1a-43dc-ac29-def05f4727c9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,85c340b6-80fa-404e-a33f-0f3b7fbbd14d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,fd1fcf06-72d8-4d3a-985b-31eb73772ca3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,219e9fad-d1af-4449-a9e8-db2183ac6c6c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,5c56175c-d3eb-439d-a344-e8204e9db288 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,d0ec7162-2732-4c7a-acf0-07b0b5fa66ff +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,ecd02394-ca9d-4732-9cb5-099312eb9164 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,6cb4b50d-abd6-4ed1-8958-4c34d9d4b0e0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,97698db0-541a-41f8-937c-96ec55cf5cba +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,2fd0429a-39cc-428b-b1e4-c831a357917c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,e72fe0aa-d7cc-41d8-bdd2-8f1ac8ec426f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,1c4342ca-ab45-47f6-8441-d1164e5333f0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,1da44c2e-5e60-48ad-a8d6-7b0a4c6b71d4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,8b711982-0c5c-4209-8158-e82ab9feb823 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,044a4b58-419f-4763-9133-dd707d72976d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,247185e5-65ae-430e-b102-b11571593fcd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,a15ea90c-b667-42bb-bdc8-8eb6d39d2b0a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,6b64c677-87ba-4629-b7a4-764176ec2c6b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,d8bf01b0-a973-47a6-b845-90b24b191611 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,f617a456-0cba-4c7f-93a9-25f7c9a575ee +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,01ec9616-0bb2-4a69-b6bd-01665d64a98d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,4fa87ecb-29f0-4d5e-a396-3f06313f1ab6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,e7442e18-5931-474d-9cd5-06e29c6c8d6b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,3b0c8a44-05cf-43c2-840a-c16071de4ebc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,3c4eafba-0e89-4156-9152-cd1d2cfc17ae +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,afe6aff0-04c8-4acf-82fb-5ac5466ca310 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,fc3f5a20-5993-4081-a383-c82d2363a9b4 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,d7243513-b5e2-42a6-acdf-f69ae31be006 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,22195e73-5af0-471d-98d9-e337cc4b92cf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,b92c159a-688a-4179-a940-25a14441e54a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,7784ad3d-5e6c-491a-8cb2-4c991a8df87e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,52c4d5f6-b555-4b7a-b118-f1798fcbe5a5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,d96a95ec-280c-4b5a-b7a1-9a90ccd3dc35 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,f42c3757-294f-4bea-804c-218595caa124 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,37490893-9c46-49ea-8f7b-ffb2fca61e92 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,0b4ebcfd-d84b-4ebb-81e5-14b4bbda28ee +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,f730e197-bcc9-4dec-9e5d-e51f9d8c231b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,5aecafbd-0553-43f3-8ce7-aa46d72b16c9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,cb76e2d3-e3fb-4882-ab4e-d0f8b2f11f32 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,865ce704-5224-4ef5-a9d6-900065db6c4c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,a40ac5ca-8b91-4e94-bfd0-a0eb6ef375e2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,89be39f3-c0eb-46cd-953b-834e42992fda +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,644bf178-c752-4ac7-90fd-4670833ee4c2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,03a39604-4526-44c5-b369-035fd5a9b687 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,67dc1bab-5cac-431e-a01d-50f40062e072 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,a4831d08-88f9-42ed-81da-abb81d24afb2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,ad15f7bc-a993-45b1-831a-02f77d670728 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,e803c8fb-a913-4898-a155-0ab0f00c21dd +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,2cdd7a21-e8a3-4378-a4e8-3de701283495 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,ebb64204-46ef-4ff0-ae82-a9c2af5c0745 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,88241f85-7564-4875-b93c-78ebee84be8d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,c3614432-c6c3-4535-9d18-798926c5b0d3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,47805d7a-bc62-40e5-9f8c-a0f1e292351a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,f51f089c-585d-4b41-8cfc-1d3bbe3d6bf5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,01f7c5db-1c08-4d97-8b24-427313a9c998 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,1a3c838f-54e0-4de6-bfa7-3304470090b9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,6990c241-17c1-4a8a-84a2-f18ff3a1c01d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,35ecdbf9-59c0-4328-860c-b90ee08dba05 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,ec619770-29d8-4d0d-8a44-ab49c60dc66d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,afe6a03f-5424-4a2e-b032-68854b9389e6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,2472fff0-0525-42b1-9fe3-6c614b472f10 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,60e4b064-a67e-44b5-8174-a1161d10b6ca +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,ece867d2-1808-4b0e-bed3-410459990efa +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,3e849239-33b9-477b-9d6e-d5c0f2effe08 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,27db1dd7-b81e-4a0e-bea0-5b433edf8318 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,aea7999c-235f-4554-a9d6-13c82ca6db97 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,7a920c23-584a-4970-b466-283de6032cef +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,0e93974d-440c-47d8-a833-be0b7e415049 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,0a666028-3979-4856-83ce-f70a7afdc2d5 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,3a855a3d-f298-4e22-80b4-861f3a6b154a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,8f5aa77d-c4e3-4c69-8d81-ccb54b13bc6b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,ae5c421d-6fb2-4acf-a669-6e33d9d0860d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,41b0fd79-3f3b-4af3-ba17-1da1faffbb6c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,b83f1d1a-309d-45d4-ad7e-ae9fda30b2f1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,8965c9e3-d555-40b7-8f05-d6462dab45b4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,b09bebc7-31da-4813-ab0e-d4dcf6ab1620 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,dad8556c-6a9b-4ba4-bd69-9883ed049232 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,2521ffd5-5aba-4698-812e-91f4499f83f6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,faea8b68-a458-4683-83da-890d6eddc95e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,f0fcafad-9c98-4b9a-8dfb-3cd5b6a9aab2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,c55ef28d-add1-4afa-8e00-922ca0d9a5a8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,0c4b1347-d2c9-42ec-8ced-5a93d13585fd +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,2767dec9-bd5b-4926-a57d-bdca53082637 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,1806d1f2-a300-4a88-8add-bd25f4f6685e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,149f41d1-0920-489b-8d98-3ae486f43b6f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,f0e3ffba-41ba-4059-bfc8-5215908bf362 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,c615bebd-8fb3-41a1-871a-568d4bbc452b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,8ad71437-3892-4d06-9f02-02860e3da783 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,da1ac30e-65da-4f05-803b-915dfa444176 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,765005e2-a830-41ac-9c7b-c6681ff83fa6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,a5fecbde-f1e9-4d5b-931e-31bf4a2b0715 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,bc4be7b3-6169-4ad7-b4e4-ba9f54079ec8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,8c8f7a09-9922-4410-9957-cd0bfa29f92a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,3f2635f1-85aa-4546-8655-a48c0efe5b15 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,d2aeba70-d82e-4fe8-81bc-83384e0746b2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,9dc744b0-d08d-4b3e-82f4-f3fc546c47f8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,a7ec49ab-7f6b-41dd-a238-22fd93db4a1d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,558b1c81-92d2-4209-be51-1bc7758240db +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,7e1e8254-ddfd-4b8f-b80c-6d8447acbe24 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,3c18c468-5761-4607-aefe-a564885d161a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,3e73a5a5-ed63-4322-af18-1b311eb4cc1b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,ae093a36-881e-430d-92d4-d59ea970d1fe +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,bed95c93-66f6-4a2c-840e-28fdaf57ce1a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,d5016c30-228c-4251-91b0-0414de9c9ad0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,fff2f855-2d4a-4424-b0f8-fd1c75eabe70 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,148392f1-b482-4f83-8442-116f57256436 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,cd04d899-0e70-4c31-855c-73ea325619d2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,8cc3a7b9-5bca-45a4-91fd-fa51803f952a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,e6dd8ac7-e7bf-43ba-9e59-ddfddcfd8ac6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,6f42dd0b-a41b-4800-876b-25787773a850 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,b7bc48ea-eb68-4dda-a78e-8c59273e720b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,8dba4f3c-b519-4870-8f44-0661cbea70cb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,29398983-d762-4e5b-b108-99162e6630c2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,d69c0c32-305a-4105-8309-c4043fc41b86 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,4f18fd3c-eb87-4acf-bdd6-1d13b338d734 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,bf81f3b7-7dc5-444c-a981-2f77db83033a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,35a7ca3d-49ca-4ead-a607-4b28e08a50b2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,d515f070-73b8-4ae6-816a-218369350124 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,c5527999-a5d1-4052-8c8c-30880f7b3a35 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,d749e1bb-36ca-4ca4-bb7c-ad8cdc798a48 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,0cad4a7e-d978-4c86-a2ce-256425a82ef8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,71c9eb92-d657-43f2-9ea8-0ca5d0580068 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,47d64681-612b-428b-9174-dd4fa98d111f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,cccd8e40-8789-4c7e-87f3-42d7b73379ad +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,dc723d3d-5cee-4f1a-a080-129ba5f36aba +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,0a9da634-9f19-4b7f-8fc1-ccf39aed9152 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,10f9aab7-6f6a-4b62-994c-8979278d09aa +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,af93493d-6fa9-4294-8ad9-8f8b7b3d2bc2 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,ba9c2877-7541-419c-8970-fa13834c22a3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,716fb613-59b2-4f9d-8ca6-6419b5319899 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,8ed5590e-6587-45ad-b0a9-70ada5a19bce +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,affbc44a-237f-4bc2-9299-35f39330b04b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,d29e4445-8612-467c-9781-60add2a398f4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,b309a6d0-9a12-4d33-958f-04807e55304c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,526b5773-c325-41fd-aac7-acb8afaca0e4 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,60e0d14d-29fe-4ec3-b92c-2393cb4af64d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,0386b36d-3eb4-4be5-be56-22f09cdfddbf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,ddabb72a-1773-4886-aa4c-0e7dc9cb7adc +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,ca97dc8f-3bea-497c-b32d-eae7e921daf7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,416077f2-ad08-44f4-81a0-b83e4978bd78 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,923db3f5-5e5e-4d7e-ab67-7917a69978c7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,3937e386-01ac-493d-989a-0773e015fc70 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,8c7c5c13-6aab-46d7-883b-7dcc182c867b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,18d7a3ea-3573-4793-9ab0-80e9cfb56486 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,079a0cd1-9a20-4426-9f68-3527438736ed +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,c14dba92-053d-412f-9870-b24b43d3d573 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,1feee014-819d-4f05-826b-fa3046f31f71 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,1e4be06b-0f46-47e1-b80a-5fff7fec3de2 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,132a36d4-4cdc-4b6b-9591-ccb8fd9e81f4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,977b316b-c534-4372-aba6-5e79ddf848a9 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,12eb9077-4535-4634-824c-9d17fadc39a2 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,4f6e5d8a-b689-41c1-be9c-bfa0216689b5 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,ae3206b1-8257-4050-ac45-8bbcdd2bd6df +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2506abca-23d0-48b9-bb76-5c9819ee1516 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,43f574f5-abcb-4ae7-a123-b42482e90a36 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,41e56d31-845c-4e9e-b1cf-61db47a4b4e1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,5e24e6e7-170e-4f14-ae05-b53a4939f7a1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,fc999472-4873-4946-933d-5dc4fbad15af +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,d66d229e-fbb1-4271-8c53-bbd8e7c3c32c +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2f34caa4-6c59-461f-85e1-0278bb9e2b74 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,98ade0a1-67b2-40f8-a998-62e72f91a2ed +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,7585d3f1-3f80-4ea5-a6a1-44ccfe2c34a6 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,a726afcd-994e-409b-acc9-7e1b136fae7b +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,116a45db-8feb-427b-a6b5-885be2a27da4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,e4d41058-5715-4df9-9285-2541c93fa9b8 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2e8f464c-9b6e-489c-9cc0-ba50f8047307 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,2c012cbf-2277-4ab6-8195-93b6f0fc8463 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,be36ed5b-c279-43f6-ba0e-23993340bda0 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,16abb596-3f23-47f9-8bb1-9049d7e25d17 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,2e54a2f3-1cce-4cd1-95b6-d6a85d93d30e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,1867fda7-1a63-4aa8-b73c-725ee1b0907d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,b3f91adb-952e-418d-99e3-0a2404e808b6 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,3cc80b4a-13d2-4cce-862c-ada7377c312a +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,90d4a8f7-2fc9-4e38-a6ce-cf4f72ff33c2 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,0ad8d95e-07af-4ad1-bd48-266e5d02c108 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,4c431165-7c00-4aad-9c02-e5ce12d22798 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,259bb9c8-898e-447c-8217-a9d8ab97c2db +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,8c485e54-127b-431b-916f-c0db20e54edf +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,b705fa51-92d4-4db8-bc70-1cf2e7300aa1 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,236b56b3-c911-46b3-98df-1ca703818143 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,b01ae30c-e0f5-4813-ba57-123a956f87dd +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,c66ada8c-5f39-4fab-b485-ddbe93ac6ae4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,5f82cbc9-72d4-4638-bb49-3059f5910b41 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,c202556a-1b80-49cd-bfeb-f064dab01610 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,de870e35-76a2-494b-8856-ceb286953658 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,c5ffbbcd-6ebb-419f-b1ea-81db7cf68cca +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,eaa15ee5-e02f-4a64-aab6-bc5cdddfcf94 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,666ccf95-ced6-486d-ab7c-d4c43a4a794a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,fa3c1031-a99b-4989-a9f2-08c42e65ad70 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,b8e25dfc-df18-4243-9e9e-f98a14d22d32 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,dd526e1e-96b5-4d5f-99d7-967fd889e0f7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,4b88c841-0c2f-4675-aba2-57c85a8bcec4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,270dd743-431e-435f-b0cf-9460200ad49e +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,ffc28f19-569b-4b29-9e73-160ef34d6d80 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,4c8fd0c8-c07e-4c91-958c-984e4296a4d7 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,3cde02be-267a-4574-b770-1f2d0fee70e4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,994560c7-15e7-44b7-8149-4895fca8487a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,49b44017-e555-46e1-9841-0f0ba752b91a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,cbf12a3a-cfe8-4284-bb7c-33897cada699 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,f6ebd72d-6eab-4399-9226-4e7b76a494e9 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,e6cc824b-8dab-47d2-b89f-e6fbda5fdd22 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,1d61a7ee-5c5b-4835-b0b7-3f6347c1e223 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,018a75c0-e24e-4527-98c4-b1b243fe64b9 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,6c1536b3-ec33-495e-a026-964c2377bf0c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,1cd95e25-59e7-49c2-a226-c9585fccac69 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,08937665-9ddc-4414-80c6-02c1c8389263 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,19dc8553-a852-4167-b910-4aa4608ea3a8 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,64d8f385-623b-4eb6-8852-b326be2c59e1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,d8696932-6ac0-462c-9e07-595c1c3eb001 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,91db586b-e651-4a84-963e-f661d83880a1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,f6c2fe89-d23c-4d57-8a6c-37954c1f88d6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,47fc8284-29c3-4cf8-bb5b-d265b3c4dae2 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,bc1e027b-a406-411b-bfda-bb427f4713ea +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,c0754c67-919a-4ec9-b455-bc272c9705d1 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,5f7fb54b-1c83-4240-a3cb-2cd58b96be4b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,3c97c416-93d2-42db-ade8-61b495fa9fb6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,20df4d30-e884-493e-ac68-9ea6f8a6eca5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,40d7b256-c17f-42f2-8947-055011525cb0 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,c753a3a4-6344-457c-a518-32ccf0f9074b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,bc06a59a-8972-4e94-8102-3b4b0a35df60 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,633613ac-d01f-47d6-bff3-a970d29dafe4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,1c4b6c2a-82ad-48d5-a070-e6210bc17a8e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,f1e27788-852f-4427-82a1-e1dee5ed22c0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,45445694-b2c0-493b-820d-4d0587eab4a3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,5bfe52b1-1c26-4d8e-b372-89f993e2d317 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dc4ef8a7-7153-466f-aee1-b682208ffd1f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,9e6cebf6-12ae-4211-a78e-35a002fe8499 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,6ec4515d-4ebc-491d-bdf5-9e5545a77825 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,69c68cb3-a80e-4fec-8da1-25390b61f616 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,eccd86a1-f5dd-408c-876d-d491d10b828e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,1cad2426-53b7-443b-b22b-f331e01d4df8 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,002e0b5e-3a0d-4edb-9dc3-3f38d9286db9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,78d47a83-d043-4308-b3b5-b941df2dbfe0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,370c6f58-7e16-4125-a61e-b2033645b1d3 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,994892b3-57e9-46d5-ab58-17d9d044c0ac +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,8925d5ec-ac2f-41d2-969f-17f45c6fd3e0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,3876cd0a-b900-4544-b6a0-a818d859d819 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,ee0571b4-e8a2-4848-ba7b-3d56b5943057 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,e22a5cde-8ef2-426b-afa7-41fd7da1fdb4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,af2be7d6-385d-4507-b24c-a73ac4ee69b0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,b26880c7-fd37-4015-aed9-c07b2655824a +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,0a961ef9-523e-4c5a-bc2d-3b7a86c18224 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,54e03edd-794c-4a34-964c-ba8df9301dc1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,b71b3c2d-2432-4680-9aa6-4dd767fef42d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,b79f8322-5876-4f9e-a2cf-3c92370abaf9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,0222e781-da5b-4993-9481-f31f37ad5721 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,f197aa5d-8d1a-4cdb-8dec-462e559585f4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,bd08a9bd-12ed-41e1-838f-7d5eaaf4b8e4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,8e002e80-4082-4bdf-9302-549262fefdb0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,99156406-cd8f-49b6-947a-cd90a7d93f69 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,c94762db-b5cc-4b7e-bad9-6141a347f061 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,92f9f814-494b-4550-993f-d80f99debaba +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,1e08c786-14ab-49c2-b0a3-43484f3210c4 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,895861f6-b4fd-42d1-abbc-c076023de6a1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,609a1ad2-72ea-41a0-a312-8841a73650d5 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,5db99675-9719-447e-abb2-22f469c5448a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,4d3a38e3-4ff3-457e-96ec-8d353bcf59ba +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,9e24a234-7f62-44b3-bf5c-5b6a7f9dcf6e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,cacf6d8e-6c04-4b65-be33-606e6f4759e0 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,1cfd74a2-ea8b-4af1-b546-e91c7b10ad7b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,162b5b2f-1aeb-45d1-9f69-37b3acbd5032 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,aecaf0bc-2e1c-4d3c-8b76-8cf77bdaead8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,35b7d07d-0917-47e8-bacf-9b4646cafa15 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,3154f883-a4a2-4d41-83c5-9ae03e95add2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,08160ecd-5805-4c43-9f7b-998cfb8baf6c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2f04f18c-8e83-4e6c-863c-ec10d542d15c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,2b669c50-8f9b-4970-9372-6105afba1b14 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,2fb641da-1b5e-420e-a6fd-df7c42f2436a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,fff0043c-a861-49c5-af90-286dc5fad267 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,954d2ada-17e0-4447-a35a-e7ccec80b13e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,a93c8dc5-a5bf-4ee8-b288-1f9aa3e04430 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2c11a184-99d8-4f09-b3f9-6c0949c93c57 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,e12e1f33-9df1-4ae5-a3e0-9d789253cf4e +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,740d81d2-81e7-4fed-8e48-938999ee1a22 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,a9a29a36-7acd-49f6-a4f4-f6839f6959ce +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,1a02796d-a7df-49f3-b473-98f36fd22d17 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,116b4def-065f-4ae6-936f-4c367c8a6702 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,449f7cae-edda-43e7-b4f5-441f7cf4d5f6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,dc636b9a-eea2-4363-950d-6554e6bcc79b +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,edf27e46-dd6d-4b9b-b0d4-a297c8982205 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,460bb090-4278-4f42-ae8a-57301cb4a67f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,43c680e0-47fc-4338-a92b-27986b67edf4 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,2de6a1d0-1e38-4f3e-994a-e035572597e6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,6592b859-8a19-4bc7-bbaa-0c26cc4a59c6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,61f46319-d021-4cc5-8890-62b9cdb91ae8 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,e51daa11-82db-4350-81ce-c06d586e47d2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,3bc4308d-30d1-403b-86b5-ab306cdd84b7 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,4c415e84-ce40-4f0e-b6b5-49b541e5ff61 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,83296b4d-9416-4be8-a617-a36891953a82 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,02e098bd-5ea1-47de-9c12-a54ecc9a4ebb +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,5eab51d1-9916-4823-aab1-e99681cd60b3 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,3115c0b3-ba88-46f0-93bb-609fecf84cdd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,52c0a221-cce8-4910-ab65-e22401b89886 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,4c59f3bb-980b-4535-944f-fc3ae3f7b6ba +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,607ee4d0-ea23-4a61-819e-584473d4e52b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,d73568ff-7df2-407d-a301-d34cd887c0d7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,f5edbc97-ce59-48b7-80c8-ce165d1e4489 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,c1fbcfd2-35b6-425c-bf09-f4f83c9e5449 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,183523bc-65b3-4bb6-afd4-405eb3d2ffe4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,4eb46c79-04d1-48b7-bf0e-6f032db20359 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dcadf65a-d301-4e70-94dc-3725c0a8a223 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,5c77dbf1-dd3b-4cab-9dc0-dec3948246ea +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,f27f9942-c79b-4991-9e78-7ae371e1dadb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,346a1183-f3b1-4021-a782-652cb05c2cfc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,7f7d90fb-7b58-44a6-a384-94954948c601 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,6ba26abd-3b87-41b2-8ee2-69d1f5e2862b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dd65d61f-6776-45f1-b7be-458fcbd830f3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,9fd60eb2-9ce9-4191-adda-bb8ab079e763 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,395c7da9-ad77-4c29-b95e-b53edd83cd7f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,f3edbbda-904b-4593-846a-bc9426997ea4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,a8c441ad-5a25-4264-b785-ff45a311d822 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,2c08fece-a372-448c-97ee-ff655ac8b5aa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,da857003-42da-409a-a6fe-2de5b7610b14 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,6264d537-28c6-447f-8914-15ea04387dc5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,c76435e1-4403-4e7f-ae0a-c6aecd715fce +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,c0ea3741-dde2-45f8-9085-1fc81c54543e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,f6b82a65-6c7c-4e0e-9c5a-c386d02f310f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,8468fd2d-eae7-4754-9585-1aa105b51bff +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,060a89a3-b8f0-4730-b41b-d8d9141261fa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,985ac113-7125-4490-8ec5-63d5a25fd550 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,094d2197-0eba-4fc7-a4a8-f114c720a660 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,3a1ba3a4-cc35-45bb-a1c6-01996831a2ee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,bea1cea3-0469-4548-9f70-4bc537ba7d58 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,fff8419f-0527-4662-a310-86af152cf7d6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,f4c3249c-a94e-457a-8b51-8655d9241898 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,936ede8d-dab9-405d-a07b-a3fb24d21a1f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,f938e209-1826-4c96-8b5f-0970c26d6940 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,9250098b-6ad1-4f6c-844e-e83eacf6bb2b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,2224dce4-53e6-450c-9ccf-26d1695be8fe +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,ecdf7c4a-9b89-4232-b77d-8a23080ac1fc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,971ed60c-35fc-4113-9d69-1c9a44ebe0bf +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,5d790d6b-971e-49e3-b7e4-c12abbab5cfa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,3791ef37-ed89-4011-9572-c6deb4c71130 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,94e25a4c-3614-4b13-9154-60ef26589b3b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,113c726a-c08e-472b-b12c-0c5565bc183a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,89f6c29d-fdc3-41cf-9047-6b61834b14c4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,c229971f-799a-4910-8fc9-5bec4e1432b0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,e729a9fc-88c9-432b-b8ef-2c95789d9f3a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,99d74c4d-f8a5-486c-b395-ca24dee5bdee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,3125b023-1190-41f1-a5fb-6f18c6ef88da +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,2698e152-f666-456e-b990-15942952470b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,e4538c6c-3b4a-4926-a2ca-7127dfef61f6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,865cf1fb-bfd3-4a8d-8682-37f82119a760 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,ee48caf7-321c-4d35-9e8b-af08ccfa0f27 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,c63f3aeb-ea28-4dc1-b55c-f1fe0df05238 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,aacba905-e9f9-491b-879b-c4897efbe305 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,cdec5341-8293-4484-9395-d46a9686a227 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,7e7a2333-46a2-470b-b7cc-84aa126d5c78 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,935a6057-2291-4b12-9704-8516e3bd513e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,0550c9aa-9236-4761-87f1-1818aea0171c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,9ae68328-c6ce-482b-8b50-cb6d1fb2c113 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,10c79d6f-1db3-4d27-996b-950fe69591f7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,816e0a72-8cfa-48c7-93f0-ca9a1ede5198 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,7a9ef590-8b6b-468b-bc6b-13a8a621daa8 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,de352574-15ef-427d-9390-73a318f0962d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,be029f2f-fe97-4a9f-8720-e3cb2a2158da +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,e98bd00b-265b-42f7-b33f-1e592eceba1d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,0a339fac-5e40-4b3a-b041-14b8ea46f0a4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,7f418392-c8c5-49c5-bc14-8a73267d1664 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,ca73de73-b80a-4084-bf4e-920d00d0232b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,52f27cd0-a3df-496e-ae9c-7c77990d5e27 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,82f853a1-9323-44c5-9cde-94362e538a98 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,869e0017-6cfa-46b0-b4f7-ce5e04d5bc65 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,568fc4d9-b057-44ca-97e7-eec9d9e48749 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,aed6833d-15f0-4baf-8131-70e051f1ebe7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,44872ac2-45a9-4c93-8efc-e40a041f7750 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,f39f93c8-ad28-41b7-886b-e377258232a0 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,4a22ce04-374e-4332-976c-b272d1fe2c42 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,399592d3-6f17-40fe-8628-101eea9e8f63 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,14201e14-79e9-4a65-aa4b-1b6039274b43 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,fd89ebdd-804e-49f7-9417-91fbaa28aef6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,9819e822-6dc9-4613-840b-2caa3e0a1b00 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,7bb2dbd3-7344-48e9-b14a-4fd46bac26dc +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,724933b3-0523-4f72-a8e5-2a77c3613f88 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,468417a0-03fa-4cb8-b86e-dc60b3737e59 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,2363487e-3558-41b3-8244-2ab0f8488e88 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,c49f0730-835b-4a23-bcbe-f25efaa5948b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,7ba96715-a9f6-4025-be3c-3f10ce2044a1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,8bf36ca6-05d3-40e7-b233-c18c98eba2e9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,97932007-1ba5-4009-98c6-ed2f561db6dd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,75de8438-6641-411f-a940-ecb1c018a5bf +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,cedbbe47-92f4-4282-a39e-bb5a0c4f0d8f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,6fb272d8-efec-4b92-b58d-e9043f66badd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,7e074470-6be6-4f81-b316-678331126a3e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,2ad8c731-ed63-4da6-8a3f-7c60dc158409 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,587132dd-4483-4a4d-8e66-9851059e7fe9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,fb9e6b12-f20f-4e71-8700-a5b2f021eda0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,114f9a96-ff9e-4cc6-bcee-c77bcd02a4a4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,bd8fddc3-7876-4bf3-a634-276c2cb0b160 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,eef00b46-a46b-4e44-9028-50295ce6c079 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,ebc81053-e0d9-403b-baa1-f869e83cccbb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,5f93207c-7cbf-4b98-ab90-3189a52859f4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,4807a464-b220-4823-aec7-84c5099cb686 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,7bd78ecf-e524-4686-9d5b-a110fb44bf2b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2968ac88-86a1-46b4-9dea-6e01693445a0 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,fe8216ee-246a-4565-8cb5-44e08fb1e8b9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,402fe99e-02b1-4ae1-b61a-0ef6c484c3e1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,5a5e101c-d4c3-43a3-b361-e84c36057d40 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,5cbf6f29-6908-4388-888d-1624708347ba +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,801cfe0a-a639-49d7-8f49-d86d6e998888 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,db4cfa72-1d93-456a-bcc5-f282587c2ce5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,053531fe-c419-4cef-8401-4dc070e6db06 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,5fc0ed1a-94a4-4182-b374-c07f24688b9f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,09fb49da-8825-4c8c-871e-ae830d7ac506 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,8da3117f-e6ef-46df-bcab-34ff6a99af56 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,17122c61-3807-4e28-a46e-77ce9b652e80 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,9adebf6e-f313-4cff-94c1-2c9ae9eac9a5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,e484d0f7-3b4f-48de-b00c-3bd36dead8aa +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,83b98c56-09fa-4a22-916c-68640c3f9aa3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,32b35249-b5ea-4e83-9178-c49971a7664a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,b3640f75-eaf1-48b8-84f0-bf60f16371e8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,df46be67-2b02-493d-89f0-d4ef14589f14 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,d1106dee-5aa3-4fd8-89ae-1490f99a7ceb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,98616175-1694-4052-9d87-543ce433f1cd +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,64b812ca-f444-47a6-b953-23cca2baf777 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,a989d1b3-3595-48e0-99d3-0420a61eff97 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,5186cadb-3c4a-40a6-9e97-f85685e204d2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,b4e59026-a16c-4c30-b68d-43a712c514f4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,e075bcff-120a-485c-bf19-2c5db0abe5d8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,ef6ff6e5-8f79-4d85-8d8c-29d075b4fa0f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,48764bc9-4f3e-44d1-a4a0-991f29b402f4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,b8a9a9c9-ae77-4f73-b432-4c39b3ef8211 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,fc1e58ac-292b-4fe4-89ab-c7588e6657c9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,5aaf1b5a-7083-4bd4-98b4-77b5b4dae2b3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,e02e1809-2c7f-4f3a-b6cc-52b59b8cc8ce +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,c66aa7bd-d011-4f36-b335-9fa03f7b1d47 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,6948f535-4079-4d0e-96d7-0ba9520370ee +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,bb7a6e78-f693-4c5b-967a-884ca109c44e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,8e5ae084-ca0a-431a-9b0f-412e73e30b90 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,47caa4a8-612d-4215-a99f-f1dc6d12040f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,faedbac6-237d-4a51-857c-75873f4fc88b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,e7006803-d1a9-4194-ad13-b34971018845 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,d985e9e6-1869-4f26-a06e-304f9248b385 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,9bdef68d-37f5-4827-b038-d6f3ee9602c5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,04607053-fce5-4d4e-a8e2-618c9f6077c5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,3f23a8bb-2649-4c9c-95c8-4fc85a94613d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,9d0a202d-dc7a-46f4-a611-a0c3046dd0cc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,9f3b14cc-0181-4567-b661-38fde22b1402 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,b2734cbb-53aa-440f-88de-e45009d2d33a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,a8bdb916-8a59-4335-9de2-a3f1817e0117 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,f6052360-aae6-45fa-a962-1f4f746b6352 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,697d1e58-b333-4d60-96e7-833438baf007 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,7bed7cdf-d694-435a-b627-e46a6cacb5a4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,6334ccd3-500e-4775-b1d7-8801824e12ed +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,1ed5133e-8937-4dc2-8691-01faa0f1c103 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,472056e8-5553-4fff-8573-b109a1dd4733 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,d2a77465-a0f6-4273-8cac-0f8fbc04c63f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,fbe63a33-ff05-4e9b-945c-30fa716fb9ab +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,da0ba1c9-8460-4cc1-8c89-d200e73dcb9c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,0d765e81-09ad-4851-a06f-dda297ddc31e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,78255256-9e3b-4813-978d-b21847569342 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,33404aab-ca33-430e-bd55-12c0c461fca5 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,1f87545f-6c6d-4ba3-9edb-4b5089e22ba7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,f1cfb473-24c6-433b-aac4-0324c5776e79 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,23cd7a33-af60-43cb-9b61-40ef13f9ad7f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,b16a0379-9fc2-451c-9412-00cfae3deaa1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,094aac84-2ff9-4c42-8097-81248af439c2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,20d1f1d3-d06b-4284-ae2a-e87f8573ccf6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,cab97dd7-e618-4bd2-ae0b-77905da5cd1e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,e3baa05f-435b-4030-93f0-5238ac1ec0c3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,1f014e10-c266-45af-aca7-74946e6432ae +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,e890123f-d260-4eac-83ea-74f721c7d399 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,e1668631-6246-455e-8c2f-3c3411b4b3c1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,1bc41dee-9f71-4e2f-80b8-66c9cfb95f3a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,23236a65-484f-4fba-a2c6-f54f6186df0c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,daf15825-8b77-45b5-9bc0-a36505159774 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,dbbcbb9a-6761-42ba-8ed1-fb7bdb24eb15 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,8ed11bd0-3afe-43bc-b8f6-6e1122572b4f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,c1638939-4ffb-44d0-a951-f5f638d41b42 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,a772a69d-e9f6-49c9-8913-2593134d483f +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,8cd8bdba-5140-4868-805a-1f9e66ae8829 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,29801ff2-7f11-4b5d-9825-f5fe14ac104e +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,d346b8b2-abb5-4a19-aaa7-c9e42d725740 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,63b6d21e-a842-4238-a4ba-112c6267388a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,95574384-b65a-4cd9-8b3f-5b22615dc17c +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,99ab3795-46f1-479c-9339-4d75aff56c1d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,4cfeff57-4cf8-4ee2-94a6-65069f3081a9 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,de4059e8-4606-430d-8ec6-af3d4f6e2251 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,0ae50ae7-e40e-4bec-8690-96aaa91ba476 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,b4f134d8-3e77-4a0f-b5f7-aecfde59bd51 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,3c358075-faea-43d4-ad01-7e2967835f31 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,a133c2f8-2b66-4270-954f-e6cf4f7ad06a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,eb0ac66e-a395-4121-a56a-a7ae1a7179e2 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,4a2c2fd3-60a0-4149-9c25-14f54fc4f572 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,e6b4e7f3-88de-44ae-944a-ac1e71e549da +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,896951da-16b0-4840-a14d-aaea66acc0b8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,7c0e6553-6c9d-4758-b0c8-f15ad28eefb1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,cb67cdd5-ffd1-4e9a-96ee-9d6ea6d817c7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,3cfa0d76-3a9c-4acd-9a2b-420d9b6a9f96 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,8bcabb31-746b-4027-a689-531c3ca019a1 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,7a9f0478-32de-4bd6-bb32-4092a8ebf548 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,ee14e48e-931b-4dfd-84e3-a1d06a5f929b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,2681a8f0-e63a-4877-be69-dcaf5c7bf42b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,69b91344-eafb-484a-ab2a-17ec149f0cb7 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,e2889855-5a46-4c8f-9c6d-cd37e2b3dee9 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,c58f960d-911c-479c-a34f-97bc4e6d9206 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,5f15e3cb-fcfe-457c-ab95-bafd3a14cbf4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,ffc28a83-491f-4f53-8dee-52c2edb85ff3 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,aed86a3c-9af5-46c5-817e-df0f942aacab +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,d030aa99-6ae0-496e-8251-ef7bcbb81fd8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,075a1a74-5637-4868-aac5-f7eb3c6bcd7a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,21d0903a-53e2-4921-85d2-4609062a6fea +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,6f48465d-d515-4bb1-8eaa-931106e0586a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,5a108695-e331-4f16-8b77-1b02f2ebedbb +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,2b5acbdf-de6c-4418-a0a7-d061c0937062 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,95d1bd22-ba73-4561-815d-2031d8ddd7ae +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,48e5854e-551e-4b5a-a7fb-3e41bbd9cbd3 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,8dcfec19-0da9-461a-9218-06fe8b8501f0 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,62c2a0ff-14f2-4b5a-b0d8-ac08d9de5d51 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,9d331420-982f-4dee-bb64-5009ff870497 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,9ab53285-40f1-4d00-a54f-ec1367da9f49 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,538be49b-e105-4b16-a2d7-66bbbe0edd3c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,81efa617-1105-4616-8bc2-58a528e76670 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,fb2b005d-1766-48d6-b63c-59afc41ad91a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,e690979c-4413-4642-b2b1-e781fb4dfa1d +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,8814b9ba-b95b-4e98-bff6-636ac2e4aa8d +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,72736164-4c58-4691-8c87-d202730de8a6 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,938375a0-7530-48d3-a2c9-e18bb5706321 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,fcfd4942-2af4-4b37-b459-352cb671c0e0 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,1b17d11c-b6d5-47e0-b7a2-998827628f7f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,4ed38f7b-fba2-44fa-8edf-59ed9d9e2d9f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,e46ec2ca-0f15-4110-a42a-b35628321c21 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,18db2ffd-8ec5-437f-b97b-a441185c2274 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,dc1eea76-b826-4c3a-a67c-d5cd95f80b6c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,1497f257-c044-4bae-b0bb-38709940e6ff +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,897c318d-d1eb-40dc-ba62-1e797a881d79 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,13c46afb-98eb-4ee4-b1fd-2f70e7520cb5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,ad250df7-2b70-4f0b-a401-ee81d8edef67 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,33cc8347-9f2b-484e-bc10-f0c87e61ac2c +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,57f848a6-69ef-4c81-8d45-95719c0b80a1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,1625a06f-ff73-4326-a444-1e9af46960e5 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,a65266ac-5207-4b83-a7dd-ff8a6a90bb50 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,3fb72f15-8aa6-48d4-8adb-64ac97c846b1 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,b5481f38-efca-43ec-91b5-609d7bdd6b57 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,26710281-516f-498e-949c-06ebfef2c8f9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,4f599f8d-bbc4-4c9e-9c63-9bcea904bd40 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,1a8c3775-4d72-4296-8b1c-7ad2e3d00d3f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,d5f73802-b4de-48f7-b7f5-7e4c0c4352e7 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,5724450a-d1ea-421d-9a98-6e7bca77d7bb +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,cfef4dfe-4020-4855-927d-6eae18a501b7 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,bec964d6-e81b-405d-8dfc-ece1ec565b17 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,8123acc6-f03b-4539-8a2c-40e4287c63be +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,b2011029-9913-427e-96cc-60ef2ea9f7aa +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,88348513-b822-4a7a-8875-42fbca0da3cb +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,24365ea8-e0b7-4338-a913-805d4b41787c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,bb24bb53-ccfe-458a-b9c3-d17cfae88da5 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,89853d85-7304-4812-b4b3-a01e5fc9be6c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,fd91f558-1675-45c7-8f5c-cb2d64e12b90 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,cd8dec2b-b531-457c-8553-72fa272f2399 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,b3a18687-b711-4d40-9b54-a442b6b2d173 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,9a44503e-fd51-4197-848e-4d59978e9df1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,d5b828da-879d-417e-ba23-4220fe06270b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,a22e45da-3190-47c9-9857-e1a85ac6d466 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,3117a195-0e4d-4151-a2e4-803aa4285e58 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,840728b7-37d1-404d-99d9-5707326613aa +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,5c6fce99-bbfd-4133-be6a-eec75485726e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,a4f5e502-ad8c-4be6-b9d8-9d274c6d66ed +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,6888e109-5aac-4990-a2b6-beb503e743c3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,f376c76a-20e5-40cb-9bc8-51be9eb5f348 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,0d2ca1fb-e489-4d36-b5bb-f8d137116694 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,eca81e49-ae83-4233-a4ed-e053b21220b8 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,616200a7-65e7-40ab-ba68-b0048e2fd9e9 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,31a0fca5-b338-4c34-a8a9-484375d02c0e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,fe01b947-9ce0-4124-9000-705bf256818b +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,79cfe084-920d-41b5-8fe3-bfa6cd7ee7b1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,4c0737e6-c8bf-491b-872c-07587ea2137c +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,789cd519-aab8-4114-83c1-1e5ea9331eb2 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,857af3e7-ef56-43ef-b0cd-4db10b7c5d5f +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,29f3475c-5f61-43f4-9145-32f73ae4670a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,854e27aa-a6d6-452f-bb1a-e3aaed1370b6 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,7ffeb439-304c-4e76-ad0b-9ed650bc5f8a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,ebe5da98-2bd5-482c-a5d0-a5b05a4a9cdc +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,6576545a-e711-41a6-b876-694046f4135a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,02e3d6bc-ebe1-4906-90ae-9b59f34dbebb +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,3bd3c8b9-6ce9-408b-a0ca-2e4244291d3e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,9e097460-a8b5-474f-9799-e2c81e66d373 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,bb2c1e8f-f91c-453d-adbf-07357f102336 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,1402e84c-aacf-4d4d-ba50-5f719adce47e +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,f5aa3f8b-f291-4c60-98ce-1af85e0313c5 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,05157101-35bd-4b55-b886-955c6f9a087c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3bce9619-23c9-4502-a798-40875d499503 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,0058a87a-655b-4cf7-a18d-e78cd5876c80 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,177212f2-2624-4161-9ae9-8894488688ce +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,e20be723-9a98-417f-964f-b0722589cd4d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,223ac45f-7063-4ae6-8176-640f2f3f1ef8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,958fe025-5d52-4384-885d-c875bf9e847f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,304f6fe7-b0b3-4e0a-a238-3eb3f7dfadbb +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,d5c9bacd-8fd5-4e32-9c6d-59d79e7ee552 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,3e96fd1f-125c-40e5-a414-4f99ad6df40c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,356875b4-c433-4000-b928-ba5ae047db7c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,010b7d82-9430-4f03-80ed-64de64fcc85c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,aef0d4df-238b-49cf-95a5-a6f2d081f378 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,487f9190-1692-46c1-ba29-ec900c1022b1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,9dcc9aea-3dd9-47a1-894c-9d93ac3da0e8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,82df507c-460f-452f-939a-7014f67304de +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,220aa038-ddd1-4722-8e11-28bb057ec6cf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,aaa91dfc-1658-49ea-991e-74325419387c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,bffec590-9926-4eee-aebc-356b7899d6f7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,45d43c83-4b53-4301-8f1c-844f05720a4b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,cc85ee7f-57e6-46df-8ec1-4bb1a115776a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,79b49263-3fa1-473a-bfed-d8c78870c755 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,a7027689-31b6-4058-9cec-51bb1d1f6834 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,04ea065c-a441-48a5-9f5e-3dc501aee835 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,3e8c25ab-7c86-4220-b8f2-06c2ea230145 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,864e35bc-83fb-44ee-b44b-07e4996076b3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ac43460d-cc06-42ee-8e1e-ff635f6727a2 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,c5a122e4-90fc-4dbf-a80c-d5404ed62e1f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,d0107da1-caa8-4bf8-940f-16c87a038970 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,d8e6127c-8209-4c20-b5bf-f9aa9232229e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,46def265-486b-4b4b-bc11-a92cab1aacf1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,1109b266-f5d1-49c4-a204-b7c385112f1c +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,9437e774-1bf7-4553-bd89-c2ad2a3019d8 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,ce890d48-2782-47c0-8914-bb57c70e8d17 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,f352af15-05ce-487f-9074-2257a2588f7d +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ee39eb89-73d2-4c23-bdb5-b47c10fadde6 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,82ebe7f8-2db2-458a-9781-fce140197d28 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,a1e464f8-ad82-4938-9ad0-b8f214c8cf5a +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,047b1ce3-92be-4101-8a8c-b32ae899f808 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,932396d8-447b-4ed5-af37-2d3877a8692b +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,c6ab430b-b382-412b-99ee-4eb8028c7079 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,b657cb6a-2421-47d9-954d-3ddbaa3b90e3 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,ba3739b7-4e89-4e59-93a9-1f2112917a39 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,9ae4f72a-8fee-4ce6-9275-6a987417ee31 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,684332eb-6aff-44b3-a5b2-b9deabbcd81e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,14fe26b3-eaee-49bb-91cd-9b1785b81af4 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,150bb3b8-3967-41d0-8a07-8a778921cac5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,cb6cdfc5-3da6-429f-9850-08920f1a6c27 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8c648259-21d5-48b3-82f0-fcd5244410be +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,6813ac2a-a62b-4253-918d-de893ebde6c4 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1e1ed4f3-a2e4-494e-b1aa-f81cb376aa48 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,68fbcdfa-e563-4d3d-9d25-1dd0e615be08 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,2d586087-4eeb-40c8-a12e-95a31fb704c9 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,345749a2-fdcc-42a5-9469-7edf1f941455 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,3368d042-d41a-4e7e-b639-9bfb11d08a21 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3a6cde7d-4a37-4e6e-9011-4b4d52717f7e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,d2e7900b-f87e-4c45-807e-2e92c1e989e8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,cc71bd97-4cb6-4d9c-be03-7e8de99996a6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3ae8b564-66d8-4906-a5c0-f89411bac9c1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,88ab1e0d-3b56-41ef-9c92-07670e385352 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,169cf6d0-effd-4334-ad7e-8f477251ab0d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,ea0727ff-f6b1-4deb-b0f4-d9a148c1ba57 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,5eb04074-1aae-43ba-8708-80ca65434557 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,0f3a65b3-c781-48c7-a66b-aeb5720bd054 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,2360c7b3-7e47-42e3-90bd-c277afc854e5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,2415dd56-aea3-407a-94f3-ba4e1b81fbaf +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,ddcc6727-52b1-4a37-aa41-4875d137ca0e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,867835fb-2d57-4e5d-a2cc-ea4f00f163ca +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,90117f86-0563-43dd-b163-b60ac10cacd2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,b2e1edc5-5b94-4d2e-a53a-3cdf26bc2eee +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,37529118-a27e-424c-b962-c147fee05ff8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,4fd77a70-fecd-4f91-8715-899d2c4940c4 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,dbc73ad0-00f9-4ac2-acfd-f2bee5513698 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,2bf8108a-97f9-46c3-91d3-8c8a13f7c3ce +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,7d910e6c-27bc-48c0-b8df-14887fc2d450 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,31768918-1ffa-4dd4-baef-cf69e2bd05c3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,cd074017-8654-4320-8c4e-b6ad966f1424 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,a4603628-564d-48d5-aaf1-0b61f6ddff9b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,599ef434-f33f-4d66-ace6-a1477281ad62 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,5c737782-64dd-4979-8b2b-c48506750380 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,92bbaec0-5741-4bb7-822a-db1b550ace7f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,33853dcf-0881-48ec-947f-c456af842272 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,aea28001-11c9-49f6-b46d-69b5d73343c0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,1a971b8e-f34c-47b5-a53e-22eea491ce96 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,3a37e56e-aabc-4616-ae14-84bd880ce87c +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,b5a93e0a-c915-434e-973a-222f2d99907b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,61a50588-f7fe-490c-9c3a-325742bc1a4b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,16cb7f75-0f84-4227-9a1c-7c487791fc25 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,c556712c-d3f7-43ec-9c91-22b658b417e8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,0723195b-b6f6-40bb-be8f-bdaf8f781332 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,45bf6563-126c-45b3-b94d-8a7d0d129846 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,23a7912b-32a3-413c-870e-9aec3f0fb55f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,10217f1d-e3e3-4da9-aca6-da1938b196b6 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,fce03a67-f7e3-4d0f-9d40-87fcb0bda836 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,13966d75-d2b5-408c-a67f-14c83105e792 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,9c4fcc08-7e08-4401-a794-3c0ee2ee31af +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,93f56d5b-763c-4033-bb91-040cda465a54 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,85246c3b-af09-46c4-bd22-ce43515fe539 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,cfef6797-32f6-43ea-a69e-9b5c7b608b37 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,e3add856-10b8-4731-97a2-91f421740610 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,cad27c9b-cc45-407a-b88e-a9ae613514e1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,41987ed1-55f4-4abf-bd8a-41715c221015 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,4e1099f9-7b34-4028-8ee2-0b6b9ccb752f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,cc53e55b-15b3-4413-9b6a-ddf5cea8531b +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,3569a02f-7b1c-484f-b4c4-72a5c4409416 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,08787064-c90a-4c91-89cb-947654fbffb1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,b53558e7-6df1-47fe-9008-8026da90c217 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1ddf7849-1cc2-4a7e-a534-bf0e337f76e5 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,f61b7fc3-9f44-4b89-8a0d-e4aee0eeecdc +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,195ac736-9ca0-45cc-9c37-2401df08f8ee +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,480896b5-c324-4082-8cd6-576c49083ab6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,5b5483be-a8d8-4329-863a-a15c9ad12d6e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,2dfe2d81-bb21-498a-9fbc-2bfb8b607b33 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,2fda8744-1643-4900-ad0f-317c5fff3038 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,e1e79b8c-e1c2-48cd-bb61-4a89245248c8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,ce885078-da0a-45fd-86e4-6bfa9e2c2208 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,33355e9c-5d48-407e-8361-968c6d3d471d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,60c5ccc6-64eb-46ff-9126-356f86506a8a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,95ba5220-3e4d-452a-ad53-e248db343eef +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,bf2d7bb9-e50d-4dc6-93e3-8f749ee42456 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,6edc2dbf-2545-4923-9b74-5143f1301290 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,5d88d662-d4ca-48cb-b2bb-4916868216b4 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,6c138141-f744-4286-bdee-affa2aa13b5c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,3bb1dc4e-e53d-4fe9-b47f-a52d856934ef +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,28cac243-d210-4db6-8cbe-6fc32ebb6ce6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,c7a5a84e-f57a-4c31-b85a-71c2a42b6b0f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,415efdd7-e942-47da-a09a-7fe69d4a9301 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,44b0763f-5c96-4c37-89a4-3f1b786406f2 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ed709572-103c-4e50-a327-64e75ca63125 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,b3bf84f5-3e56-415c-80b5-030e6ad498e3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,6ab8671e-45e5-49e5-93a7-e63522e3ecc7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,42293ac8-0b65-4a8a-8a42-a1233a37d8ca +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,c534c789-551c-490a-97a0-9c6d0c7fe723 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,2965f021-248d-44e3-9d83-ccd76a9682f3 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,f0ca7ec2-ee4e-41f6-9865-500273067210 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,507422e1-9efa-45f6-95a4-a97098841bb0 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,b21b29ec-ff66-4756-8284-97e5da235fd8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,44f62856-be20-4ade-9341-e7f71b6669fc +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,6400fe78-4dd3-43e5-be03-306c5383622f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,a05dd4aa-356b-4fd5-a996-7e5587a6197a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,30729594-b9de-41ff-9686-458064edf13e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,4d77bb2a-920f-4ddb-8aff-691d790a5ad5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,3f4f7781-0443-49c3-a362-9c0027c8219a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,bc9a546e-140b-45b5-84c4-bc9f23365e0a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,f9b847b2-3b7d-444d-b1d9-152d1b12b44a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,1417ec90-f63d-4366-9bf1-97b2994a8113 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,7fe83d23-f5b7-4f8b-8aec-2039a52e71b8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8cc1cd0b-260c-4ca5-8343-598aafcae55f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,ae357eed-917d-45ed-85c2-34814c62021c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,efa4b38d-3cce-462c-b786-1948f818a1d8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,aa819f20-05bf-4b7b-ad66-1fd169666485 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,311d57a6-43d6-4b03-8bcf-0f4a5e01f0a6 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,b2b06290-87b4-4ece-acbf-f3d4bb29b936 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,7cbe4a2c-cf6a-435e-8d7b-8a96341f680b +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,e66fca5f-8501-4edd-9093-675deaa44f59 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,dfd281bd-2d92-4638-ad38-d032631b9498 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,57a5ec2d-723e-4510-8022-7c8a4a56ae77 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,64c43fd5-2670-460f-9838-8ad47440ce6d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1bdcd514-959f-46e6-bb46-e6ca368018cd +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,739262cb-8eff-4e9c-a32c-2a5af5f5e339 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,489d8533-e453-4d82-b9c3-e8a3ef5a9f00 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,36a2d6eb-577d-4fcb-98e0-664fa734adb9 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8749d90e-fd46-4e08-bb0f-6e784d9768d0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,5846c944-9eb7-4efd-bf49-1bc3b6966a96 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,22a8936f-5574-407c-a573-3b312abedfc3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,modeled_data,8d8a64b8-190b-4493-b9b9-61c60ebd0e85 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,54162d80-6b12-4b1a-9f18-a4a4248f5c27 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,09a5be1f-6927-401e-977f-9953850e0361 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,modeled_data,354d0922-97d1-42a7-bc0b-d28214a438f6 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,4b357c70-d19f-47d7-ac6e-71e29fdcfe6e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,68a997d7-ce3a-45b0-99f0-db47332cdc5d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,modeled_data,ed17390e-0ee7-4da0-aecb-8d102edf9456 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,1fe844dc-c55b-4a51-9838-e593c3b38af0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,09956c1a-8024-4c73-8663-458a42fc6fd8 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,modeled_data,50c5a911-004e-4d5a-9c3c-9010fc4b3856 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,ff25fa71-6db8-4212-97ee-8fa1265a2607 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,14202930-1a87-4cb5-95b8-84b10516d3c0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,modeled_data,fec3c3dd-adf2-4fba-bfd3-976ff4282143 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,c116b557-b083-42c4-828e-9e00a9e56481 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,fc44334b-6c30-4e33-a9ee-65ffc68fb0ab +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,modeled_data,85e4a3cd-116a-46b5-b3e4-fc9fd26e701f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,9d44c1a9-3934-45eb-b1de-060489fb3b20 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,ed442c1e-8194-4f45-bb80-7eb8fdd627d3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,modeled_data,05667b03-2e28-4b85-b791-99e74cfe5b9e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,d3731559-7114-438d-b60b-d3f0bb43ca87 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,c73b080a-5492-4868-8042-a49eb069bb16 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,modeled_data,14faa724-a11c-4534-9142-2f38bb9deed0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,072a8b27-681d-45a5-b331-3a089a500e20 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,3d67800f-2e09-49f5-ac4f-7b17ea4af34f +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,modeled_data,e46d7f31-f40a-4c33-a7d0-2fe0a3db6433 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,3b62adac-80d3-46a5-8df1-0b3a5d6e0200 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,7e4c085c-2920-4432-abdd-e0704c81e4f3 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,modeled_data,d87d227b-4566-41cd-8bc0-ce4b8b4e1a0a +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,fa5bb924-32db-4fdc-b83b-fbadd88fefc4 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,286f56f4-ea6c-404e-bf19-8c8e400fc3a0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,modeled_data,be13ceb3-653d-433f-971c-ca735e35be5b +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,b34320a3-89b8-4fc3-bec7-7e52ff936f75 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,06ea2a6a-851b-4338-807f-a1f6c185014d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,modeled_data,627e846d-f2a0-43c2-a1a2-2e4409de61b9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,f3f40f02-3dfe-4e6d-8eb4-04f958ccd1e0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,27b8c22d-4c55-40e0-a6ef-4f0a5c5e0329 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,modeled_data,ef5ebcd9-997e-4f45-8f3d-3d9403148f2c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,fd86dd6b-b5d9-4657-870c-08ae242d59be +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,588b9d98-b321-4d1e-99b3-e7f15f28fec2 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,modeled_data,e656a4e4-054c-4a81-b99f-02a27c8ee544 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,18b90ab3-57d5-4202-9449-70452c46f315 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,ee65c7c3-5916-4a9b-a27e-39f23bae4df9 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,modeled_data,b2530320-2275-47ff-a1b7-f90b6a4d6a5e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,fd40183d-5287-4ee8-a6f0-923aecc2307d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,9957e47a-c3f9-4410-a5ba-586ff1b82037 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,modeled_data,8e694e52-c99b-4860-b37e-e8aecac5a04a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,9626c4d7-e010-4a33-9e7f-fbfa0e999f3b +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,ed8061e2-7b7d-464f-bff6-924504acf451 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,modeled_data,66d93095-b5d7-4334-b054-b3dbb83d6602 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,c026ed43-a578-429c-8338-c305d8d9b31e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,5b468250-945a-4126-a7ca-096ec3480d61 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,modeled_data,e2d6a4d9-f72e-42d6-b64b-d41479a087bc +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,a8c1f4ce-a8c6-4b53-b3d5-f4c915b4ec70 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,7d55b70b-8e49-4274-8321-b15d704c5ce0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,modeled_data,f4aaf51b-69ce-4998-b3dd-18fd91cbde9e +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,d11d6e4c-9903-4329-8f62-18b1cd23d875 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,34cccff8-1359-44b3-a9c3-2e3894e4a46d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,modeled_data,909abd59-d2e6-4b00-8092-d431ee3f315c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,c9198f25-8d33-48bb-bdae-2178be7bf882 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,9a75adeb-22cf-4984-8fb8-04f2b020712d +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,modeled_data,9e230b78-4510-48cb-a7f6-c6c290329704 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,62f8cd0a-e498-4db4-8a66-0880c6a7b456 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,8edb9ff8-b7f9-4581-84bb-92c8e7c3d1ae +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,modeled_data,2fac3eae-acf9-426c-a403-d22e40af3a09 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,f4089afc-5713-46d8-aba2-e5316e91f48f +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,d081219b-545d-43ec-8b3c-3aabf9e3c2f5 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,modeled_data,7b1f3100-b1cf-42b1-9359-040ad2871fd7 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,84deceed-ec73-428f-9b00-6eef9f1492c0 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,c5af500a-b116-43e5-97f2-f8cb3b72b7e4 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,modeled_data,b8cac484-b97f-4292-b2fd-38edf04fdc37 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,9ca5a6ff-b0ca-4cef-a83b-f804c06da116 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,cd55e291-c365-457d-ac7c-3d9a35faae3b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,bdf38c24-b06f-4fb8-8119-86cf537b545c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,bd457de7-0a08-4ca7-b84c-973ed5818cc4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d39724bb-05dd-406d-9249-9f81c922f2c9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,0bb04e75-c030-422e-9aef-79e1fb2a641c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,8d04883f-e3af-48de-9161-b69ccd36b68f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,604d7884-b154-4668-8626-2735f55c2a7c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,0b237bde-ce64-4d20-b920-271181a0eaee +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,aacfc218-e905-4cd0-be52-37fe97921820 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,b827ba84-d187-46f7-9189-01167fa987e8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,9d7eca4a-1e2b-4aa6-adb3-df809d801faa +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,408f0f3d-1063-4b0d-a835-f756838d04f2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,e9bb31b2-8b5b-4dd3-a64d-8101283afc11 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,58ccbbb4-9950-455f-9ed5-77d3ce719671 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,c5f7a354-d93e-4135-a82e-2e78a344f350 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,67a5971d-7539-45a5-9abd-043258bbd753 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4f52373b-7b15-47e8-ad1c-6ae9fae64479 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,afe3dcaa-f310-4fc7-8bc0-2d172f21bf27 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,bee0af59-d11b-49e9-8c18-765acff4f7a9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,3b6d665e-1db5-4681-b306-8aad6bd673d7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2b45ad68-6ac1-42d1-b1b4-040a647a3ccc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,0ef4001a-f294-48b4-b06a-1dc765ec4c03 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,894d4efe-8069-4f6a-9640-cff1a1aa3e98 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,fffe10bd-1446-4dfc-a86a-a90ddac5cec2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,48201ce8-cf9f-46ee-a228-bf51a7695fc4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4f529d49-1da9-4aef-90a0-f11ad744165f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2bc7f87e-14d4-4eb4-8ef8-87c1546c3b5e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7b7cc8e8-095d-4c12-a394-931cc10b8f87 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,cdeac3e8-a940-40cf-bcf9-6a70ca0ffcfa +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,420325a3-e7c2-4364-be71-c0eeee624898 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,934c920c-af1e-4673-9284-ade32f5d44ba +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,f353d47c-9bbb-4953-8f07-3dc11e28725b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,b225ce99-0624-4e28-8ff8-2ae8a73923e8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,91b1398f-832c-45d9-8b75-354c06ae24cc +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,e0a7ff00-cd30-439c-b62c-ab9da7e0305e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,d1176616-b899-4348-991f-04b390970f46 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,18dfffec-254f-45f3-ab70-c9336ec8184d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,40fb20fb-7376-4243-aaf0-630313119c51 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,efc8f67f-17cd-412a-aef6-6bc361c349c2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,ff64e75b-3b9f-4000-a9e6-f09d76d4d5af +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,a2e79d0e-2153-4e28-82a7-62b2060a6bc7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,4d16a2a2-c9e1-48f3-95e8-3aaf4f0c033f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7639058e-4976-4cf4-a03b-2f494e2ba28b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,1abe3217-f795-4002-87be-91cc26433d1c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,4e231ba6-ec4d-4b41-b3ea-ba5d3a521ff1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,8863fff9-3373-47f0-afab-1baa92ad8c14 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,f7f7acb7-3e99-40df-a7dc-0374618c69f5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,0119fa1e-0073-47a8-8892-5af6d26589f0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,90378fcd-a608-4b5b-b6b0-453c706cc523 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,3e052f55-810a-40c3-aa60-44eefd9ec851 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,418ee344-a872-4f3a-8269-7f81bc6be9e4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,e09a3907-cc48-4641-af16-a09ebe46c7a5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,dc2f0eec-a41b-49ea-8262-f13cf315fcd2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,3ed840ef-9752-4b32-9c1f-f8740a8937df +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,fab45148-6766-45c0-a435-bf963d8c5599 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,647dbdf3-d2c5-4879-8125-c0e911117a5a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,ac5d03c9-6c60-40fb-9eaa-72f00650d93c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7943f475-a06b-48e2-b830-448325b5afbb +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,702b686e-7acf-4257-a6b5-3b4fccab6b55 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,8be0e272-b074-4db5-b9f3-3597d513b271 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,075a7c8b-93a3-4d3b-902f-079c34157b0f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4ed09a42-c36b-40f1-9e26-004e7fed40b9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,ab3e0747-d475-46ca-a848-228e6f4cff7b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,ad6f4c53-700d-4479-b58c-eac5b180f0c2 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,ed872545-d5d0-458c-b903-2479e50d2d3e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,5f5f6a25-74cc-415b-bd8e-938f1c544b11 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,9afe7063-f868-4af2-980a-c12ef18710d4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,2da2b3b2-e9e7-49f8-ac44-dd2eaac43e70 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2a69c6ea-6e8d-460d-a9b1-c12072ef5211 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d1f24eb6-2ad5-4912-864c-0a904326a24f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,76357c1f-8d0b-414c-af97-35ad24d64b17 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,06ada361-49d4-40a5-a09d-0a6f066fdf74 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,5a709fda-547d-44bc-8c81-149ab3a32b81 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,83c807ac-ba52-4573-8e01-cbefb3a40cea +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,0c01c1b2-2d5d-44e7-b300-f004e69236f6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,30b8d6b4-46b9-4a2b-87da-cabe322c9420 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,b5771c71-76bc-48c8-bbca-cb5896fd9512 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2922f98f-5a16-4b4e-86af-cac3e5fe53f5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d56bdd8a-06d5-466a-83f3-e56db2b8a0f7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,edb5a4f5-e847-406b-8f53-ffbc56f2fad5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,79d63751-bc9d-4eef-acb2-f40ad8c0b7c7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,65af1f36-6893-49a5-b426-580a84159325 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,007cb44a-a466-4ba3-8da6-5a008fdb5a59 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,aeeda7c8-11d4-4959-81be-760f47402be7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,528cc186-e9b4-45b1-8ac7-3e24ecbc30a0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,09bc9aed-1c5c-45a1-a959-95e18c0f9999 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,a0127ef8-c83c-4f67-9529-57f8bf9de1a4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,9b82cd57-6f66-4bf4-8542-2c0f443fba42 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,1bc1245a-36e1-4b68-be1f-a753da88ae62 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,e2ea855f-e01f-4540-bdd0-d044227138b6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5a059897-2575-4a49-a1d4-8bf85774e558 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,c37e16fb-a06b-4b9f-b572-4389c7996421 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,5362841d-002d-4f02-9178-603a521e0afd +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,2d2a9434-0d52-4070-94ac-5e7f3a02a6af +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,9f4825e8-d4b3-4379-a644-04a2d204ae38 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,33c6ace9-4ec1-45a8-a5b9-514038ef3fe8 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,b0047820-87ed-462c-84cc-4297167fda54 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,784f40da-27ba-4e66-b773-4843d188bef4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,4fcc2276-0e79-4470-883b-8ef7fcfab233 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5cd520fb-935d-4e7a-a6ac-b5141af8ba72 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,4060d852-9d59-4fb4-8a5e-5a8eedaa1fb3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,122a5caf-948d-4271-9a94-3aa4c7444bc6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d7496854-c098-47a0-ad04-12b4897f0633 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,cd2949c8-349a-45c1-8273-436b26fb04b5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,a3e6ae0e-3a96-4036-97f3-7dac92f6629f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,0daaecce-4619-47a4-9a75-16abbf481485 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,42eb3a57-5303-44d0-b3f2-0604b2432752 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,37fcd465-200f-425b-a42e-437c195f1e67 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,f94b4967-44ce-4239-a78e-2502a03fe71f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,5ae25da8-d0d6-430e-9005-057c97103f23 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,fb90cb37-6953-4cfe-a508-5de5a5ac5bbb +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,131072f6-9364-4452-973f-8f2285804b78 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,fe5b8744-a9d5-48e2-a1d3-e9f67293be99 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,e66a3e5d-33ac-4b6c-ba5a-79094e6fdcd0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d5e6cc6d-f287-4133-8542-31828c9cf80c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,aa6e01a6-2950-4622-b2c8-f4272d341b75 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,f8de99ab-f508-4278-aa04-01f60fff256c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,49eb0d5f-db06-4f3d-92cb-01dea40f4f69 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,44e917f2-09a6-4c2f-b2f6-c6ea817e3d8e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,f5fd330b-4a3e-4e71-81f1-e2ebcc1f5d31 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,2512d7c4-af7e-4cbf-9fad-ae628bd09f03 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,8f7fcac1-565e-4cfd-aca1-6bdd97cb8c26 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,9eb6ead5-f964-422e-b39d-f0167d1bf65c +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,c26860a8-4465-4e98-a71a-750c59467cf3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,6e772835-5ea8-48c1-b3a0-4349feb793f9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,6b2dcd44-8885-4816-96b5-b37101d81451 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,bf5e119a-e3b6-488a-9781-dda8e9e2408d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,b20253c0-f83c-400e-ae73-26a306b59ed6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,01693d5f-4b1c-4afb-a30d-07776221d3ca +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,a21d0870-103a-459f-b2f8-feea104b9e21 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,cd4e2246-0841-46e3-b7f3-97d1181aa011 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,c00e8e95-f5ef-4ae6-abb7-cccfee0bdd7d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,19e03393-0112-471f-95b6-abe9c1202c95 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,862d14dc-c5d6-4941-805a-bf58d424038d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,be72f1dc-885c-4abc-8f7f-763ce063c255 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d335e24e-85df-46ee-b8fb-22b0f7abe535 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,2d3d9b76-817d-48f1-ba6f-662ffd2aa328 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,5dd04ca4-cd66-4dcb-af81-4f50be6f11a3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,6b2a725a-c86a-45e8-91d6-d687c9b3dae5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,1d7ea5b6-e987-466c-8afe-2c79369f3b02 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,a37ce3b3-d721-447e-8a5a-28076202e65d +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5969e820-ec2d-4ac2-be29-d124353146b4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,7d82aae4-6d06-42bc-98a1-5f02692207fc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,2d24e7d6-67ec-4976-8dd5-e36fad206233 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,7d319e08-aed7-4839-97c4-50876b935135 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,39efa16e-c566-498b-9cb5-89b31c9c48e5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,e66a28b0-2793-43db-ac80-25e799e20d4d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,d19b2979-0d83-42d1-8059-37b46bc7cc46 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,1b3c87e0-8b26-4a46-9549-7efe4b1f054c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,9c687033-e0ac-43d8-9e39-340932a8962b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,e517be8e-f20e-45e0-9fa7-6e398fa6a0c6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,22cbd7ea-6ebb-4afe-b811-8af9c4ddb16a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,7160d30f-bef0-4980-9316-72d47e7a4a67 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5a81b06d-99cc-4feb-b1cc-64749645a027 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,28f52ef6-c17a-4305-acb6-3b8329de2c08 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,76b48183-045c-40b0-a726-4640abde478b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,92ff80a7-817e-4e73-95de-f408252c42bf +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,5497dae0-57aa-4d45-8c09-4fb8f7d2aee9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,6d7e5f33-dfe5-4b07-9c92-7e24071ecd59 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,d08921c2-324f-4cba-9295-ca6703c96d07 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,332aadc0-3058-41d1-92c2-b5c660da90ec +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,37be55ed-ba94-4524-a87b-e49e5552a566 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,33d043f5-1a66-49ff-bb33-bdf9594cd572 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,212d7f99-4032-46a3-b51f-a64b6b7468c9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,e416efdd-7b49-4bdd-8589-843227c55733 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,8baa14e8-37d9-41c5-9757-af5d0547e20a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,17e9142b-466d-4c08-9fef-221fb9ca1930 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,f0efdda5-c687-4b34-ae62-b2b1cc7cedd5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,483deecd-5f7a-4102-8bfd-b1ff36d8b2db +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,addfc9bc-b876-41cc-883d-91dd517fa127 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,61f38be0-1429-4399-a3c7-b84b5b06baee +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,f872f60d-3a23-4de6-a8ee-0655f639a152 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,8d26c66d-34b9-48ed-a9f1-a3dc9cb06ba7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,b657e99c-b144-41ad-9e67-6cab848f6467 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,de475651-660c-4bdf-a9ef-d9d9c5da73b4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,9ede2fe8-4364-4313-9fc2-25090bd48a94 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,aba534eb-32c4-4810-82eb-b57d3170eb38 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,657d523b-bf96-4c3f-a7b7-7d8c96a204c6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6880e68a-92ea-42b2-b75c-47051e3cef43 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,7b301fa8-1383-4eb9-b2e4-25f8b95dceed +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b964f24a-7d42-4012-a19d-b86b27426237 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c762d6d4-0f51-4272-85d0-5cd4c98c4bdb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,82730182-1a80-4ce1-a2cd-e704e8b4eb0e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b81c6a00-038d-4875-8794-f2a98bda1e4b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c11f57cc-0a33-4105-b6e3-63362dc13021 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,14719490-762f-4796-91e5-5946774bb15f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3532c5f3-d761-4ec9-b52a-7701cb4729ed +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,424bafb7-54fa-4d36-9bb4-35c96a6dc2ff +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,5d31b5ab-4220-4b16-ae78-06da1d0c906a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5c309192-16c5-4322-bdf0-fe2ec3bf84aa +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,0ef21480-3e49-4458-9df5-c6687429dccf +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,553544e4-f1aa-4a8a-92dc-366248da26e6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5f3a97ef-688c-448d-bf6d-7b5b688dfbd3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,386af47b-b776-418f-8b86-65c9f16805f1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,35a7856d-dc2f-4b5d-ba1b-2b7186b8bde8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,a2191a41-7c45-4e09-b5d1-897ca3396b07 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,a7263723-d95f-46ec-9e34-80f741f6463f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c0031671-b436-4752-a9ab-9659eb897ad9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,71baba9c-1de0-404b-8134-5690f27ae51a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,48902aad-16fe-432e-9618-f6014411c5b6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,831d67c0-3669-49db-b819-876b8a7e4d5f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3da8c8aa-4492-46d0-93dd-d3ed8891cf72 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,3b7d5657-8663-43e1-a80c-392da339bbd1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,32cffa98-4e47-4ede-910f-48a64b270ce7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,cc251299-291a-42b9-9f9b-037b582711e3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,f75079aa-ed9c-4a6b-9703-854f0926735e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,1832fc39-39d9-4c45-a2f3-a5150fdc0e74 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,50a584f6-cb55-4887-bc6e-001149d252c9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,60b47f63-84a0-4e0a-91b0-010389a9a745 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c1eda430-f89d-47d5-843d-9c898fffee97 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,c396795c-3b7f-43e9-996e-a0c6559a9aec +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c263ccf9-5ed2-4809-8f8d-c39555b308db +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,de344fdb-1f72-4f54-8f1e-37515fa7064d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,c94830b0-5f62-4adb-82ef-32eb37221d79 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,73bdabe2-fa1b-4271-98c9-94a6b8bc262d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c39be696-bdc6-4bd8-a9c7-ce5be8819615 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,777e6a24-0b34-498a-a2df-8dfe67670310 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,3efce5d9-c38a-4dda-9a2d-1b996430fa59 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,80c6a5c1-9d93-49a2-8154-6ab64af7083a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,af783bfd-f168-4596-8589-8bf0ba2352a7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,2df472bd-2dfa-4ff7-a9ee-28a8cb003890 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,5fbcbae7-c5c8-409a-9805-5d3a26ddc391 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5d17ef6e-d878-4e72-96cd-93f44ce3bb26 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,da76b2cb-d5ee-4c47-b591-e43e47a062d3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,360d1f64-aee5-401f-9c8a-72e01a16c643 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3a534734-48b1-4642-93c6-ff774016130d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,43ea4a62-8736-4206-ad02-741680ebc185 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,fae78cd8-4e6a-44aa-b5d7-968e75892cfc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b6a584aa-ac29-4638-95fa-03480145262b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,e69ffa83-c318-4684-8853-c3e45e927bf3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,b519fe58-4e8c-4f3a-a15b-f33b62e414e9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,f034b033-845d-491a-94d4-c6a288b8f428 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,22fa2f56-467b-4d1e-b7cc-600391ef14d7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,83c073f2-d9e5-4058-989a-81ebe491fc1e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,6d78292f-24d9-4773-b036-0cb100450fb1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c7ef1933-af4c-4cb5-a117-eff05e478377 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,2860b0ef-7d58-43a0-8142-dfa4cdd9c16d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,709a9089-fdb1-4058-bfa3-892abad911b2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6adc2e06-9461-4d7e-9bb6-2296768924f6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,f47890ed-35e4-43d7-af61-a60fb98ac2e5 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b410ef98-dce4-45a5-8e60-01e0065879d0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,76ef66d7-d19b-4f2c-9970-110e0708fd57 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,8ae39d62-3142-4eeb-9f94-ee058b8a374d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,9e3b838a-2bbb-4f03-ba63-dcdf11cbc01f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6febc90f-84db-47c6-97ae-828b5824e447 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,49830a6e-4fc7-46a4-98dc-dacab1ae1ab7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,fb9c0401-49ca-432e-9bfd-09af3b842a7c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,568ce787-8c53-4b73-ba62-109990fbc701 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,bf7fb3f8-0c9a-4ee4-8a96-0381c2eef415 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b1fb8180-1bdf-41a0-bc2b-f47f31bbc50d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c3bcb5c9-1e1d-4532-a105-c730fc65ff21 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,55dce99b-c87f-4b5e-90f4-622e440b542b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc6d1992-918c-41bd-ae49-e1e8e49efdfd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d9d084c0-82b3-4162-8f8d-35d544ef8407 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,858242cb-7453-47ae-905b-7c3e49afa12d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,2368da44-7da9-43ff-9565-3e7cdfbacfe5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,5f04b583-24da-451a-b9a7-2940cc26058b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a2389ba7-5983-4435-8173-73349d49b87f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc018f13-5df0-4ab6-a418-f9f823e75310 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3f13ef32-5483-4069-b17a-7eddc5570309 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,ce438958-d466-48c0-a545-8adef568f197 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,876270e7-677b-469c-9a4e-15fd15736913 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d3fdb964-5686-4de9-8eb1-16a8dad3520e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,93e41285-0e1d-44b6-84d7-ff63ee23aeda +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,61d55ca0-808d-4626-a745-cfcf6794c596 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,649a0c6f-2a5b-4c50-880f-b27c87303c14 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,b7db4639-dc79-4d7c-89e4-885e76c0aba5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,5fd02354-d442-4b30-900a-bcf8d3e5b31b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,2de558f1-0007-41c0-abfa-f481afa47bde +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,060e1467-7d7f-4063-b1ed-c6f0f959a986 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,ac2a2714-8f0c-48ab-86c7-56fbeeb22d15 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d805d8f4-2782-437a-b9fc-5133d6b2ee32 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,21b8b912-1361-4466-93b3-fe11b292b8f5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,0e29ba77-5e87-43c1-8b30-b07560a4b39f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,48b8677b-d7b8-4cec-bd0d-a19137269579 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,58846935-e037-47c7-a95b-776f8f6e40fa +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,9fed5908-ba7b-41fd-a5e0-8e4dcbcad9ad +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,5e39b8ec-83b4-4822-af2f-13779d8ba08b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,0435618b-57ce-470e-9bba-39b4734a4098 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,80cb456a-02e8-4941-8050-97f823a2a84a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,48a3f13d-c1f5-45ff-80f0-1e75d7e46e7a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,67503ae6-e3ca-4012-a8d8-f14b1f524131 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,a8cf78f1-cef8-4131-8e04-9355d6abdf41 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0774502b-13ee-448a-a92a-eec1707b6d5e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,62010a6a-79d7-469f-8244-3bf6b0664538 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,64f5d6e8-b0c6-4889-8480-a89a3824815c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,1634e762-b7a5-4307-bfc3-0a429b8eee0c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4a900ac5-0fc1-4a25-b271-a3c2057839a2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,1e53d833-e73b-428c-87af-f3c2209c85f2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,289cd632-382e-43c1-b217-111fcb0a4115 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4fd030b2-574b-49f0-9ea1-051c784ab6a7 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,95af3275-43ba-491e-a615-5d059427673b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0f6062df-6bd2-4329-8426-6ef11018afa0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a80d344a-c139-4618-ab8a-80942031bce9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,326fa7dd-08a9-4ecd-a740-899d0e84f89a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,36835e40-5e7c-4f53-bf01-48e02aadfd7a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,74eebc81-c8f5-4378-909e-029b49eab6a5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,c42eae44-58d2-4715-8aca-588ab937f2e2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,e5547487-4c20-46ef-a808-ddbf71e50277 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,b123ccc4-69b9-4372-a43a-c7fa8f95e3c1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc088a2d-0882-4786-8679-dcb52c437b25 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3e5794da-3534-483b-9229-87da0aa36707 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a32d3f84-f7e9-40a8-92f1-61360b6835cd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,019c285d-7186-4dc8-abbf-472b9fa1c3e9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,b02770ee-81f4-4e47-a09c-688ede7a0000 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,6a062efc-164b-4a61-a425-58bb13e3c5df +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,463e24d9-ffb8-4135-9812-052291563fc8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,7815f8d9-3c67-4193-83c4-eeece400194f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4ae9793b-f89c-45e9-a285-c2b71064b00b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,82d59b76-442c-45a4-96d3-75ef4a7b386e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3fd7d70d-f75d-488f-8de2-afdb15b8ffc6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,230ba833-852c-403e-bb93-100436e5cf5c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,067a1bd2-4c2c-42d0-a0bd-3aac19672003 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,9b09fa20-2743-4879-a353-c42675c59085 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,953c951c-e289-45f4-93a9-4009ca37d82c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,8773b624-94e2-4292-8077-1583a1182f59 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,bfba62f3-4966-42aa-a3e4-ca933469afeb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,1cf562a2-3bd9-4df6-9181-f170b26da51d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,1ceb8ac3-0517-42f3-94ab-245b31f57680 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,1934d9b7-9e90-401f-a17e-ea800102648b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,c3d369ea-17fc-49a6-88e0-f64ec43f51f1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,558a96d2-ecc8-4466-bc80-7eb517e3d3eb +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,372b3173-3fd5-435d-ad23-9f87a241431d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,80255454-b369-425a-8b32-bded7af05d06 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,4d20108a-bf8c-45a2-b662-25d61643f1a3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,9b21cecf-5745-42b5-beb2-ddc5a22fbed4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4fb9fe39-536a-4df0-bb3f-367aaed235e2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,a20700d3-ed22-4257-bddc-fc28297b7aa3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,4b447522-2527-4c2e-998e-86d8388108f5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,9ca19d7f-ba33-4db4-8e5b-159fb8560df1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,12693513-54aa-4c37-a3ac-10a564071ae9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0f789f04-249f-48d4-905a-74716bd75452 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,635ababe-f183-49bc-94fa-f5ad14701e4f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,9596e7ea-4140-4211-b5cb-d235ff24c7c5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,35a08dff-a23b-4139-b5c6-1bf31a78ca82 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,87f8ed6f-17ac-4cdf-90b1-a7bd444d9fe0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,de0c3cdc-a680-4378-9d93-79bedcbf79c5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,a0ffbbc2-fc3c-4bd5-be3c-8b5e81a58db9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,dfe9ce0f-273b-4aba-b9a8-ebeaa9e1731e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,ed1a76a7-1d1f-430f-8551-1a107bffb68d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,85409f77-0d03-41b3-ab57-2b20f22f938e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,ea00754b-8b28-49e6-855f-01f3176e08aa +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,a48314fd-8024-430a-98d7-7e0ce8d7866a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5359dab7-f235-4df9-8952-a0beb5184066 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,ba659d67-b241-4c42-88be-fbb5f846deed +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,1b0fc4b6-dd89-4b43-9faa-5668e5bc2a26 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,1e9b817b-e2ff-477d-afff-16199bc0aea0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,3df214ff-017a-438c-8f99-a9fd6e7df048 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,06c6fe02-4015-4a02-b897-d1028683c760 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,54992b29-2e60-4aa6-ba9f-45d33b753ab1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,f4283795-0cea-4d38-876e-696fa66254d5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fb1927ff-3702-4e25-a428-dc28921f9387 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,51f5e936-b8e2-4a2d-9298-95be327f5c82 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,cb1636e1-eee4-4032-8909-f3e8cdbdf70a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2b3e0751-10b0-41d3-aa5e-24efec65670f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,c29f622a-25a1-4df7-aa7c-65396d55fceb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,e5e33f2f-fd7b-48d8-a2b5-ebd15c0d4401 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,82d53c1c-b243-4f16-a2e1-8ead537493b2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,91a740a0-0c5c-4155-b7a1-75e2426efbdc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,73d5d6c8-34a2-49b2-9f86-b89d825a0767 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,19bbb9f2-e62d-4030-8f53-768bfddfd5bd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,766f9abd-b84d-4802-8b0b-357e3ed48e9b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,1e9de46d-39b0-4a4b-9ed3-3d9e53defbd1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7b32409d-b629-4573-8a5c-b5e531ef5858 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,fa29342c-7816-4afe-b3da-c82496da6595 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,1264092c-b667-4cfd-aab4-c91ad0c87167 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7219f07c-7c37-491b-a95c-2de32476ea01 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5618e3f8-65db-42b7-aca3-e4ee335945ce +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,14522756-e2d9-44a5-a880-7a58ff7ec3bd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,d54e696f-2aa6-4914-a0f8-2aed2ad94854 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,b7403c2b-b479-4e73-a326-9792e12218f0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,9d01bd7b-2845-4d7a-8055-821ef32d57f4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0ec370e2-b6a7-4825-b90b-8d8bc5a88e10 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,55f51078-e0b7-4983-a0a2-570ef62bf0a0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,702ff121-3102-4727-a0e3-cddbe951caf5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,551bb5ec-d90f-4b6b-b517-4e5c4f31c374 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d322b8a5-c77b-478d-b95a-5ea08af23083 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,2b7d0d43-3db8-45bd-8c10-b7a9bbac2bc0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,8442ca89-a2e3-4fdd-94ff-475dc097b353 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,44a5d639-fb6a-4081-b8bd-6319fb02cf6b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,d2c08107-c04a-44fc-baf7-d1275f0017c9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2310f6cd-d93c-4c14-9895-57d3f7ddecb3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d1fc022f-52ed-40b9-b00e-4a42097b6755 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,070a2bcb-2772-457b-b464-7ee2681a8b8e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0407043f-512f-4858-b4df-c378577b3d53 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d72a0406-cdba-4c0f-94f3-ebfa0f23378b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,302a6561-7150-4a0c-a0f4-d4404ec27406 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2991f595-958b-4a3d-b308-15d00e0cf28f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d34c819d-bbbd-49c1-be8f-fd598305cf17 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,a3abea7f-3a75-40bd-8461-8794e73ecbfa +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7c8220cf-f33e-4b38-a4b8-e044e9f2052c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,29cd594d-ab7a-4b64-a053-76d92ad08aac +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,38d89e5e-1487-490b-8ef8-dc381d006362 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2779b8ed-c81d-4386-89e0-af7368054273 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,c068cbb6-2222-4824-a96f-c332e7ac7e8e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,39888bb3-029b-436a-842d-f9e1895f54fc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,c02b314c-ca80-4e46-b378-d4d8e1f2db4d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,254a4734-1da4-4df8-b19b-bef92d3ca0da +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,2d936c4d-b530-4ca3-baea-654268972671 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0b73075b-e137-4692-a050-80a12d07939b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,ccbb28f5-42a6-4fbb-bae4-00b5ab2d9391 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,62531cd3-22f0-438c-a61f-4ebf15c78fd5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,f8582a19-74b2-4baa-bc5e-bbd16e5a99bc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5fc3b7f0-2ae4-4c76-93aa-4b9275c3f29f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,23bc725e-ca29-4b93-aafd-d70c695bd9df +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fbec33c2-4673-4019-a43f-65635b254914 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,4b78700e-9026-4115-ba4b-73b67c33f780 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,56032124-7352-4474-acd0-349f00505f69 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,5a3a1444-9390-4390-a516-c88657720143 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,8c8b6f64-f300-45d1-b2fd-2c84f21b3305 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,df5a3705-2227-45b8-a28c-cfbc69b667d3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,ee2932bc-69cf-4b22-95cc-76cf846816f9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,de05171c-6c75-4831-b757-965ccca86a11 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,3f357d16-e158-4a9c-b5a8-bbcf130bdb43 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,cedf8197-6c36-4624-9c66-9fb3433f166c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,a6f5796a-b474-4166-a522-bca74d7b879c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,c93a8a2a-e8f9-482e-af2f-a5fd57faffcc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,ca592d65-bdcf-45b0-a052-de8e862ae1ab +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,cc2b4205-7ed7-4a9e-b42b-1a76845ac528 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,184b00c8-7ff5-4f40-af35-657bba4ff612 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,e97c0090-ea72-46ae-9ff1-a80e6d148ff1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,379d36f8-1b6b-43d1-a7ca-3feaa7bfc58b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,62d440d8-bf7a-464c-8b39-661bceaa7987 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,8d59badc-11c9-4ad8-9b8c-37e5f18f6b2a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,6dce58f9-36c2-420a-8c48-5873252e593b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,8e2c6675-927b-4067-b5d1-e3f96b2c9f36 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2eb4235a-fd0b-45b8-b0b5-af6d19dc02c8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,9c47e70f-65c2-47f8-b346-b671bcc3f6cd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,49a59548-6cf8-44bb-b8b0-84981b8ca99f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fb2e93b9-834f-4776-827c-9f236f9fed32 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,876688a8-b93b-41e8-84ae-b9cd847295d3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,30a409b7-9ae5-4450-baeb-bab80c5ff961 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,fdbfb6e4-0e93-40b7-9567-9a491fd26a37 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,0adb3938-23cb-4ee7-b56d-ebe6bf72de74 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,310922ac-1e99-44b0-b275-7f393b9c3c2e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,2282940a-1f24-4fb5-8df1-0c2479c67ee5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,b08fc351-a0c6-4ea2-a4f0-6d263240938b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,66c5f009-e7bb-4409-8caa-56fd34231725 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,2f495330-aa9f-4d4f-899e-85f25e1dc652 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,2034101c-ed23-4863-9cb6-6f572f433f14 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,615e0230-51e5-4acc-a8dc-372cf38aee23 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,35a891d7-4862-458c-85f0-b333a8c1f422 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,36d69e34-9e61-4ee3-853b-20d8a7ee2964 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,dcda00d9-dc78-4a05-95bf-829dadab6d38 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,007583e0-1763-4c3a-b54b-aa65f6e828b5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,909c8f08-9525-4b4d-9a50-afdff07a3ca9 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,723d8e46-0a9d-4558-8812-b2b5cb9bc579 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,9f879baa-9490-44c4-bf65-c8d6020d86e0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,5911b154-423c-42f2-b634-b5998bee27ca +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,90296d25-a5cc-467f-b656-0f14c44d5b67 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,91e6ccb4-cca5-4639-a995-991e0b79deb3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,92f0c0f1-091e-4d52-b090-cca726f73344 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,862df064-ed23-42c4-99d8-7c588a40196d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,468d34b1-0fc7-4cd0-9871-a22aba83f7ba +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,386cdb5d-1719-4c80-83fd-495d408a9423 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,35ab00ea-c21c-43a1-9974-0b750d780adc +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,c58d732e-c699-4a3f-a718-61033799f64f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,ae26df66-d6f4-4748-bb59-e6ff53dcaf53 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,8735a4ee-2503-4229-a46a-6003f80f837e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,350b9ce2-0d47-4a8a-ace9-ed28692a716e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,864b6b48-31bc-4e95-bf58-c28403dc679b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,76210adb-aabd-4229-b8d2-94148b14f666 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,31fd105d-bf36-4ddf-9556-6a342cf73742 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,2b91de59-8be8-430d-bb78-414e2819e825 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,cf6e5b75-cc45-4235-ba6f-ca5cd97a3c37 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,b2c57666-f91a-41ad-bbd7-0a16ebbb47c0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,93427415-7271-45ef-920d-ee77d9c670db +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,60887d25-d853-4aff-af03-b64266ff59d0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,24ca3eba-719f-4977-a185-751dd0faee03 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,c215c75d-dcc3-415c-b6d3-4345a7af85d2 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,8c7196b9-8c48-4869-91d4-f8dd700c1017 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,abdca644-62f2-4d60-8197-161938a049cd +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,d600afb8-89af-4172-b98c-f3e8a637089e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,49ef7264-07a2-4bca-a992-ecbdb5db25c8 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,8523e7d3-eea2-4ee7-a01e-abd6720ce3a8 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,202a883d-6ff7-498f-82d3-0282c6de872d +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,e20963ff-9975-4988-9daa-a8f25ba7faad +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,8aac3a49-cbba-40b0-b701-6b58cf84f999 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,06b606dd-0a39-4ec4-bf24-f9dfc89ad799 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,704a9d82-c854-405f-8153-e3cf2f1a78c3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,84535ac2-2926-47eb-9e25-a4439c7603bc +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,65828636-3935-4804-84ee-017a162ef2d7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,e2434c58-b230-4f10-812c-a0a72476bbc3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,baa6617e-87e6-4cee-af65-886cea3e8da0 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,201ecf89-720e-46ed-b02f-64b9434ddeee +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,59b3cc04-868a-4e68-8e7d-6986840508f1 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,a76a3386-e1ad-48d4-9395-5a8ea0767f4f +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,81a6763f-7013-4ad1-96b0-1e33ce42aa85 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,85ece4f7-aa36-436e-af0e-4b8d76dd1875 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,72798e38-f3ad-45e7-b20b-6ef198f6c207 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,d7fcdc8f-824e-4e96-a19e-ba20607ec563 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,1a7bf9ff-23e3-441e-87d7-f6306221f6a4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,808c1dd0-20db-44f3-8c6a-b20a61d694c0 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,8988cd7c-72e2-423d-b83b-4b396ae2388a +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,3104152d-7826-460b-92ab-e5f762e982e4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,3cef8d3d-8ae1-41a3-aeb0-9e60da3d65b8 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,b83c537f-c178-4bd5-bf6e-a149342f6582 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,b3c2cc44-82bb-48a5-80c5-bf5b01c29c39 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,feef94fd-29d1-482e-89a7-09f55682eafa +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,c5053a6d-eccf-428b-8a5e-e656824268f3 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,16b9bc0c-a7b5-4a7d-9914-97b7982ea1b4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,22b45832-6cc0-41fe-a0a5-ff9ba0e11207 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,88f27588-c654-4c94-a02f-d4273fcbac83 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,7b5b8e9c-8f26-4c01-b6ec-6f2d4ba07394 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,b8c27d7e-6632-46de-b8e9-1b1935cd742f +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,4b60e203-7b06-4716-84e6-d31223739d3b +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,afd66c18-c0c5-4cd8-b07b-049319d9d8e4 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,bd4d98e4-4c74-4b0c-a585-74c381f18116 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,0f28360c-e3ff-479e-9bea-cea57cf0fb33 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,c8ee40aa-a427-43f4-ad0b-9fcb62830f92 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,4e6509c7-22e5-4ee4-b2f2-6ca2f0d88b3c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,1626e50a-9992-4b24-9284-1a68543fd7b7 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,a45ae8c8-dd8f-4c08-8060-e97dda1bbf10 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,2a9f6029-c5cd-452a-a751-220e245da798 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,a5110ec8-a245-4e5a-a135-de50404c91f6 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,7e90642c-4167-486d-8609-896ff6999348 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,94409e22-c741-4abe-b3a8-d865a085395c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,8e00c930-7202-4900-b6a6-101b39f7d0b8 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,77c8a35c-65b0-4a13-92b3-42b06f79146b +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,63bcf21d-91ea-4330-98a3-494f5b839bf1 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,d91b6bc5-07fe-4991-af2f-0481fa5137ed +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,6daa8783-6673-4aa8-9048-a1cdc660f944 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6474bf3b-c98f-4249-80cc-1953e2446aa8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,dbb21032-2d33-4d36-bf06-c312a99746f2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,19f645b1-04fe-40d0-94ee-8650285783ab +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,f01d792b-cff2-476a-9861-6f96e90a9fde +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,32ddd8fc-8846-44bd-b1c6-5aeb42b65531 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,448580b0-c487-4559-b62a-0d84c5861c0c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,d7476f9e-36fe-496c-bb87-0db28c9abcfe +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,63fc3518-89e3-4b82-bd92-2063c09946f7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,6c07f53f-f295-47e6-a6e8-d7eb71aca5ca +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,107a965b-88e9-493d-9118-dad41486be75 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,9cb67475-4300-4f81-848e-c4b806931669 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,862277cb-1782-4853-a670-6aa9a0a3fca6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,98c3f39a-7213-45ea-b64a-2d3eec39196e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,7b1598cd-d7d0-450c-9be5-d41767bae1aa +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,303e4445-4df8-40bc-bdb8-46d37179a9c1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,7d533a4d-cbf9-466c-8eee-17f4cf9db01f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,1f7c488c-60e7-4d0e-b394-f564bdf6e915 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,4f2031e1-ab5c-4b5b-a66a-059553f53465 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,3893bfb1-1c60-47d0-ad87-bcbf8c7e9304 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,9b81514b-44a5-4a08-a971-7fc273026fd8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,df495906-f164-4a44-9db9-82c18db7c743 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6d8f001d-ae23-4725-8f9f-113797c0c6db +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,66789d4f-a6fe-4187-93b4-802f91ac3740 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,9d8188f2-54ac-44ad-a706-3732ce2fa983 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,5cad5b12-4644-4049-adef-ec4ca6bab2a1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,f6f1e901-9dd0-4f52-aa3f-50d7ef0c37a2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,f11dd502-e7a0-43f4-94dd-620dc7773d12 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,1aa2ab21-6f4c-4279-b1dd-6832ac775101 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,8629dd08-ed28-45cb-9ccd-6da999b102e6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,02604e77-91cc-4bb7-a675-0c305bf73355 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6021b542-763b-4eab-a6ea-bd52987fe650 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,0f99c1cc-274a-4a11-b503-5a8a1e6e7d86 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,9ddf20c0-601c-462e-ad4a-e26e5d8114bf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,8e25368e-6520-4444-a402-bcbc32886624 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,2ec1b514-e729-4e82-8dfd-4c876c27c1ce +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,38b3a8cf-3f41-4591-9ffb-adf6d28f42cd +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,f7f930b8-4bc1-49a8-a4cf-04775d53b305 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,36021831-0524-43b4-bbe0-fc17a9fb78a7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,0fff5544-182c-4210-8624-2e8dd3ccd47c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,51e954db-08bd-4ef4-9b1d-dd5e67f26ea0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,c9616b7d-baf8-4b0d-9b98-60bfd45828af +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,153a7ee2-22f1-494a-8661-3c682c717c84 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,4888e465-7537-4e56-bfa1-5143f4d668b6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,fdbf7b02-2c29-4c26-b949-81fb76c05132 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,ee1b1af4-1538-463f-8fb2-0bc918b759a2 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,062d836e-a0a1-4e24-bb8e-ac56cc3107cc +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,8893d17b-2309-4d4f-a53e-51d040a58b64 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,942a0014-3bbc-429c-be6b-d51440b5bb5a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,2a29718e-e8c7-44e6-9a44-841c382f9c4d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,929af3d1-5189-4b0c-85ae-b014e86df731 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,49a79e0d-e739-423d-81b0-901921e6bf46 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,0ab076bf-9c0a-4f09-8d74-c59250459753 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,26c4ea04-2f4b-4d6c-bbb9-d13b053eea43 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,c0830f22-7219-45c5-aaf0-2994814eec94 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,47aa22e8-d669-43cf-bf15-0a166a9a13f1 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,75b6d9e7-ed82-4eac-b1b3-e64799d1c37b +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,1c945bb1-ef54-4703-ba9f-c8937fe1250d +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,629c4008-bc1d-402d-adb6-b9db204b5871 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,e7ccaff3-5bbd-4174-a63b-89e020bf6445 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,1d16780f-0a1a-4b7c-b8d8-b4ac161d60ea +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,6648edb0-4dbf-4ab1-aba9-e781c313f0ea +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,95f0d7e6-c494-45a8-8882-8681d260d21b +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,b8c85fc0-7df8-4076-93f8-6e04996d560f +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,fffed7c0-b6a1-4897-a467-9211a531fd88 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,777444c7-ae6e-4bcd-a6a5-d600211642b1 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,ee9de6d2-f8b7-4215-9b48-51ec7fe2d661 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,20aa0f33-67f8-4af7-93e3-cfff050d5c59 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,2d45d6fb-cbbf-48b9-9448-34193abad062 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,cf7f04f5-8ed5-4b01-a89b-539e466ba27d +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,f07b3a5e-1958-4529-9829-bb134ab4d1ad +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,2ffb1a37-af33-43b4-bee8-3d82785e3f3d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,cf8e0db1-40c5-45ee-b351-6d6c911812d0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e8ee5731-4b02-4661-8489-0b0dd9a43cac +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,62a04110-4b78-45c5-9729-4ce1f08e1056 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5d604cca-9fcb-4461-9799-de7095cdbe78 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,1e87a47f-8cdf-44f5-90cc-8a315e06e0b8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c7be6268-5dfd-4c1d-9b44-68c4ed867efd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,1de58f15-ec52-42be-8781-28f9702ddb94 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,11e3cf81-3f27-4d40-a6e7-742cafcf9778 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c437150a-834d-4855-88c0-b143d87963f0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,145bb0a1-3897-4893-b99f-f9de178b5709 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,596774e0-d49c-47fb-9693-e1c57c3c427f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,6746bd24-345d-4e22-8844-3300659df77c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,d97f4e7c-0942-4642-8e4d-1f0930c18f43 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,c96c97ed-03ca-485d-a41a-6e24f5f4390c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,7cf07a2a-0e78-4c7a-9700-318b0cdd092c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,4b5fafdc-2f27-4411-99ce-84718ac21b8a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,820ced97-2e23-40cb-b3d5-6d498c208d32 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c6d88361-8449-4d52-ad2a-08e33a005052 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,79c91429-b4b8-4c59-b843-882a9af28114 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,d5450e0d-c875-4235-90e5-ddf0822a755d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,4f3fc65f-7d0b-4251-a1f1-fe47a6e45f5c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,eec2363a-a6c6-404a-8f52-c4617ddf38fa +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,b29bc180-a57b-4181-b4b4-fe5808503d90 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,d316b6db-9356-45c0-ad29-e103a33ac008 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5cc916d8-e624-4512-9b29-87128fef49ef +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,62ab098b-9f55-41e5-84f2-c86ea7ab70ca +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,26c19615-5bbc-48d4-b1ee-59ba6b95c23d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,454f668e-15f9-464c-997d-5b72d418261c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,4cc35467-099d-4c8b-8bef-bb9cdf3d169c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,e301feb8-d430-4d0a-86c0-4bac10485bc1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5a74b74a-5a81-41d8-a7c3-443481e99e1e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,9ccc4622-79f8-475f-bbea-e67e66ccbdf1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c6234cbc-7702-443a-b24e-4e612be9c95d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,4e46fb65-0484-42e4-ad69-9b1dbb1c4f54 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,6a35f6a7-3981-4ffd-b603-34b9100220b3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,8763ea71-8523-426a-8d55-64bee0a54a1a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5221809f-6195-41ce-9b95-7dcedae5f1e0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,ec8dafe2-0bf5-4163-b835-9028e8fff958 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,02b1fe00-ceb3-488b-a3fb-b6b0d48a9325 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,2af1af9e-c988-4d9e-88b4-a9c494b305c8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,5241ce80-9c8e-40d0-ae49-89689d2e609d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,2e72bce2-9f61-4cea-825b-ceb67b5cba77 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,9b47b9eb-802d-4857-ada9-9350bf7da9af +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,59155481-ebc5-4f7c-907c-9d64c26bde00 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,00f309be-c675-48ff-b380-4556bfdc8ff9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,626a3faa-bf9f-4ac9-94a8-455738c81097 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,ca76cb09-af7b-489e-9c1c-20dbab898e5a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,ab59b27a-99a9-43fe-90d7-31469e7b2be6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,66416734-f23c-4d00-985f-9e7ae35f2628 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,0917b432-72c4-4ca0-983a-4eaebcef13c6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,6ffc2007-ea7a-4d2f-8cc2-554c85056bae +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,bf15d90b-da62-482b-aff9-96be381e409e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e33ad5bc-5bcf-4139-9f8a-8424c4b5ba9a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,53df8c4f-a085-4d33-bc84-be7cfbe9b25b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,bed8a7ac-df77-424e-be50-bd9ac87e0c4c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,eb7cd325-fac4-4f81-9ea6-63f4d6276151 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,fe03d1b9-a9df-4cf8-9bc1-888a22af3081 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,7f68040d-c090-4e89-9293-e0b3973e2cd0 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,dfb47ad5-1fe7-4f39-a316-d1299e5fe317 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,35013d66-7437-4344-838e-7afd7adff11c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,3b2e0796-9c04-41c9-966c-1acd0c917787 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,59fa9a5a-931b-433b-b9cc-29558da065a4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,8ef7ea3d-bca8-4572-b493-c3d33b6cd7a7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,db7fefc2-edeb-4747-b403-ac2b6cc0fb19 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,f528c55c-04c4-4747-bb8b-fdc5496e25de +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,07463e84-32e3-4e65-b0f2-2f3379fb9f52 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,c5c585af-8a89-4af9-908e-5d71b784fe93 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e67291fd-9040-4bc7-b6fc-59035eb7299d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,51fc898c-6d3d-465e-8fae-ccbca0d740f1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,3cf35631-0aba-4572-a422-cb2ed8d38fa8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,7bcc472f-4018-46e2-8971-0ff25eba96dd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,594fe870-7182-475c-b3a2-c1b52085a8cc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,b7bb4d98-4a03-47ca-8c34-e9a2decb4fb4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,680c5cc4-bc79-4aa5-b15c-d17a3de69603 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,0220066b-8413-4352-858d-96ca23dde933 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,9b4fa583-1221-4bbc-bd85-4b6307c74770 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,d15c8e49-4fe9-4c61-a2b7-9ee97da4fa84 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,d6c0fcca-9a19-4499-8cc6-80cedbd1dbc8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,48900d17-7fa8-4fa4-94da-3dd700c2f7fa +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,615a0eb2-c3dd-4cc8-b498-89ce0a39a27c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,5f74b753-1d10-4c02-a278-d6020c8cab33 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,29dcf19f-57e1-478c-9326-d16401e537af +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,543ce062-d53b-4d96-96ff-45e39d68287b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,13b893d3-d121-40a5-9f98-bc6a7f2c4866 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,681b3e09-938f-4043-a4da-b3d7c68baee9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,34e33429-9f07-4f4c-abba-b497978be035 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,4e82d1d2-27ba-4c30-816d-1fe0470af43e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,15434395-6e2e-4aba-80a0-532ef74c4162 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,92887582-d4db-4fb1-9afc-d055bd26f7c3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,7a4c10f6-9325-4318-ab80-914c3e4142af +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,fuel_combustion_consumption,6cd90469-5d00-433c-bc5b-caef57bdbc2f +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,sampling_scaled_data,06dddcac-30ca-49b6-9fa5-ad94768b34bb +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,modeled_data,26a60f29-12f6-4027-89ab-747c9c4f2ebb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,388c10a7-0342-4b11-b08d-d0e99f50dade +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,e86a46bb-f809-42a1-9a7d-d40b95f7e891 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,fdbc0105-b076-4f1d-9c19-63c1ab608a9b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,af3ae528-49bf-49e5-8310-08683781fad3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,67ad0520-6be0-42bd-bddb-20fb92dd971b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,521bd8b0-57d0-418e-b195-fb2b75e01baf +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a12eae64-e215-4653-9cb1-0e112fdd2f1a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,15080b31-5c20-4300-824d-d3d7eddaa1ea +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,db0e9c2a-9d94-48c7-97cb-93cb76cfadcc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,374ad5a7-707d-4732-9810-82ec45d99b85 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,de66466d-aaba-4eb0-a85b-0932cc9d4fdd +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,3f75eab5-cbe1-4941-83f9-d0ba9f02e5fc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,586733b1-6255-4112-9abb-096fefc2088a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,1514fbb6-a888-4923-95f9-af309cde1fb6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,a03c7edb-aa53-420d-aea3-1405ccdfcae3 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,771bba36-0e83-4627-b1d2-56cd5c0b4cb2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,847593cc-1e62-40b6-92d9-a7906e98363b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,e226917d-0125-4aa6-af16-9b44a692ec9c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,8d8bcfb4-747d-40e7-8e27-9b5d4efd93e5 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,49984dc0-e030-423b-96a7-5d85c541e66f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,5075e7d6-f055-4ced-befe-0b795456f7eb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,d8812347-e02b-4d6a-9cd2-1a323f17ed0d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,40f03290-f551-4300-a8e4-776211f397e4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,9d3c87c3-a7bd-405c-a7fd-63deea7046ae +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,9f8f75ec-68bb-4821-b120-45d4887e2cd7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,fd33cfda-4726-43e7-b537-f07f6ac7df00 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,535e5649-ae13-411f-a43c-a0f359d4de37 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,757bccb3-d1ee-46d7-91c6-6865a55c7d78 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,4c2dfa42-719f-4352-813a-2f94936f005e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,3aac7917-eae3-4375-ba4c-7870e8cca4c2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,b244a946-e859-4c1c-a244-4b4ec108dadb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,2ad520ed-2029-4d32-abd7-c2c6e2fb20c7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,37c76ba1-2ad0-47dc-b28a-c2e3a5f1240e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a9b61456-18c5-4bea-bbb7-344a58b3dbbb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,f4104e61-b176-4a2b-b4d0-e3d4644c4661 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,8bfc61b7-0586-417d-9087-2d8bed0c718a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,7359fa85-e272-44d3-9e3c-92744876e5e0 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,a8bc770d-3213-4271-a920-fdf55d16be72 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,83e2ce02-c913-4d81-b8a6-27f984725273 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,6c5a2658-7897-4a7a-99b1-03a144ec5cb7 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,4e9d508e-03c4-4324-a975-376dbf0324cb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,aeccea26-1dff-4d37-b019-d5673e735455 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a5eccde1-5c77-4255-91f5-2843e8a092fa +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,cb3f7b10-82d9-4dd2-931a-ec3c10ec173d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,9b916691-cb94-4bb8-9578-00c7e624a8f6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,01f27e36-d8c8-4792-81b7-7678cfc95a82 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,5ea5d343-5b29-4aa6-be22-913a50118a71 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,be5430e4-d734-457c-ace6-697b55ab4333 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,0d66567f-2676-46d8-82d5-1ab762205c73 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,b810b004-bc49-46dd-88ec-88ea322b3b61 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,b2d44ebb-d2d3-488f-a218-ca553999f06a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,0b5e33ca-9685-4908-85e5-e8356c0dc481 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,f1bed798-5143-42a8-89d3-119c3f4a574d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,2289d901-6df0-48d4-bd7e-eb889f49de6e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,948d0211-40d9-4b10-8dce-708b335e1d9a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,806331ca-0c52-4299-b470-d28ef63c0a76 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,d63fe809-fc4a-419f-b4ab-3152017c2494 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,deb8c506-b3e5-4187-9210-e8108ce364a4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,bab6d088-273c-47eb-acdd-e6502af08122 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,0ceaa173-e0cb-4544-b9e1-d09aab6d0659 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,46b78381-c8da-4a8c-aa45-550873fbf48e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,0f98886d-bf8f-4541-9639-49b475f1a03d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,87b3ee83-d6d9-446d-ac68-6a150d7a3445 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,a7bc7218-fab0-4663-928d-78135635f86c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,cc1fa802-0aa5-4adf-b719-b3de6e525c07 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,c0dac2c9-4c78-492b-9164-fcb6ac157169 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,a3a59686-9203-40f5-b1db-971b9e9b0305 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,f5f36dc7-dd6f-4789-8f2d-b4b418577ab0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,f781a895-fd5b-423d-9175-d2d5dccb0875 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,06fbe7ba-8dbe-4bf1-9229-fc117b6dc1d6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,9b8a0c41-e173-4f13-b1a3-366d983d4fcb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,183eec0a-b569-4d04-9931-865fbebf2d7b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,560f9fef-6b64-4f7b-a7ba-1ffbcd81ee45 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,493a04bb-cee5-493d-9aa6-d0a0dfafa3f4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,6ee1269b-6a9f-4920-b806-58345620f9c1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,62aff1ec-9169-4914-9487-eb19dee8d8ea +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,b9f1b806-0273-4061-b506-4ae1d6723ea1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,40b0a2f9-becf-4e3a-aaed-f9f80cb9c844 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,21121508-fe4b-41f9-9636-ab01574a841c +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,fa1e595c-4b5e-46b8-918a-e7572b2bb24f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,6a9f2fbb-4682-48ce-b693-423748c80187 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,0127bad3-01a2-46c3-be15-d5b8a4726254 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,6108277b-2296-409d-9d93-e01746574003 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,cf8d6003-29d2-436b-a370-480e7ba850cb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,42eb9fb4-1c7f-45fe-b953-0cc55465a2de +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,7a9ac5b4-9204-4792-b1dd-9aedfcdaf95f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,4a684809-95ca-4641-82cd-24b4d4fabeb9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,3c2326a8-b150-41f6-a8aa-23e4ca5328ee +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,593dc351-8387-4f20-9028-db634650d98e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,15f385e6-c5ac-41a9-8a70-fc290f5a5a7e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,14196b54-c73b-4412-90c2-79bbaa95029d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,5a562775-38b4-4b23-bc93-77243143928a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,1ba13727-e748-45a6-9862-26ce37f81c5a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,c7870f3e-87b1-47dd-aa1e-09740ee1a4e8 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,5f4819e7-cfd6-4a1f-9b5a-69bad9c171c6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,f01e0582-21fb-4057-864c-462b7e653bb0 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,afe63e6b-2161-4925-9bec-8206bd7cdb71 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,effa20a7-9a6a-4e6f-a629-67d1d4e2d8d4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,eff604c3-9bef-4afa-a9be-c9365c5cf80a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,4d7a982b-b21e-429f-a340-2cc4a175d136 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,b80f18f6-2479-4ae1-a37e-59f429330ce4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,29b61f26-16c2-4393-9d06-8a4f5c66cc27 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,49f40f2a-907d-450d-9e0b-dcdc48789cf6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,6115344c-f2bb-414c-ae82-e8f5805a4b59 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,98256883-641f-4500-abea-9b524a79a7cc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,714f2d3c-b723-4bf3-8fe0-50da2ef0246a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,c6814b62-a32c-43e0-8305-cfc12d334ca9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,774ac442-adc8-4874-9dbb-af645ab79d25 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,8f0d5049-3e78-4452-b3bb-7350662b28f1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,0ef2603c-d29d-43d3-90f9-fe2f237f9090 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,4f169037-8fa1-4254-a386-59cacac1101e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,69ecaebc-8019-442f-99b6-244c0acd6974 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,721a51b3-b98a-4c02-b814-33c09bc7fd33 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,6fcdaa2a-fe60-46ab-895c-f60b61c8df7d +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,4672c750-bdec-427d-8d0a-eda5fcce6d07 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,939bc674-c64a-40c7-bc1b-62476b5e029a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,fb8d2833-9a0c-41df-8dfd-c000b9092807 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,28d1fc50-cdb5-41cc-a20a-d378549bf771 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,ad705d9b-37f7-4b42-8b5e-a9a45f78a1c3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,fc7db3b1-641c-4d34-a478-d70bf5e6b7cb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,f2fdb96c-f36f-4f07-b864-c58999b6505f +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,68a8ff53-6c4c-4fc3-ad63-0a0707118a2a +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,14ab9318-5613-46e8-a3c1-25a1b1e31951 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,ad3990c4-13ad-4b6a-beae-8df348a2e36e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,a84224e9-48a5-4d80-a747-f7bd141d0d22 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,062d86d2-7ae7-4a45-858e-686dda7cf7e5 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,afbccde0-7674-471e-9943-a8d9554780d6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,4d7c4d54-c0fe-465e-9cf3-eb81a810751b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,6d3ff353-d595-40c3-853a-70775e99fff2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,c4e5e377-34b0-48af-ac5e-265845bca21a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,e877867f-d726-4a05-b99a-d6c9fbfdf7a8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,20818bf7-ee51-448e-be17-f6cac7364593 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,694cf85e-a0c2-49f8-852e-77a2ba6f9030 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,caf230e0-41a7-4ab4-98e1-c9fec75a5468 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,b1f40030-dc6a-4757-8a26-a6d7cd93e3c9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,ce369b35-e81a-4af1-a492-9d6a4fe00caa +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,2e2799de-c569-4422-9a89-e1993e90160e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,ccbe0e2e-35ef-43d6-9e7e-da5ac255ec92 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,1a947c85-cbb3-4897-952a-2432b18744dd +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,ba7fdb20-96c1-4206-a924-b17ce5692c0b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,23c4b453-4c93-48f9-8124-30d05d49a6f6 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,910ddb9a-c5fd-4d28-bafa-55f83c9c3986 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,240507c7-c486-4841-841a-b483621e2920 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,abdcdee6-2983-4134-9ea6-fdf01161b758 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,07697359-e150-4149-b01a-68d70da01930 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,d6fd0e81-bf95-4c44-a7b4-8e40ad55a45b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,252a9e17-4385-43ec-ba35-057971a7ce1a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,12532d65-1152-4c88-bfe3-3d3d452519f2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,c96ff948-0326-4ca8-8c3b-964f43f03380 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,29799f16-641c-4571-bdf7-092fd3b2df27 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,04900a57-ab00-4374-b39d-fb47141f5ef7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,3f9d35d8-a01c-46a2-a678-f4f788642e80 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,64b849e0-afbc-4951-9b65-5958ef97788b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,c3312dec-1942-4ce4-9afc-88fc66c2ceb8 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,095ed4d7-756d-4906-a896-5112ecc49d14 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,84a7e647-d78a-4cd5-9448-0fde3bb6433f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,26d445a2-0507-4476-943d-f6b7584cd4e2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,d9ae8db4-9380-4405-afb8-a3c9bd459230 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,9343e828-2eb5-4c1a-81ce-42997f732971 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,a325f350-57a2-464c-9b40-e287c1b8f666 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,807356ac-f536-4aa8-b2df-e97eb0cc11e0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,43a06141-5848-464a-b234-137e45513adb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,a7ded315-1fb6-491c-824e-5c43ada78195 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,b125423e-4353-41ef-8614-80aa1985848a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,0f89eb20-f5d8-4c9b-9158-780187e26eae +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,84573ba7-a798-4e5f-9df2-f52ff43cc58c +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,10f54a8d-d66c-43e1-9e1d-377c02c2d77a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,f477c6ae-c803-4e0f-966f-0dbb58dc5b77 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,1d02c082-2b67-44ca-9958-877c7bd6363d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,cbbfa943-0059-4bd3-bf69-c1330e83d2c2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,776d8e37-ca61-4862-a3c7-89ce7a39d10d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,1ea29922-31fc-4002-9e54-3990cf55ec2e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,5bfc3e26-6e3a-417d-9c3d-a90459890e79 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,1516e6f6-7a09-41a8-b342-a27249f68902 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,5abd26ed-afdb-4e79-a62a-d49e5f8e0d73 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,8b00e48d-eedf-4b23-8eb8-4dcac509d26e +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,38226c17-5888-46e0-9e02-a7cf9afee349 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,aa740cbf-0c7b-40f7-a3fa-e192c5cea5e0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,8f8d2453-83e1-4dd7-8beb-bc00c4c88749 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,f9b82d05-3ebb-4d93-9b04-00fd4ea266e0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,2a7d796b-8ca8-452e-98b6-94226211f312 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,bee49a62-2489-4f59-a3d7-67cb5bbdb7d3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,45a08738-bf67-4c4f-99a7-d651ce8f6b53 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,10911d70-500f-46f3-9c3a-8ddb353fb8cc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,a2f193d0-5840-4cff-92a6-7812209087f4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,97b932de-22d3-433f-925f-bc9739fba9bf +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,6c89b740-cc1d-432b-bd7b-4c111396b0cc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,2c80a547-6a1b-47c8-b60e-04d33800e33f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,8f7eeb36-0669-402c-8113-11ea56f88391 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,5d2201cf-3641-4c40-87c6-22143a892991 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,4eb0236c-fa64-497e-aa7e-abb0c9145fba +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,63d1f451-a08d-4083-920c-d9c09b9776ee +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,7ce43fc8-f7f6-42ac-b74f-1f8a3dc08503 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,a1adb41b-76b4-4ca2-bd70-4d576d04dae4 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,5a4deca0-a716-4a70-804a-1554d69b908b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,9e32d798-d87a-4319-918a-d4bf02d3fa6a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,3cca4332-d3ae-4dc9-80b1-ae79e9985bcb +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,1f9a51ae-fb20-42a9-9de6-c980a60aadeb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,25bea582-1bb7-4ff9-abd9-e94c2f4fcb0a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,b6997e90-56fa-4f1e-aed1-5566cb59ffae +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,c952c0b4-408e-4c01-b74e-6769cfa17a74 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,8a6a5fee-454a-4c74-b734-d4005bdb2924 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,ba69b6cc-0978-46dc-acb5-32f3eb7bdeaa +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,79412856-fa81-4f4c-b933-5159fd09f85e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,ed0ddb0a-0fa6-4c42-8c65-986e20cb9776 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,69d2daf0-ecda-4a6c-a359-91906e4bc7fb +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,8653f525-86dd-4131-b524-16aba0a75bd2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,4536345b-bfaa-4957-97c7-6f18d45c6711 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,26a30e51-db02-418d-9b39-8f1747293d57 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,87fc8f11-97a4-4536-ac64-b8730098e545 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,a7fec866-663b-4bb7-9a75-e83ae4b7e292 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,07f79bc3-e593-438d-ba6a-c60879779b6a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,a9902e5b-cf7b-4bf3-b314-e3f4d20c613a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,74fd5558-7817-460f-a192-066c5a3a867c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,da2063ad-9c56-4a98-aeb2-8012e32adad7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,bbf300cc-068e-4c3f-b90f-12cf72eb4ce8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,8799679c-44df-4ab8-9f96-c9d5155c128c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,7c384bcc-8f62-4524-a81b-c832bb0aacdf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,1a38d78b-3e9a-4078-b4e7-0c0543496e66 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,62cf2818-66e0-4628-9202-429f0726cf41 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,f66413b0-f391-4e51-aec9-0e7b8329b7a0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,23916af6-c4ae-481f-a654-f56b80b129cc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,9252444c-54f6-4978-8c8b-bea8893bb1a2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,7dfd6915-036f-4fbf-b527-8fdae9694197 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,59d46532-df15-4ec5-b4cb-8a01e2d5f3d1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,e4be2daf-aa51-4a1d-a27f-0f43c28da44d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,464cbf33-2507-4a35-9921-1fea20236aa3 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,d8be6e06-65d1-4eda-bd0f-1d5f35b485d2 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,ce341110-4299-4753-bf0e-b9ef138bf9e4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,72ccc1a8-e3c4-4612-a5dc-da8f39513e52 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,15cc3c4b-a5a3-49c3-b6af-ca82ec5b7ea7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,e03866b5-9d09-4263-9504-87e90748c293 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,1e47aa1b-f203-4839-84cc-69d04904e2bc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,43b2bd18-cc7f-4d2a-89c8-ef7d841c0029 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,b24992a2-eae1-4675-8f0b-e297f17a8374 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,747cf984-527e-4402-a8af-b4f3ed14542c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,98bab81c-a272-4479-83ae-a2a87b2436b5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,8d7b4f29-b738-47f7-9191-c1f5b29b56f7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,e6596e36-6676-4f9a-84db-e2186f6d1ed5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,86dbcb5f-37d9-4f1f-a1c6-27e15a73f24d +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,1755d171-070f-4e90-b51f-f3ce34a8d7be +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,3045afd3-52dd-439b-88a9-38c5aa1cb1f1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,2c712e88-25f3-47c5-94ea-3be8ea60395b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,995eabe5-8d22-43fa-9748-b6e65bd520dd +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,dd6830e8-326b-4df2-abe5-2d5eaa302c28 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,58527c72-425b-4cb2-9960-52461b344579 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,67f45aa6-3cef-4f5c-96f6-d6ca1f554235 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,e252094d-0623-41b8-8e57-a7755d3adf28 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,f203e412-5d68-42d8-820e-cb19fec0ff18 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,3189039c-f05f-4300-80ad-0d6b51a45b09 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,f7b12295-a789-4a81-803a-b83d3e4e2b2e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,ac837720-e47e-4be7-89d6-98dd1b485448 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,cbf589ef-6835-4450-bdf7-878486e64313 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,5f9c5409-8b3e-426a-8924-c2510be33f40 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,e408a8e7-13a6-40be-82ca-3fda87020f9c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,76e7aedc-862b-40d4-af99-1cb716eb3443 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,8665481a-3f33-4ac0-9714-6e1315ae0bec +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,096a97b5-09ce-4fbf-9b17-f93666b9b15a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,370a7898-6850-4942-8ca7-774fb459b9bd +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,50c6884d-07f1-4fee-85df-fb84d1c6f40c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,2e5323f2-f431-4ccf-9e65-f1b6ed5e6c96 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,926b0241-e77b-48e0-b94c-836cd1523b7b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,bc6ef924-c9f8-4f1b-8e26-4786027ec310 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,7c027c32-70e7-4509-8af7-ef714f8409cf +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,71f2184f-544f-4c09-be1a-909408fdb289 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,6a814714-1972-4065-9149-1da52afcbf67 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,d3aa0b76-673c-4f11-87e6-a9b17bf0088a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,f4c9f02d-6cd6-4446-81a0-8d4cc5a10bd6 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,c581669e-097d-43bb-bdde-3cae44dc6b4e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,9f5f4676-c6e5-4c63-a392-fdd9e1186510 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,f1813652-0c45-4110-8892-ed2d9c5ba2e4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,9ae911c3-25b6-4cc8-87e6-899ecb3d5f91 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,916b2223-679e-4df6-a5a5-9a5b779ca514 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,4f8befb1-2d57-4a54-a31d-e2584c55c458 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,03fbc2da-c266-4bb1-b8f3-db1629dd0473 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,5029ed1b-9bca-4d69-b35f-1099b56bbb65 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,fef214a1-cc62-40d3-b3ea-978464a9a3b4 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,e5d8c242-8b8b-477e-8083-e4fd8fadf34d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,db9b8c29-6928-4fc1-983e-b78d7a3de5d0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,2774df42-b89c-43ba-81a5-aee51778fd78 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,df0815d2-6172-450a-ac88-269b09376ee8 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,f578f7fa-8869-43f8-bee3-79c6f3400bad +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,006428fd-d396-47eb-9b21-abc00854dacd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,b5509188-5b2f-42e7-98c8-3e3669c7c0cd +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,6ef71708-4909-4e2c-90e5-f58d92899f2b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,925f50b3-d8a0-495b-b4b1-c8d82c651f1b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,9b154cdb-521d-4f2d-bdc4-27742b5d41f1 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,91bd30bb-bfc9-42e1-accd-289552476edf +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,114cabf1-5abf-4852-bae8-a37ff723a454 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,e34cf8eb-1a24-4a64-b1e8-95a425601a91 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,abc4cef2-f4c4-42ea-b7fb-7aadca3eb82f +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,462e1ab7-ccc4-455d-8e29-dafcf4a39fda +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,62f22a4a-1005-4938-a741-5ab86410ddc8 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,e3ffdbf0-d277-446f-b126-4eba520a8163 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,e7cdc215-a2bc-4481-8007-7bc53880b70d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,9ec672b2-792c-4bbd-9573-2d005c76ece9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,f5cef4f7-61fc-410e-8db8-846035783ec2 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,24fac35b-025a-4ad7-9f01-be31c1b1b2c6 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,266f4691-7e3c-4aae-bcbb-a1fbdc2d1e66 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,ab94d0a8-76bb-4672-ac2a-1050c21f7739 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,8df9a3dd-fc05-4e7b-ab32-b6f98bf197e0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,029443a1-8b59-457b-9e89-ef5a8e3e1ebe +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,96363db9-1fe5-4638-a707-186ab045a0f5 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,b3507d45-4f7b-483d-846e-b55b9f3191d0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,4d5c2393-dc9c-42fe-8b22-44885a65fdd0 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,b305b259-a500-4e3f-8bae-e99bb9a6a713 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,f95a18e7-5e97-4122-82f8-1e73c8fc79e6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,d2529e39-e128-47ec-852b-897261b35be2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,aca8b74d-ed21-4be6-8d7a-f030d05e693f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,62b85f44-75f0-45b7-91b4-4f2390641e48 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,74376138-0ab3-4a02-b98d-59a86ba89aa9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,9b4ebf5b-1ca2-4cfa-8f84-2eedbc4ac155 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,41a16d56-1d55-42b2-93ca-1fbeff147801 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,aa3ec524-27ea-4d1f-acda-c7086bbb04eb +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,03bdf740-66d2-436e-bbc1-dd274710d7c2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,6fc691a5-3919-47d9-9bb7-482047620255 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,279d8a21-4a5b-49b2-9edb-6316d4b79833 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,d616d2d4-a6b3-415e-a59e-41c1cf8653be +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,54f40f07-2dd1-4d17-8ab1-bde35852540a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,27a261ed-b0b3-40e8-8d95-b25dd5ca9d63 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,c0262977-fc84-48f2-8da5-a6a63b8b1d8c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,905d8aaa-0fb0-434f-aa9f-1421920fee78 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,fd8c5fb5-484a-41b7-9a9f-ba6a8223bdc2 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,0767ca4a-174f-4b56-99d6-bf6c3a5332cc +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,7b65d491-2817-4132-8534-38beecf37344 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,41c13f6e-53c5-47d9-b84a-53543a70d271 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,c4a707e6-8ef0-42eb-8b2c-2ba528847a43 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,a5afecf8-6c02-4ef7-b91b-82700d340f4f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,d60f6846-3231-4bd9-a9e2-db2d82824f02 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,3124f24c-3234-47ed-8a47-74dcc54138fa +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,b6609b0a-e39d-4c15-adc4-443ef5202914 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,83d9a9b2-61cd-4d78-babc-08cd14232b59 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,fb1d1f99-ad6a-43cd-8951-64672538a9ae +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,38b5b976-4e1f-4642-9548-1a640aac9463 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,eafcab44-6bbd-4b4a-908f-83a13f3fdda6 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,0d3f6ba2-3288-4251-8177-c4c1f3b98b72 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,0ac4f38a-0767-43bc-a0f9-87a13d982c64 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,d8a1912d-1aa9-4fde-82f5-175f1cbcc089 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,6f0b591b-5f8c-426f-b40f-a8aa4a84a8c3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,c691d8f0-5bb4-42ea-9a92-9d9bd02c0460 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,126be9fa-d003-4c6a-af54-2b4e60f2d7ec +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,5781a6ff-4527-4a64-a492-804fc1603dec +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,4b3242b5-dfe6-4825-b8af-904ee7c50462 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,ee4a230b-ce26-4764-b94c-2f9770d281d0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,3ea4bc25-8f98-4b06-84b8-19666b222d70 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,de0a9a3d-e934-4f6c-bd93-bd7120352833 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,6ba2cdc4-ecb3-463d-b0c8-b7a5be269700 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,4daa1d28-413f-4b5e-b498-8eade89f7b15 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,f583d03e-83e7-42b4-ab26-7a04ad1a775c +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,ae61d0e6-0095-45a2-b999-57515ab95c03 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,17b1a167-b828-4995-b879-e2761555d1cc +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,8583a302-3069-4af6-b250-fbf9cb5f143d +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,115298f5-c331-43cf-9296-e80bd614cfb3 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,3015afca-679b-4b46-836e-47dab4d5e907 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,d7b7a63c-5931-4656-9fb1-f96e75a109c4 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,87e8a78a-4976-494c-a66c-d4a3882ad27f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,bb75a5e1-5fbd-4cd2-a681-c1a430fce3f1 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,43a917a8-ed53-484d-b973-88354b2c7e11 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,bff40597-04c7-4b9e-879d-fc8b31a43dfe +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,76f73503-4a40-456e-ad03-9e3e4619eae7 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,197dee2b-6969-4ee6-87f5-5842cab4c3df +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,0b016e87-6d3c-4ac9-bfb2-e351c9e5d11a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,dd148156-d82f-4bc2-bb0f-307fad4e9552 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,249f0cee-300c-4db9-88f7-52a4b8a9b5d3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,dee5b5a9-7ca7-4a38-8b9f-7aee462ecc56 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,3f7740da-9092-43fd-a2a6-c5a899bf017d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,e6ee16a3-f74c-4bfc-abd6-8a2b6cd586e8 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,f178b485-e02b-44a0-944f-55c061e1e233 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,704afa66-3444-4e0f-8503-728dcc282dde +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,391c9145-490b-47c6-8e3b-57a55316f5c4 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,ca269d6f-89b0-4b5c-9452-a677e154c434 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,5d378ea4-c7c2-4d47-9802-af1458f552ac +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,b218309f-335e-493e-be9d-ca3f5855ee89 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,cd9a142a-2b7e-46b1-8877-6747946b9da0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,9a4323ca-55bc-4eb5-9931-6cd193f77c8c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,bb3e15eb-91e4-4b9f-9518-1da462e25471 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,44e1fea6-b915-4c5d-8966-8287654e8786 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,539cbba3-4bb2-4e1b-90db-17365d5f3c2e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,42a46145-8ad8-4867-99f7-fcf55400b5c3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,210288aa-bbbd-48c5-bb7e-cbc875c05c34 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,ad73459a-c8c4-41c1-a470-ce50d34f0a93 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,e1915d1c-a61d-4cc6-9ab0-28d65ab6c1b0 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,1d86ebd5-d06a-411d-bed3-1826aba0abff +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,839d46af-7f7a-4d45-8b59-69d6fd26a229 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,faf41dd5-d898-47bb-b543-de1da835d42d +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,7f472daa-7690-4f65-87b9-210aad00c7e9 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,18ac0397-02c4-4e28-a735-ea3897272d19 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,b6bc66c0-b895-4e63-bdb6-3c0621c1d322 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,8b7fdb28-dfbf-4da7-9d58-9c4160a032fb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,48f393e1-af5b-4172-ab5d-6d539549816f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,febfa232-3cbf-4b6c-bf6c-0d38fef74828 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,35b36687-b609-4fbd-a4a8-28c8b9467abf +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,3353a6be-ba13-40b9-bc22-7ec9f9c74e45 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,67dcc81f-7521-42c1-9acd-4d8a6425081e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,0fbe8aec-ddad-43be-a873-a1ab9bfe5c43 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,497f6a7e-7cf4-40d0-b5f7-9c8c96cd3e9b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,e70c3361-1c32-4d0a-b2c5-b3df37109cb6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,a2a7a175-2f19-47c7-a3eb-2f4fe1fc611a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,6cb860e0-2b84-4e34-9d78-4f6fdf8e5028 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,4d6c71a4-dfdc-489e-a50c-970ffdb160da +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,fd0a9169-6282-4f60-9404-1c11db48304c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,14b7ffe3-5556-4a6a-b33e-db3d1dc2ddfe +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,77d70d86-03bc-483d-b682-01721105922f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,44f7185b-85b0-4fa5-bd3e-a646f8736ffb +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,8145d6b2-756d-4bd0-81fb-592e905196d2 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,b5a4ad93-d738-42ef-af90-e6abbbed7ddf +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,8b95fbb1-fbaf-4669-998e-2fdc5e721672 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,96c41a8e-ecf5-44ff-9ab3-e44f0f9f5f92 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,c7c4ec52-1c1f-4c6c-8d44-7fd3832d079a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,0b4c1186-e862-4b87-8f3f-09de843099ae +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,e5ef3c22-f818-4c7b-9b0a-26c09e892f17 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,ee89181d-197d-457c-a7f9-9ccbd8f6f21e +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,54bf139b-7ca0-4d59-a156-18c28b819fb3 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,2cdf7031-ae96-46e7-9c6e-2689ff43a1a4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,15e26991-ebf0-4393-8f99-299de2f10d66 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,b791786c-4c38-4a5a-9c71-0e3a9dac3bbe +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,ea5970fa-b21d-498a-8618-ce596a507d3d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,80943608-6b3b-405e-978e-490996bb8207 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,7550728b-d5db-4fee-9e5c-dcaa30ff1e0c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,718a7240-5fc9-4cf8-94da-60673d684349 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,714cef62-08b2-493c-a3e5-994e288b9cfb +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,c09dd4c7-488a-43e8-b79a-7fab88549327 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,d07a191c-6c1d-4ece-91f6-d00296f79498 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,f816107b-4672-4882-997e-364076ba77ab +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,7964aeef-024a-4b7f-9b94-3bbd349bcd10 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,37e75281-fcca-449f-90c7-480bbbf087a6 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,cb02f8c7-ba0d-4d51-9c39-9bca54d05edb +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,49e2c319-f24e-4489-beda-0514d1cd17aa +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,545e776d-0e1e-4512-9b1e-997121b43460 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,968e1b1b-0633-477c-8a75-dfb4fed3d7ea +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,18bfb881-b641-4787-b1ef-5d818f6931dc +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,cae986bc-cd71-4ece-a087-12f6995de36d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,db4ebc9c-8447-4fb2-baba-cd241a02265d +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,1726a6df-9f3a-48ca-a9ca-d2ed0eb2545c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,be600fc1-1405-43ab-846e-9fe91b8bf8ea +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,057f2a40-3bd4-44df-8f1e-57d10c3e0fc1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,19fa5ec0-c68a-4440-acd3-7e356d8351a2 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,b90d747b-fc5b-48cb-a688-4a23ec4b87a8 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,76538994-d90f-4b00-a93f-3709a39d4d50 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,b2fff912-fdae-4df8-a76c-0fca89bc30ff +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,d3d0951c-b041-4142-b332-6ca9742ec3d1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,dcfd3785-42d5-4586-9d96-ad817581b49e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,39d7aa02-d30d-437e-ace4-5cad11d7cc9a +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,eecf492f-f1d8-43e9-9ec1-ee2936223e2e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,a7a78fd7-ecd7-4a42-b0f2-130d61c904bb +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,a0cce15e-8672-413e-af09-3bf5b36c63ea +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,eeed749e-5479-4602-a847-6b9878649ef4 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,3cd8ddf7-c4b8-4164-aa7b-e1a215985bf7 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,2e426914-c237-4f9d-8b2d-ba28468f1cbc +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,d05610d4-ac4d-413e-86e4-137d8b4576a9 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,3ddda078-d8ee-46e9-9b83-23b7d26d9b40 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,23446f37-a31d-4b85-aed9-cd515a4d340a +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,be0f826d-fb84-464b-9893-04785c4a94e4 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,6af1ae2f-024d-430a-b43a-b7219adcf428 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,26f37561-564a-4b4b-8980-c9f8f4a625ff +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,fff32a8d-6a59-4d3e-b67e-a1a47534d118 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,34c17976-f54f-4274-95a2-263cb722f0de +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,b16cdcee-8959-4cff-aaa0-1ab79546f43d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,97b06d8c-63b4-4670-8d33-c99aba5d0170 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,cafc33f5-20dc-4185-89c3-7793358aa6d9 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,dbfb494c-a768-49de-8fca-2b976837a024 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,a6a50b21-c9d1-4fdb-b60f-083e400595a0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,f5d52995-7932-44e7-b782-90426acfc9da +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,00223ae9-2c37-4e4f-b268-1a4b632a2c20 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,6596c215-8fe3-4b34-b1a3-d734e7602645 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,85033c4a-656f-4ac4-a2a5-57676852dff8 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,b9d8b569-afd8-4bf9-bfc0-b3b8b789ccd6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,f4c27eb8-3345-4005-81bf-d37b8754a318 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,bfcf3ce2-0e91-464d-9e39-3ad7789fffb4 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,0cbaffd9-52ed-4853-9343-c0dab5c44679 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,9c768f08-c358-49c7-afb6-ea0b8f446b21 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,a28f7230-fcae-43e8-b98c-534a316e654f +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,21c9bf7d-2199-48c4-989e-83e1c3b4b39b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,07d0579b-cc69-4bd7-aea2-1e5c543cc703 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,3d33b87e-fda8-48da-ada3-7209deaddd26 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,8f6cbfff-fb02-445d-8229-a5709cb2508d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,d4c58f1c-84c1-4b64-96cf-e9902241eee6 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,9938dc10-7265-45b6-871a-3a47a65926e2 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,1f583cdf-c1a1-442a-b291-f0b5fbc94ed0 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,885df02e-e517-454e-a539-ea8596343c77 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,f5b08a6c-089e-497d-b2a6-8decb11d8128 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,baeaa751-67c3-4b49-b907-f171a66a6be1 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,6c9f8300-c355-450a-97df-f331428df4e7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,7b6e6253-b801-420e-acf9-b7d771cc8e65 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,9ff922ef-b0c9-47b8-b1d4-4fcc2c8e146b +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,8d46d421-16e7-4981-8d99-b50ab6bc007f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,c2ee81d5-c1ea-410b-880e-a74365436f57 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,65466152-6270-4390-a0ef-d06943f152b7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,fddbb186-972a-44e3-9423-a111ca63af96 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,b11a7f8b-9df7-4716-84d9-0c37eb598347 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,67dd8c78-308b-4e40-8bfd-4469e4c297a7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,38ba53e1-47db-49d0-aab8-4af412587d2a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,b80bbbda-ea79-45dc-a1fe-4227772ddbd2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,b7fc01bd-a304-47f4-8076-f10c62d996c6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,774c8dd8-c73c-4edb-9d1b-2e14e60fd896 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,38dcda06-dcbb-47cd-831b-5b0fce813eb9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,8b364284-1a78-4d83-abfa-39918c35c4d8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,2a057976-2bf2-4212-a571-48d84f896ff2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,7aba34fa-5c7f-4690-a416-fb91a97a7ec8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,46908097-485c-4e6c-aabf-66245f7b01a8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,bd9eae31-3513-4257-b736-6e2222001874 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,0d6ac526-4cf2-4b54-89e2-6c96d0190234 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,bff74309-e4a4-42d2-9dbd-8d053e220fb4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,af548a80-3965-4394-9670-1f482f4b635e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,9177501d-0e79-4739-8fea-dbd67151ee4e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,af6c44e6-5f0d-4578-b914-ba568ca64291 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,373209e2-c6ce-47f7-9904-3a6378eacaca +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,d1afb320-b1fc-4ac1-89c3-58d4a38a1f43 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,7dc3a756-2e6f-4a6d-8252-ffde025191a4 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,4baab66a-5244-4958-bc5e-a3a41cac6eb7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,5a899e47-3ca6-4612-bb89-21f692a86944 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,e49e265c-85b4-47c1-b6d8-97eeb788e4e6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,d3daeb0d-9366-4936-acb0-9c5a249aad56 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,70f1905b-3f55-48b2-ac42-e1fb92a3dc88 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,2a73a08b-3dd4-4275-8af1-288246ca6b52 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,e7acb669-9bab-421c-bdf9-579cb85773fc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,6fa528b1-407d-486f-834d-263f7d4e9baf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,f4871289-0b38-4a9f-8608-9d8cea13acb6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,b40aba9e-bfc4-47f9-acd3-5576dc3fb8ec +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,953dff42-9d3a-410a-b3cf-e74cbbd2f213 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,c273f808-06eb-4b1a-9177-ba9ec825909c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,7337428f-a479-4164-b00e-23633e52fa08 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,7b84e779-0bf2-4c7a-82b0-19e4979317c5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,be7f9738-cd2a-48f8-851f-479d548cc08b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,d2231092-b0c5-44ca-b9a5-53fb20873393 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,ffd3c7c5-fdb4-4634-ac3a-206cf07366d9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,8a951914-1f72-4558-93b4-7dd42392d59f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,7ed47aa6-b5f0-4494-bd46-cddbb2870984 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,bbc88810-bd9d-4fb8-b936-95733c5921ba +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,a9debd4a-e48d-4c8a-bdfd-006a04e6879b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,376ed172-0baa-47e1-91c1-d5d0b8926697 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,609a35ad-74b8-4bc7-b7ae-9961d65d4007 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,41efcab8-2dcc-4051-a5ac-96fa6647c184 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,d81979d3-e1b7-41ab-8a40-763694bdf5c5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,d3a7e020-66dc-4756-b607-55868cfc38b3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,6b118c1e-6e9e-4d12-9e37-805a8ac3f9ea +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,567c6377-b198-4df5-ac61-8aebc6af2d8f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,2f58b9af-346c-44a7-8017-d4f6c5277ef8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,ee2b1c37-78a6-4c98-bd07-6ebbe49a315f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,4373a093-7b41-45d3-8d9b-1e7d17693e9c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,4a83a6b5-0e8b-43d7-b758-4c5651f93071 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,e799a45e-b28e-4c4f-9381-be4a7eae1829 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,5cd5d81b-09b2-4f8b-9c8b-7816551e1791 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,de58a13d-a4f3-4425-80f9-f0ec809a015a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,dbf254ac-d426-4c31-a48a-22430da33e38 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,13089690-48b8-4c39-bfab-37d854a45bf2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,6480a440-0355-4ddf-aaff-bd7ce090d9dd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,9bb93f01-6569-44a9-9845-25e51346cf7f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,5afde8a4-33f1-4c86-847d-9b6734111dfe +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,4c1e5860-75e5-4855-9674-5812db09480f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,1e632319-92d1-4cb7-8cef-ab245f8866e8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,3b6d17fb-67e6-48eb-9a45-c733d6f37d1f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,ac5f4c79-df28-4e2a-a1f6-29542312e53a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,c2b62f98-61f2-49db-9ef6-eae026351131 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,f4cdabfe-bc32-409c-b10d-c3877454a980 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,b7a21d51-74e6-4e9b-bc34-143f0d244ab2 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,c0b5b957-74ef-43dd-a522-3b9a5c2cce41 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,94fac1bb-f40e-40b2-96d8-7db375f2aca3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,c475155b-2955-48d0-8b6a-125b015d6c50 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,a132a823-a34f-4914-90d9-3da046988708 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,f129fb8b-c031-47a1-ab1c-b1c65713cfb8 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,0c6e1bd4-2d6e-46af-bd62-3d66c241f7db +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,23a24f62-2c06-48df-b420-7b7270a3046d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,799f1b67-3d98-4c5e-b461-9174968dc030 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,191be3a7-8217-41df-9021-87c3ef948ac9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,fa580b59-0370-4410-8124-89f9c1535e56 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,b9332973-45c1-431c-95e2-8986511bb074 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,d73e56a2-56a8-4150-8b48-cab8f648ad5c +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,449c676d-a3eb-4c92-937f-2242fb01645a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,c2a726e4-ad6e-48a3-8660-1f1fed73c063 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,a8a49eaa-28b2-487f-9679-0ac7e5d86a60 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,0cd0f000-ec0c-4e99-9248-55713782cacd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,8b9b3d8e-da9b-4512-9203-66f98e3db40b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,67b82a05-9161-401f-ae7e-1aa7a76819c3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,fd5a6735-bc50-4293-97fc-89ab5a9e7f3e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,b4132ecf-2f82-46a4-b252-219906320926 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,09fc61ba-80b7-4ff8-8c7a-719b55ef9696 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,c890766a-9daa-40c7-b3d1-b378e1ac6b87 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,334d2ab0-24c8-4171-a657-1b4b1c184799 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,1c3c3f3c-3cd7-495b-841c-068e94d231b3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,8f11185b-4998-4f1a-a08c-df27754cfc6c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,64683fe8-2646-4e37-be3b-ebe37810f90b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,d1c7f9ef-0bb1-4e1e-b369-b5a37b35cacd +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,a9463032-02c4-4bf0-a783-fbe915bcbcce +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,c1cfff70-68b8-47c9-ab52-c536c81ef2d6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,ed84e009-6d31-4ef2-8a9f-50494db1f3cf +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,a8d719d2-7a5a-4f7c-9465-8d3299eefd13 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,0cf97380-74e4-4f5a-b6db-27bd41faa43c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,752547ed-2c51-4731-b651-ececfba46e6f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,bf55d572-a599-47ae-ad75-0bb48596ff7b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,5518392d-503d-4fb6-8d72-6c06f636ff9b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,31e842c1-5258-4559-b84c-2d67e6557e19 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,02c33b00-8994-4029-8d9c-72eaa2d645a2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,3b94be4f-a573-4be1-86b7-dbd93315c4b6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,09eff203-3846-4321-b019-fbdbcad4cc2c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,26b86905-7f52-4eb6-818d-df5bd5ad4bd9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,9b6eabab-cd83-4bdb-801f-b92d7414cc25 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,2996f050-6681-4168-8ead-3d876b003732 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,0869a5d6-6a87-48e2-bf3d-49bd5ad6ead5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,3c54b04d-b517-4e25-8921-3da0e5f5f6c5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,c88c91e2-8166-486d-a765-79bbf38172a3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,1c08c5a6-9820-4ce7-81ff-e1960dc46882 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,97fd3a47-7ae2-4771-bb2e-a91b8baf0714 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,11d62c94-dc6b-4613-aa49-073d9d7d2802 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,c13043c3-1039-4da3-8873-892ef1062e4d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,9779d83e-8de9-4a08-8053-e1710436a317 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,4415204a-d71c-4dae-9046-c5d461f75fd0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,96035158-bca0-41da-bc27-b62bdf4d8836 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,c6b66595-51b1-423b-8176-8d9a958140ec +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,44913073-2bf4-4653-809d-990279105bba +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,10e1e3c7-8578-4545-9e61-d5131238e01f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,d9d581cc-35a0-4d5d-a626-f5cd83536084 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,84a91c9f-110c-4a10-9a15-d63d98684982 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,c8bf4dc3-bf81-46c9-a059-39e4e9b8f83a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,5fc9b7a1-baaf-4357-a06c-b2ed3d8ebf8d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,ff395c34-a1d4-495f-adfa-b4eb27e41600 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,c01160e8-cfb6-4592-9465-7095fc30cea1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,d98660de-c0dc-43fb-80ba-70940abe6630 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,6c51f4ed-bbb4-4452-a992-2f4c79793231 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,051aae5b-488e-45d0-93fd-850091af9870 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,2034a2d7-4b75-432c-9855-e5020098c9ad +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,a4aafab2-c3c7-4e5c-bcc2-872cee18662a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,a4270854-ee5c-435e-87ed-b4f0c8e6c5ad +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,67d33d33-72f2-4a47-b2fb-40f1228038d4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,88f90d20-fb4d-4076-aac8-84fc0c422996 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,88601416-7d81-4fd8-a508-761769b91b3f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,95f007e0-2cbc-4961-977b-d3a7ccedd186 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,3b3dd5d9-0582-4923-b898-479d31bd65e2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,3412f286-654d-4020-9827-d60b3541b299 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,79ba0f38-4532-4cd3-b4ac-f3b94970e296 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,7c770514-53c5-4003-a11e-4e91c52df483 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,6df82826-2ccf-4442-b7f9-8d3ebd23c028 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,b9c47726-bddd-4da3-aad5-b7db43402645 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,e88f0c17-6988-4441-b849-e9d900c2da7c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,ac7c1bfd-c5b9-4dad-bb3a-43c27fb77a29 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,ad2f90bb-774f-4eec-93b9-ea687593b69f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,29bdf6ad-88c4-4182-bdf9-d574a869f138 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,8a6f26b6-bea6-4803-9952-937dda2e8f5e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,6e21564a-10dc-4716-812e-bd8bac15258b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,d4ee0677-cf45-4542-b17d-e263411f570a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,a37e8ae6-96ae-4900-9c7d-5452dbca642e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,b1d15614-1e47-4a63-bc45-20eaeebf067b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,315646d8-c48d-4e35-a748-f094e1305802 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,16283ecf-ee29-41e5-b369-29b68aec5239 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,6506d14f-c315-4e4a-be6e-686585e13876 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,78309299-4011-4206-a642-754017b8df1f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,7da259e9-d26d-4072-a904-6d3857eeabd9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,77784857-1f21-41cd-b00b-f2286b72792b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,8894940a-e8ee-4f25-9226-3a674f253991 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,0728893a-0b77-4fcc-b201-2c16820345c5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,cb8a2eb7-944a-4d7d-8045-d56f9f6bd8ce +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,b0aaf432-d4ad-430b-92c3-6131ebb1e5dc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,b25192f5-c934-47cb-a2fe-e45a0da98425 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,a950086d-a911-430f-bc26-3f0c6a8e524b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,97399a5c-2bd3-45a2-80f0-5cbaa3b49fc2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,105f2b9c-73c2-4a2c-a348-d5255707207f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,13c9dd28-0b7e-48ac-8e68-cbb3f04b6bcd +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,97504339-fb13-4672-a185-7c61c3e0bb24 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,fc3e5aff-adc3-47e7-b1bb-4af556dcd4a2 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,523e3316-f36a-4688-8f53-0dbb8bb6681e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,a56eb2c2-a462-4e90-ad81-34b3ab0f527a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,20cffc51-c316-4cdd-bde3-db482b1a2a74 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,8a923699-8f29-45bd-91a0-8271500c3ebe +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,96d6cb81-fcad-4848-938f-0a55779bad38 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,36f039fe-b101-4d0b-8c6a-8093f5fcb378 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,dc272d80-876c-42ea-9db1-f79fd197c33b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,c050244e-8e49-4abe-9c71-33efcac19c56 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,d7b23b84-0b70-465e-b134-3f497d2bbced +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,361c4346-4cee-47bf-91d0-7376b813fc7b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,23e01a95-1d35-4042-b9df-da57dee68ab4 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,581f505d-bce6-4557-8f59-147fb166a534 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,d7d65572-1e4d-4081-9f10-608a176dde95 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,4bd524c1-68e7-446f-83dc-79e52c6d3ef8 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,a6f4075a-c1e0-4f40-9d0c-d954439de7a5 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,7943458c-8e81-4e98-8a14-e54dfb09d9d9 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,2ab862bf-f7ec-4e44-ab90-d279c7a2bcdf +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,263cdfca-4d3b-4850-b8d6-d1df378c4bbd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,53d62d40-3dea-4f48-9337-0d81d64f5c7d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,fe3f1f86-346e-464f-ad42-367743071930 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,c835f320-75d3-49ba-ab07-cb51dd11c8eb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,2fc89d56-8106-420b-bdce-a9358a47a497 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,c6962289-0629-4b85-beb1-a1e523801ed6 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,00a8cc0c-899b-40b9-a0b9-b0d4b9d419fc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,993524df-81d6-44a0-bed9-54453310a378 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,74eac922-2689-4945-9d39-42a2577ba133 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,6a50178e-9040-4d4c-b913-d5a38859c597 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,952f3e4b-f59f-4a25-8bb8-807d044c7f51 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,f030cf6f-c847-4b54-bab9-9968948eec79 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,f9c90d5b-95dd-4b8e-9853-2c74a1b6466c +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,5d107487-4660-4f2c-aded-cccc37948358 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,1220d861-4fc4-4fe1-8ad4-e3a69f8955ea +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,aad8d316-7e37-45cb-a773-830521e4db5e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,50dbf1c5-9431-4d88-9fc7-f0c7bd5290a2 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,66f59814-ef25-4277-9942-9174582e32b8 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,92e2e615-c6df-4b04-8561-43ead5a29975 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,36b2f926-d869-423f-a8b1-f105613d4fc2 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,edf2dfa8-0785-48ae-a03a-36ae18f198c0 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,675ac5a0-a4a4-49cc-a5e7-69ed2fef9563 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,86f00c4c-b8c8-4a45-8ff2-8474930804ea +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,172c6aa8-a3a5-44b8-82cd-4820f57838f1 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,de5ac87c-c7da-4ad2-8913-3dfeaebe6b33 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,06e4f7f4-e6e6-4c1e-b62e-21cf3ce20516 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,171962fa-11cd-4b1f-b4f1-f93b8e623920 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,d4913767-f08a-4add-8797-2f35c813a987 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,58054736-efff-40f2-a72a-8e3bc91b2550 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,549f0867-d258-4eca-9ea2-6c69e66f7872 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,e7e86a7f-3e26-4030-adda-47efbd1e2357 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,daffe2f0-203e-40ca-b8da-3f19762760a6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,0d8c2572-b8c3-4956-9c33-a5dc78a8237f +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,a336ea66-f195-40de-b783-4c3c12bd06ed +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,72cf06e8-61a8-453c-8eb6-212ea4abb7cd +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,fafce26d-974c-4e5d-a460-071f4a3bfa58 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,11e08bc1-a3f4-4a02-a7e1-449e1bba33b9 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,3792c4b2-79b2-41fd-ad50-3ef650982c04 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,585e609c-1ebc-47a8-8e1f-467af00f9d4a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,84174e81-59c9-4f3c-a33a-f833423f7216 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,e747d20d-80ba-4417-a673-9158b6ef0e14 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,5cd08ae4-eeb2-4d92-b0c5-bd0a1a62c89d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,761e8133-2e69-49f4-9177-496312afcf26 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,2c78aa56-d1d5-42c8-bac1-d55b1bb357c3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,dc8f0ea5-bec3-4b34-9b42-f59ee6d79626 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,b3fe0538-5422-4f24-a9b8-f84356eea6ea +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,f8b4e92c-dbfc-4760-9202-a2ce07005785 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,c4c51b5b-a5d9-4093-92e6-ee2133af6cad +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,5ada81df-61ac-4da6-a582-f29f8ab952ed +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,f4c0397f-a741-483e-b8ed-c7439d834ee1 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,27995f14-a8f2-42d0-b10f-abec5a62cc1d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,1ff5a338-4ad5-453c-8a23-83e2649aa3f7 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,e0cd319c-820e-42f9-b522-abc9f502023b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,bdf37dfb-cf61-44d9-ac3e-66ba1af8de79 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,aee2e076-ed04-441e-aebb-f395a8ddbf0a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,7b4bde1a-dea2-4d51-9044-03c291396109 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,13e4c718-23e8-4500-a7bf-7db3a58304b6 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,5d3e5b2e-5f2d-4229-a077-a19597b2b989 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,7518ca7d-1b20-448c-8a4b-1308eee1961b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,49daf086-fc7f-4fcf-825b-943cb36c5a78 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,35b94c66-4d4d-4f38-91bf-3e560a70e98e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,0922fe7e-db80-4fbd-a3ec-98e2a3e58880 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,3397fab5-e72d-4ce1-90a7-ccdfc3acc317 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,9e8bfc36-3246-400f-827c-b2e9124f8064 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,7bf35280-65a7-49f3-b056-aaba802d99c0 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,6f14c9f0-c18d-4486-99d3-f485a4001952 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,8ec6c21b-a545-4131-9885-a7081eccc5c8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,50a201f8-0a36-4c52-828d-0610f090ce3b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,c815e3c2-0e81-4491-b3c3-afae983af03d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,db72dcea-be30-4836-891b-1bdbb6564a88 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,188ab6ec-f7ce-40c5-bfd7-6d948182b4fa +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,e0df6d12-d8aa-415e-a926-0a3713687c3a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,3cb66822-3e98-4297-a2ec-12db4d8cc03c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,205257ab-2bd6-4a9a-b9b2-ffbf70bcce6a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,77122200-1829-46d6-8fa8-a0ccc45b209c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,6e076c9c-0cc6-4909-ab31-7507060e25e4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,580fe286-81ab-4e58-92f1-954d75c3a705 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,8236d825-a39e-4c69-aef7-8e96f4f068c3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,ee6b4527-4077-4e8d-bcb8-4363a52dd666 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,d1f2a632-69f4-4c21-9fd3-2233bb505ea8 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,9c220ead-0062-4edb-a389-cda904b02447 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,4bd0d7e5-eec0-4941-a71e-7b1de9eb503d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,03543dca-d2b3-4474-b315-adc6c6b2d749 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,f619ae03-dd50-4c58-8a60-8530e3be1bff +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,41ec52e0-5f70-4d98-b62a-73aa94488adb +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,9eb2599a-9a24-4407-9e45-a4a567a21feb +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,70bb968c-6a5b-4bf8-b8c4-c819fb8fb9c9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,af515074-d7da-4d56-a518-ed0665bc14ae +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,97d29297-6f30-499f-b60c-cee4d8aa1026 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,13bd70a5-330e-4af0-88cd-0fcb944e2a11 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,5509eac4-2484-40fc-ac5d-a96119746b4d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,00b66e7e-4ebe-4b21-9dea-f23f1f89b70a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,f35b7dab-7f18-45c7-8384-a88695f11a6e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,e611b518-9214-4dca-9626-8ba279b9af71 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,ccdbc1c3-c80a-4fbd-9f5a-93b9ada69379 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,d13e6740-7e39-4131-8aa1-dff33f6d60ac +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,ff452bf1-d7a9-4e51-8878-40e693213ff3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,cc1287bf-0d71-4e1f-86c5-b56edd5d5e07 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,51862521-9ee6-41d5-90b0-0fc4cf8cf84c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c73a91ad-dc2c-4971-b3e2-69afee5326dc +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,33f0e4b9-2b34-4a68-bbec-81b7198e79c3 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,8f188e5d-97c1-44f3-82bb-823cb584b721 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,1445566e-79ef-471b-bc16-e10d70365c65 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,c6eab076-7523-4ca3-85ee-fa103f2bdb2a +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,28e65bdb-fcfe-475a-9874-51ead9e98a45 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,df77770b-bf3c-4768-a0f7-14e54001b115 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,5318ee8c-7505-4d40-b57e-741672f432b9 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,9838137b-b6e7-4609-b7d9-01fb9faa2511 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c6fa4620-2e36-4009-a8a2-909151c84d99 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,6cf98454-b6d5-4931-ace7-df05c73ac486 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,7f61f01c-aac5-403b-a7d7-a00d61cbbe65 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c22bbe8e-118d-4748-b962-c7b6775f358c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,ef516a24-7179-40b4-8171-3ecff84dbef7 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,735f9619-ee26-4e72-804e-ba38b25c1ea7 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,9a79d749-0c78-4f8e-803c-d60517e626be +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,802af3b8-d711-4307-8a62-3c8308dcf56e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,6f772c2c-9d4e-4b42-afee-837b3ed57e9a +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,e49c3f99-2017-425b-9271-76ebc2ae1046 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,a735dd9e-1750-4f83-b2c6-8c3c93e1ba01 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,a007b098-d7fe-4e40-b974-19b72d2e21a3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,c5cd6352-9188-42aa-885c-9d554a435000 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,01c91187-2601-40cc-b6e5-6a13871a4c54 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,86dafb0c-660c-4fb0-b913-2de38104d793 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,00233f10-a4c9-447a-8032-fc9ba8afadfd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,a46f5b59-cd45-464f-9250-f185815f509b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,434b205e-1d95-40e1-a6c1-ff0065d37d0b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,ba59037e-e11b-4170-ad99-d3a1130a87ea +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,49633edd-e899-4525-86f8-4b836db773d0 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,869be452-567b-4725-aa87-4f93b5ce3bfa +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,50be7ce0-e034-477a-b922-fcf87d065da3 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,78227953-4a08-4657-9187-e4b0c772aa79 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,953c6606-476e-435a-bd57-4c998ce697d6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,0d26a548-9c82-4204-ad92-3f5600d508cc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,f3cc8e12-11bb-4db7-a569-030d31e44183 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,0ec4de8a-b6fc-4e5e-81b0-46c969737dfd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,c6176a9f-89a6-4bd1-a033-78f2f24b5be4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,f1c0fcbc-98cf-4959-8422-abe4085aa6cc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,e7a85667-ba2c-4851-ac14-fc1d0a5345df +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,31080657-e8fc-449f-bdee-a601983fdb58 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,45105701-92e7-4e2a-bcc0-e64132f0ee01 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,61ae5e32-0320-4ac1-b8c9-1efadb518f1c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,2e1cc0d3-acec-4e58-9dda-d2773af07bcd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,a90095cc-22f9-449f-b342-3dec89360b7c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,b3a692a2-3367-4c61-91d2-33224dfc678c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,009c8804-1cfe-4377-94bd-68a3fe3a2f03 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,88e21680-d0fc-4b11-85a2-d6e3fe88387c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,1b28f3c9-1446-4abf-8c29-d8afb6064389 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,a6fa98e0-4acd-4748-a36c-cbc7dfcecd07 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,3faeda76-eb15-46ff-ab58-011a45c55a7c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,e42660a9-fbb2-4fe7-ad44-de5e884cb52d +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,8b6b26ed-96c2-4e81-85bc-4c97cc35bbfb +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,34ac7524-805e-4628-8cd7-7ccac783dfa8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,c79f81fd-d54e-450f-98a5-8a3d4f118e96 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,232a239e-2a54-4006-8b77-32faf6991d95 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,8da2c39c-728b-45be-9c80-b5b6d9585424 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,69c83195-ddd4-467d-b5ea-a240fbf88951 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,39d569eb-f79a-42ae-aec9-e88ee4d49e5e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,5636823c-b0bc-45f0-8da2-6a1d8763867b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,8c72002a-4408-4994-a541-e8f9f55625dd +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,d57ef675-3ce1-40d8-94c7-e7b6348682a8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,0e6cb93f-5317-475b-b748-f59cf27f601e +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,0c5c2ccf-eb24-4bbd-b5b1-71ce6d1ea3d4 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,97633102-30cf-463f-a81c-ee0f8af5e698 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,0d0917c6-f261-4652-9ecc-ddd1fd6cbf2b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,116b3b78-5b66-48e9-b3ea-d6f9e2fb3a0c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,414ecaba-c194-45f6-8e21-a1a22b6fd118 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,68e5594a-387b-49bd-b9ca-81d75f77ae68 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,7f0e20d8-8d86-489d-8ac2-4091d645db43 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,8c1f3cb4-81d7-4fa5-807d-8808c4c97dec +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,64809214-e1a1-48b9-b7f9-9607964d6052 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,a67d0a8b-ccc2-4a83-8ffa-040d0c488570 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,0f3d03a4-ca80-42ee-833f-35b5110b1364 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,09266dff-6404-41c3-8612-9a0536eb68f3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,26c85a11-4092-4a08-9983-ab2e61714707 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c34e44ac-84eb-4adb-93a6-0f2e00adef85 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,d1d639aa-8933-4993-a355-c9d0b8b40374 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,60b564b8-407b-4fed-bf6f-a9037edb2f0c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,479e6461-ff9f-4e7d-98f3-a9c60d020948 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,204e619f-dd10-4900-b208-a235b68461cf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,c5ca66a3-fd0e-4a88-aff8-37a5a803a92e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c9ed4e20-2753-44f0-a297-b97f904d13d9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,9ecbb7d8-613c-406b-a560-6a1c9f5318ae +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,3a56d5f5-b7da-43e4-ba60-afaa50d82145 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,eff79d4b-22de-41f7-96ab-e223fcec4494 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,00d63b41-6cb3-47bb-847a-37926fe17e7d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,9990b3c7-7ec9-41af-bb60-8c4d5cf3dae7 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,85a26d9a-adec-4e7f-a426-c8ab7b71ce60 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,97a5faec-1dbc-4bd3-ac13-e7bad43b8c88 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,c2cba9ea-a079-4956-8361-fd23fd4564bc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,06ed4fbb-5e65-480d-9981-5490a3613c4d +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,cda19522-6be2-44bd-babf-7114d1d217a2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,63dcc5a3-d363-4643-ac9e-a9c8744c883c +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,d1cb5170-6ae1-4a3e-b6be-5de1dc90a8e9 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,6e7b2978-ef69-4f74-b737-6c6676fae503 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,f594753e-69e0-4b39-86b4-2bfdc9ae1acd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,7bf9f11d-9ba8-4a3d-aa63-e11fc7eee5bf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,2d5c2194-7bab-4d08-a999-c3e0d6fdc4e5 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,2ea30f16-1847-4fe9-b19c-d8f1d2d7b020 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,8fb91ec1-458c-496d-841e-099ad2b602b3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,9459c2ec-368b-47c3-a291-87d27c70a315 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,e6f104d9-e51a-4a4e-b8af-7dd10d1dc97f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,9d96ef90-ff80-42e0-86d3-0ca325d7f1e6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,7c08d0a9-bd07-4570-aff0-6494a34a95fe +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,b0458b4d-6a08-4234-aba9-18f6a04367b0 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,5c297dce-3427-4fa3-8832-64518be50c93 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,32e6f785-1c9f-415d-9fcc-42be9010b774 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,d769214d-0519-4a56-8fff-aacb490a6d5a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,9fd4aac0-bf07-4d9d-a13f-65b3814ddd9e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,1b3ee63e-a1a9-4d72-9785-0e630ac62e4e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,92caa35f-7500-4090-98f6-eda1b89a24e1 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,5512711c-720f-46f9-abb1-02102accf249 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,5ac64275-ab87-4a71-bfcb-0a9ba7592120 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,e2bee8b6-65b5-4e73-8ef1-f5805ea01fbc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,df590e64-0bc8-4b1c-87db-718607ff9b4e +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,0907fc11-6341-4d75-b70d-dc3e05738c64 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,dac08830-7e13-41ca-b58b-599c67b42a91 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,33b9bc13-bcb2-4c82-adba-1f32598e65b8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,d25a5db2-2b95-4693-9ae0-dcc8388aba20 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,3688c375-8023-40f8-ace2-c059b52db812 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,36afd4b7-7fa9-43fa-988c-3aa968d047ce +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,f4bf3334-386f-41a1-bec1-fcfe10b14990 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,ea6dbca5-cb5b-4ce7-a881-1722bd00ed32 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,04cd3100-3ced-4d87-8b3c-836c7ccce884 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,702b6048-c697-4977-9830-2649e7e019c4 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,b1673649-b45d-4b2f-8e55-2af85e5904d1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,39cff036-2851-4d3c-851c-b48308c0b6e0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,68494d49-878b-4678-b899-75ec45920bed +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,7737c3cd-7193-4ca2-942a-1a03b9ac1c27 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,2d0be320-5330-43a9-a0ea-0aaca24b00d8 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,e2ac8fb5-eff8-4657-bb26-8ffcd81799ad +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,f8e42f2d-2efa-46ff-a10c-4a48fe3ebad2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,2f7513b7-7257-436d-893e-d8b29edb161d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,c149a29e-7448-4bcf-ac87-5e2e36be8d5b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,64b785f3-6c24-43c8-b3f2-4d8112e42834 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,12a6b8b0-6c14-4c9d-b99d-61fc3eacaf37 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,b79c11f5-adc1-4f12-8178-7d7da7978138 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,5dec711b-0eef-4cb1-a8cd-9859d5cb4605 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,fe9b6aee-ca29-4819-ba98-0bf3856b4824 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,488b72d9-9ca1-4944-bd76-165c67051f8d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,54c2693b-715b-4fb4-b169-b6ce72489e74 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,267f9a92-65ea-4f08-8e7d-76fd20b30dfc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,81dc66b9-aacf-4615-8b4f-ebca66e25ee7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,4d1a4013-341f-4575-80ba-d24d5fa53b21 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,73e7b779-d5bf-4904-b92c-3256689289a6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,c1a82c86-28b4-4659-80d7-242978e30fbc +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,01cd666e-df45-442c-86b5-62755aa6d4e7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,f7992b0d-012a-4009-83bf-039ce6555297 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,87fa6fd8-df34-426e-8956-f1d732eb50e3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,b5a6daa2-b1fc-4cd5-bdcd-00a80927c555 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,56106078-34dc-4b7b-9aa8-134bdc57008e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,8ac81526-a21c-4b12-8b14-983d056b0b06 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,6c202e11-535d-4182-a21c-f610338abcdf +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,d84d27e1-ebc4-424b-b085-fca23973e8a7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,2ed5767e-1499-4978-aae6-4a731029c76a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,1b15ee7f-a5e8-4564-b922-50cf03fea99d +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,1e1dec5e-5243-4407-966b-23605d2250be +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,e7627b89-721d-4b56-a400-0a730844bbc1 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,8754e172-63ac-42ca-829a-d3eff9b16516 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,ccc88927-39f1-42f6-bdf5-06cd15fd9225 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,6a5773a3-b4ec-4376-bc5e-6d131a7aa1ca +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,fb477038-59d6-4158-a843-c29d04718872 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,75699828-e877-4532-935d-56a7e36831a2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,593b74eb-7587-4eb1-9392-af97f86ecafb +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,93d3ad0c-01ff-465b-884b-05935e9fd49c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,9ceb2161-c34c-43a9-9287-3a3f7777ec74 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,548ae92e-9728-420e-adea-2520b5d434a0 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,ba22a3d6-e6ee-4dfd-9387-b9bd7e14b1ac +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,166ef41f-8933-455f-b21e-d2e1f754ed17 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,601dd042-9742-45ec-b5c6-465d541db3e7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,f9ddc4a5-ea5d-4b20-b85a-9f3523bb5e4e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,e331ba18-5aa7-4779-ae45-b57e93bd3f1a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,509ff60c-5749-4b92-8eb9-fdaafe7d28e6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,e87840f3-b048-4063-92b5-ade27c79d2e9 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,3b7469e3-ed1d-402c-85d9-073e40cf9894 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,7600a5ad-2e3b-490a-8df5-caa9139542da +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,5f55cf67-499a-41f4-902b-bce518208e1c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,beda3043-1741-4d9c-9ae2-3c8546c01a1b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,a25930c4-e2e1-4650-a5c3-f6259fd32fef +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,2fd99f63-4351-427e-9ba6-3a484ae1c7a9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,f7e694a3-96cd-4b45-90a3-7030b4653278 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,a97db6e7-5d53-47fe-a4cf-b3a7fd3c21c2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,20edb57f-597b-4508-a521-98fb2139ee7b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c06146c6-fa46-4b69-91bc-2f152414842b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,5d7cfb5e-c15b-400f-9095-d4fe6d758580 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,e9b7de9f-a060-4cab-b9e5-ee6b9abddfbf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,5a25bdb3-bc30-4780-8d7d-f641cc60819f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,861b3225-57ee-40c1-8ec9-39317c795a03 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,93978d72-76ed-4802-b452-941c4b06802c +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,2dbd04af-9ec9-49d1-8a87-36cb1933ca28 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,e27a3aca-c130-46f9-aa94-999d51fb34d3 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,9bcbbd1c-ba24-4543-b4fd-8907df1374ab +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,a66ee7ab-fae4-4ee4-9559-da12f2fe0b92 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,7922be5a-1275-49e9-8e54-60c27bf217a9 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,7b9bfcf3-3a94-4b0a-a72a-6c6468fb8fd8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,d9ff9964-6300-4dc2-96e2-8d32d3812988 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,036dfb90-889d-45f7-8b24-ad2c74afe99b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,5fcf54db-860e-4fad-b2f9-02180a3d187f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,caef0d3c-b3d9-4a18-90dc-2034603077ae +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,16b8da96-eb4f-42db-941e-e2b89ff47e33 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,c226aa0d-933b-487e-b728-b1e420014901 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,044db3b1-33d3-4ba5-b3f7-d7fb7e51ec4f +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,22a028ab-8e6d-492b-a9b9-c80d4fd604ec +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,e3aac6db-8aa6-4bbc-862a-e169bb2504ca +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,4b955f33-e99e-44ea-beb7-fc9aeeabd11e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,87f335b6-fab8-4f06-9547-af26625672b8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,2212c6e4-671f-4adc-897a-8ff82306045d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,48872a10-4570-4b7b-babc-1c7299506149 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,c7fbcea3-0ddd-4924-b6e6-28f37e885765 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,32f483d6-0503-48d4-99e0-2b4adefedf6b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,c0460b81-d2c8-40a3-ba80-af9368e77b69 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,6fdc75cb-9616-407d-b9e4-2ee06864fb51 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,9d384bcd-8e92-472d-8995-cbb6bb314356 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,1fa2f060-789a-43b0-b19b-0e1cd4ad6a06 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,ba378cfa-7bfd-4b36-a393-b353755e5fde +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,c0ab75bd-073f-483a-80ef-9bd1fbbd987b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,f7ff34ab-bc10-494d-b22c-2ab8fed81bcc +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,56a71107-d9e5-4e54-893d-8d040d8904c1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,6133da66-e2c0-40fc-8341-a24751f17220 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,276b744b-b72c-4654-bda3-3c41776305ac +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,6d1e75a5-b119-40e8-ba72-6de0348efbe1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,1a124a0c-a0a4-46c0-bce2-c20404c3b639 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,30e88475-27d6-4a9a-9ee2-8acb96ffc2b4 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,fde787f0-49b4-4318-9142-3dccfa8c166b +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,33c09a94-6e7b-4d8d-939a-805e146ea117 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,da9cb7ae-de18-4052-87e1-784ad4c8efd6 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,4360c880-4de5-46ef-b7be-21fb2434eb9d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,79f1c79a-6d79-404f-a1d2-b1da81d40326 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,0680d43d-d668-4af2-b8a6-465ea9165a97 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,5e18d455-f8e3-4648-b511-57e5a2a51664 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,6dd20d84-f3fb-424b-b00d-492dc800f921 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,a8d90ee5-1e1e-4746-88e2-cce34e7684bf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,6ab12665-f50c-4641-b0c2-73d29f7e47c9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,3a5cd571-9daf-419a-9471-75b7e1007fc3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,a15dcab2-4e63-4267-aaed-43f3aed277bd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,3d095244-7742-450d-b3d5-9176ff1f6740 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,5833e208-8d17-4d31-8516-09cac293eba1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,445bcca6-eac1-4c4e-aadf-bbd369ab3f56 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,f901be0c-0367-499d-9959-d6a74af105c3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a111d17d-1174-4ca9-8360-f00758ea46d9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,5823ae1e-fe4f-4796-81bb-91365371b422 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,8a1a69bb-2b98-465d-9472-bb87d711cf59 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a2d55f6c-1537-43ae-a1b4-bbd97ecf46e2 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,6bb7e2b3-1512-4487-b168-fa1d0a393a88 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,c897547e-7be2-4399-842f-476f9c07c65d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,72398aa9-cc5c-422c-ab6e-fa8fc7b43ad8 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,5fe7533f-28d1-42f4-b963-c7b83efc4be4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,d74c55eb-05c2-4081-81f5-8de368a2bf44 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,1c2afbc8-441a-4142-bcf6-2c33767bd111 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,dc104f4f-1ac4-4fc9-9df5-2ee352dfd254 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,50d7bc00-88e6-42d8-acb0-fd8f9d3f840d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,0750b2d7-1e1f-457f-b654-e8dabee1a677 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,07328c18-d159-447c-9f1c-dc277a08020b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,9e442f22-17a9-4b00-b127-9fa15aa3140e +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,05ae7046-e7f4-4043-9124-e7d217e5a1dd +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,c561c39b-2368-400a-a4e3-cf183de3cf3c +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,cf2e4e9f-abd8-4ab3-a188-dd1a3caebfe6 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,f464364b-feda-4789-962e-48bf3104b05b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,60d818b9-f886-40f0-83b6-0475f1dec173 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,66392914-0661-4bc7-8848-e1fa185babc1 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,bc134a05-333a-4118-b2cd-847dbefb6b53 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,00727f89-e6aa-401e-9bca-d4e3b1bc347f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,838a82bb-713f-489b-a20b-b697fca0c6b9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,e8edd280-715c-48f5-bc0a-90d8962239b4 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,3a0c4dfb-09c5-44d3-9276-62942f8ceac0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,27c720cf-89f0-4119-b22d-8854e75ee1dc +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,1658f172-ac8f-4bb7-908d-df5f188bce97 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,ca28bf70-bd5b-42ea-82a6-b84c15670514 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,6df9a2a7-591e-4319-a4fe-85c6b199fe0b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,93d4bac0-4054-4593-8a35-200b5d47f5d5 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,4341d8c5-27ef-4b63-b18a-91cacc755016 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,ea62d8b2-5495-4933-86f3-6aae7a001889 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,74eb546d-1846-498f-9272-0e87e150d108 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,59244b6b-bf26-43a3-a72f-e29c8d740240 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,1fc40a08-9211-4db8-bcff-a1e0297bcc2d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,03fa9fbe-49bf-47a7-90c2-d54d2e0d79ad +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,1cf93a22-3514-4c13-b141-388e649f34cb +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,023fca3f-529f-4988-b86f-7ca1b0f4222f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,6b531e8d-43de-47a9-a420-49f0d777cba9 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,6ae6fa26-2fd2-4762-abad-85daa634bcef +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,471b4da9-2eb7-48cc-ac39-ea926fd4d642 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,14bcb1a3-bbf5-4191-98ee-fa7d3b348aca +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,2ac8306f-fc4f-4531-9bbf-ffe6a8e1b521 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,1d0b2c37-d808-4137-8b4b-3d408390f195 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,eef1cfcb-6e4f-483c-abee-d5406955d43f +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,b53cac56-7b68-42bf-ab5e-2a0446266535 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,613d31c9-c12b-4d96-ab3d-cc2b19a8ac58 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,d46ca765-5a3a-48bd-af83-5efcaa54b337 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,e523f16d-2629-49ec-aa04-7cf5997545f1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,215958d3-870c-456c-a6aa-49cfeedf6a5b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,170ef9cd-d5d8-457f-8500-76d88e0d06d6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,81cc6c93-61b0-40c5-a4fa-5a44a1ca777e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,8cbb3c50-9616-4743-994d-a17622b41636 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,09c9ce71-4942-482d-ab92-9b95bd873312 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,f57ab807-c286-47b5-ba3c-b4b1c3111b03 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,6d9f3377-1ab8-4a5f-b3a3-f6d307e76881 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,8303a39f-7b25-4c7c-9739-6c4bee5cd64b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,cbad9e19-ffa5-4f39-bef9-754b39428070 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,0027ff3c-9095-4dff-96ab-9b8b0aecd9a5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,7237d883-404a-4e68-a571-9a4f819e276b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,c6cf392d-c449-49c5-a20f-37b544e1c431 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,32167717-b670-4cb1-8710-1ad6205e1c34 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,e184893b-7eda-4fdf-bb44-2e1d9e87ef50 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,45c6fb38-3b4b-49a1-8e33-36e44ff7da2d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,c05d5a16-d56a-4bf1-9510-dea4b69ea978 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,ea8ff604-2421-4eef-9c9c-8fb6e976d27e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,870d12af-aaaa-4056-a41c-57108c81700e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,940e0cdb-bf8e-491c-a8cd-7e585c24a8d6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,cdfa1503-22c3-4036-989c-5b35759a4feb +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,2e87b0b7-4660-4835-9572-80e2440e2262 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,66f8b1ab-fe5c-4901-b525-bd455abc8da2 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,41005b36-8162-49a8-b557-3764fcd11765 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,e60574ed-91ee-425d-b61b-c5940e225255 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,8d1dbb29-f61b-45ba-b5e2-929565434418 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,bfd39894-1a00-4108-9126-e9269054b58c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,9b5c58e3-271c-444b-989b-537b21e50970 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,06a8d870-ffcd-4672-a3ab-699ac1692ef9 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,7a065e2d-5a0a-4cb7-b378-93debe776255 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,d71f8e26-7e3d-4b6a-85e5-bbd3a9efa81b +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,711e586f-e7a6-43a2-9ecf-33c6c63486e1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,9230a072-370d-48cd-9695-8e5c0a18a395 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,519b95c7-29a5-4efc-be88-3974a4c2ddf6 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,2cb3bccd-6bae-499a-98d2-2afa96169af7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,f18564cd-9f39-454c-ac96-f55b607eb584 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,b018c052-3c9e-4b1f-bb91-1958f3c537ee +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,74ada9b6-87d4-4d4e-bd85-f268378ef58c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,4313763c-47eb-436f-b2b8-a97a28e038ef +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,792aefbf-d253-4da2-9b87-e5d863e373e7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,e4336b6b-a052-46a2-ac3b-003804035959 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,a9d0c6fa-96ec-48da-a9cb-5addb653a2e8 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,4e6b8e7f-125c-42e3-b0e2-3d276254bdaf +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,1fade186-2cf7-4392-b332-18fbb69df7db +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,e595599c-4089-4af2-b121-a180708bfda1 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,135c7f41-6a3b-4528-b4a7-b1597e38d647 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,962b5536-8c5d-410e-9742-92c23dbe3276 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,fe83887b-002d-4e11-a30e-de48edc680d0 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,faf62845-66f3-490e-9a54-5db1f2682da7 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,cf1abcd2-2824-4173-83e6-5b4da856ee8a +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,67175c82-30e9-4714-9d3a-49403c3a6751 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,fc2d3454-5b95-42d7-b9e0-8aa660b05551 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,24aaaa81-4300-48bc-b509-ce1b4f5dd0e8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,10c0fd46-2579-4699-86ac-61d44ef7cdc6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,46917c58-8bd7-4fb8-b34b-edf1790a74d7 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,1356cd41-14d0-4da3-aa87-7c29073362a9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,f0c075e7-99ff-4043-bfd7-e2132d006ad8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,311411f6-49cf-4db6-80a0-b2f6e78fdd22 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,a0d2005f-7676-4c7b-b7b9-f75bd1cc618a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a62c0451-0aaf-4f9b-a5a0-7c0473c5603c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,1a4dbcab-1045-43e9-82ff-ed780b65ef01 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,6323b7c8-3ac6-4546-bf3b-76b25722ee86 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,3844262b-523e-498f-b651-1cfe85792631 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,caa358c1-1eec-44e6-8d56-6e4003083b70 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,737c407b-33d4-4cc9-9575-5b0db6a52c69 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a238f9ff-36e3-423a-895e-933cdfa90df5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,80e27308-c631-437d-b120-8e6f87c761c5 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,5f090547-c5d2-4894-a8a0-cff672799ca0 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,7402b06d-c1b7-4821-9469-6938281113c9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,b3295725-8bb1-4ba3-b30c-13fc9d0fa476 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,4b4f6fe3-1181-4a7a-81ef-0d47313b2be4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,b3253d43-09f7-407f-953e-04ec168155dd +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,b6a9606a-ca6b-4bb8-b280-689c3a1a72fc +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,ef4af0bf-a2fb-4d53-bb89-fdd4d7dbdba4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,a32c3d2b-9aa3-4076-87cd-8e1003657252 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,928c7b96-29d8-4942-b3e6-579fcd675960 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,30f5ca93-6fc3-4d8f-97a9-b7b5fde1ec7f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,297e08df-116d-481a-8bcd-9bbf07222ec3 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,f42953ea-188d-41b4-bb38-012bf8d97a98 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,cb27c8d5-da01-448b-ab44-07f23b644790 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,537783d6-3a71-4622-9fa3-fc1c61546704 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,73cbb5f7-b8c3-4dd1-965c-f8fa83126d6b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,ca00801a-af64-4a05-8b4a-4d03c773c363 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,f35ae62b-7f73-4fb7-89bf-99140c148e56 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,73cdc941-5c2c-4895-9a8b-6d035246935c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,6f0d256c-8195-4721-aa8b-eb3c2247e684 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,4dd9002c-9d6f-4e62-a951-ad470602bf42 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,6724300d-3b1c-4fae-a45b-80b5e63b8fb9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,33c11627-4773-4a05-ad51-86c81cf49abf +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,015d67d4-1b93-445e-90f2-634fa45b8971 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,786a850c-2903-4b4f-9a8f-82413690c442 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,0e772849-d9ca-4d97-90f6-2fff245ba15f +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,f835b429-cad3-4d63-a2e8-e5f1225845fd +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,900f5c6d-81f1-49a5-8900-55db5f900d48 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,5b56416b-9d2b-4bfb-845b-b2e6dc420c5a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,4813a0bb-3c3f-49cd-a4ee-e72f521d694d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,7ce51c0f-df77-49a6-9d5d-f1d59f1bed04 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,e179baf2-236b-4f94-8b8d-2c6deb1e59a8 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,4a1061e6-9585-4e97-b886-b95a459caadf +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,ce680924-20f4-4638-9ae3-d0ecae454923 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,a07baa9c-c648-4c92-929c-bc404e2ead84 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,15441795-7c67-4eda-9bd2-5b1cbaf6fea9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,7c555ac6-687c-4cf2-9850-39c4e0cb68e6 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,7f2c28a8-476b-4b2c-bb73-05ebe8e2132b +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,6d38d5ed-0c2b-4fd3-bab6-57c40ef125f9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,76732f7c-53ca-459b-84de-077a6c0d1cdc +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,742090af-3abb-409c-9334-c2150bc14035 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,4c55b397-0db9-46f5-8edb-94ab9948c8ba +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,925dcaef-634c-4f4e-8896-961c9e992fd4 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,e581eaba-d328-4fbf-b615-1a2d1df697a9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,8fc201af-8b09-4151-a83a-1e783df48691 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,7b8dd828-5c22-4612-b79e-d88b8d9ea0a7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,2acd03f1-9b46-4de1-aa04-11af5701f17a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,b4bddf03-b13a-4203-8785-8380bd4252d5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,42344ec2-030e-4e93-a622-3764d50cee24 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,1e239cc2-fbff-4fc1-b29c-64b06e8ba711 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,414dd373-adfb-4845-ae03-c7929f85dfc3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,fa5544fa-2207-4e5c-b819-214255edccba +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,b24abeda-ed68-4849-8f82-956ee93b20a3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,d0b9d4d1-c59c-401c-a72a-f4ff2f1221c9 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,f79a41bc-b2ad-4528-999f-98e66cda53d3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,b5e5193d-b838-4a33-ba42-a9592de13995 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,6b187e99-20f1-4dd2-94f1-3ea8e398ac80 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,7ca7d631-4a95-4d7d-b41c-dad7f17e8821 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,436286d1-f09e-4041-9c37-278f0d58c034 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,0d5bbfe1-307e-405b-9aba-22743176f6ac +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,9cd983b7-beb3-408d-91c3-335e30f4e807 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,eed205b6-1db8-43da-a441-aaac92c31878 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,9a5d87ac-6b33-4ccf-a1b5-d904579c1cea +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,7e021c13-4f2f-4481-9ab1-265435c93406 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,f46c99c7-11a4-4f21-b146-6b9fcb3b13b2 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,9d568074-8c0c-4e7e-a55d-1d588916becb +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,713b56c5-719e-4eee-ba7a-667b7a5d66b5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,b66f3ec3-ded9-4807-9302-624dfcf252cc +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,eef3ce74-b053-4de6-b818-b2440c2bffb1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,421e5cf1-af6b-4f47-9808-270210778b83 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,1276ab8e-dbdd-4447-8453-fc30b6bd4ab0 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,c968aeb0-7635-4d95-a51a-babbf157b22b +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,45f415cf-ebd3-47f2-bdb8-61c35203d739 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,de839b5d-0a56-4cd3-bfd6-a0eb01edb6a3 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,aee1d9bb-1e7f-4940-b608-8aef86cf564c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,3c163ee9-559a-438c-a2da-1cd4b9f3c5b6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,0f5d0d82-0dc9-4761-8815-9196393b0d7f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,61cf41b2-b586-419b-a58f-a7f7069db34a +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,96c8bbb9-1357-469f-8edb-27f4df8629ad +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,8d576108-3458-4e99-9bdf-d27929822221 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,48eac9ed-eb68-4b35-aa36-0351df518192 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,a7e6aaab-6d5b-4086-8d8a-fcefc76f36e1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,4024ebe8-3731-41ef-8bae-35b751706f19 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,05416579-54e5-4112-ae22-02e98c64a9f1 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,9d39ddb5-8744-4191-a934-c6055375d782 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,e9c5b80e-724c-43d7-ada5-6c4bd49798d5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,083a0adb-bd0e-4a07-8956-49c96acfefba +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,1633ea33-b8d8-4c85-9d77-731d3b890980 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,4a73583c-6b9c-4d08-a979-d6fe03853954 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,1cd6bd51-06dc-4323-bb66-aef6d6da4d43 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,c3e85f03-af52-4c38-b589-12d4dcf4c753 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,e27ada29-de71-4955-8597-c7f2c1df6cab +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,10bd3a7d-fda7-4763-8d93-82e368e1d555 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,1241f347-5a0e-4869-b639-fa3e7f66987d +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,1aec9207-6f29-4bdf-a926-ed150ee4b25c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,c6712729-5429-4821-8a8a-934cbf5c870f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,2daca112-7172-4850-9d0c-10a02230bb17 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,a5f61132-70fe-44d9-9a56-a7d6fe030085 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,91926306-58b6-4789-af06-5a40bae3816e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,7fffa724-a1d5-4cf4-bb3d-607360d53436 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,9bb2ed86-1b3d-47cf-b204-1f9932fadc46 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,0cce0a37-e220-4950-abda-9ad84af6bb82 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,54f6d356-2382-4aad-b149-a4e392c9ee8c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,040851f6-1b28-46c1-a177-e2bb5c55987b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,72ee827d-e01b-4607-97cf-63cade16b482 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,2d01e05c-1be2-489a-b24f-25ba62bbdcf6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,9b43576a-8e98-48e5-85b8-dfc5111e69a0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,a6fc1069-8a46-4b6b-97b2-e4e4cad47be6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,4cf9d6b5-9bd2-4c2d-b5d5-c3d69650381b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,146e0710-4dfb-41da-ba72-cb30b7a43192 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,53dae8aa-21d9-46f7-a999-4397c9a5481c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,218c1648-b2a9-4db2-a9ae-067e3efb8e60 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,3471ec5b-2131-480b-9a53-046280f156f3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,1bd2cf24-4858-4b3b-bb49-a68da2534711 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,156b389c-0e21-406f-ad1c-fb452270c28c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,e3c71bc5-7418-4bf1-af93-ebd5224d1ea7 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,141e01f9-588d-4c6d-b8f1-3cf547c2125d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,7515a61c-1d68-41c1-9626-9d6e3294292c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,4b9a1846-03c8-469d-9444-85258b004dc4 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,0601348d-9b60-4bfc-9391-72bd0123dea1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,0c0820c8-d998-450c-a718-9dbe858e2907 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,daf14b32-d873-48d4-adad-5dc6c9bccadb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,fefd0c7e-b384-4176-b1e3-72024f86531b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,ef808060-ed76-4946-a859-d795afdc90b0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,55dafbc0-94be-45c7-ba2d-e98ba90f8e60 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,a05d928f-1312-445a-9d28-1a30a53b0afa +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,3e992d4e-f1b2-4679-b188-3ee3486a008d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,9bdd716b-722d-4c96-8549-797f87b34a0c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,73a2da57-97d2-432b-afda-2aad58c44f6f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,9f62096c-59f4-4775-ab0d-1ede5848082a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,a141c511-4ac4-4bf6-b927-8f9dd29b9eea +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,0e2a2314-1cd5-47b8-8b9c-77818f83c053 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,c5dd1731-70a8-4a74-a316-cd5c4f767af0 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,d40037ec-6e3d-4ae5-8241-c114a1c64970 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,f017c3a4-1331-4131-8cd4-cea7af053bb1 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,58cb44bf-5f96-44ec-8ba1-3ef16cb1181f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,4538b298-f170-4e16-b47a-43dd34050bcf +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,cb4e5037-8667-4563-96af-ba8033695e83 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,6919d3c5-1021-4026-82ee-e7b2c6b392b3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,c6bebaa8-f899-4204-a8ea-2a6d6865b0d6 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,5b228e69-f594-4f66-b6d2-dd884cfbe991 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,955c04f8-4a78-480a-a5e2-9fa13a99a501 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,78cded8e-4658-4afc-ad7c-186cd69a0a21 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,b42ccf2a-a32d-4125-98e1-f55f80dabb1c +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,0c0a270c-955c-4116-ae0f-bb9fa032e41d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,55e1ec08-4fc8-4dd1-bea3-39ccc40593ac +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,2cab1964-9fc1-4cbf-b409-dcc186d9d3a3 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,ef92c4cd-d393-4c4d-ab1e-33893413a314 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,863041c7-9a5e-4d9c-8c93-cc9ec3c3db34 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,b345fcd0-36dd-4188-a2c1-d76b2e52f9a5 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,691952cd-c249-4659-b218-5d90c19540f6 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,c4b96381-7848-4867-8ab5-7a833cb3dc87 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,9ecae570-8315-4eed-b51b-23a4bc75938f +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,e2f62211-5e77-4090-9e29-176865b7900d +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,db6021c1-f4fc-476b-9d96-1fd45cf22d57 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,1834525d-823d-465c-968a-ae0e9d5146a0 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,e63cf1a1-678d-41e9-84f1-a085394bd574 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,5a4ab742-a01f-4b6f-acf9-f3877b8effdd +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,056cb2f6-d47c-43ed-b9cf-cfc424bc0790 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,83af8199-d186-4374-9039-3b242b90e80a +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,30cccf03-8d31-4120-ad19-558938070779 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,55ff26d3-6393-4b2e-9787-ff2806b01784 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,ff05b18f-197f-4ba3-811d-1a3436122bb3 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,af890e7d-fada-46b3-80d3-d588ce097132 +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,87f27066-32c5-42de-be65-a5c5d61663bc +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,2b359ef5-b1b8-4b3f-878c-42e908fd98af +17158,"1.A - Fuel Combustion Activities +",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,22ee058b-1a55-4e49-b9df-7a2c2a44ce9b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,17f60ff4-c0dd-4d2b-99d2-dbdcb75cd180 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,8ad6d5d7-9eb2-46f7-8d8a-dc7195868a8f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,cc60c23c-72c2-40b0-b5de-a1bca9348ba3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,fb9d4ea9-c099-42b3-a3a0-cd53d71f1d62 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,20be3fcd-29a2-4725-865f-be897b863c5c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,ebbe0b2b-e504-42f1-81b7-b3741788b67b +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,8da1c10e-f124-4889-aefc-710451d8b7c2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,2e1b6381-39b7-436d-8e29-b75ec84e822d +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,91f89576-19e8-4f04-a623-bd45fc53d726 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,44f93ac8-a136-4524-90f6-248c5b4dffc3 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,9b03257c-4ba9-44c2-8681-ef773aff2ed6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,0952ab5d-8a76-47b8-817c-5f3bcd8d1b49 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,dbd790c1-ffb4-4a64-950e-30405d563656 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,d307a1cf-e45a-4a9d-aab1-ecb96c51f12f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,66c2b138-0ac1-49a5-89e8-de200e3b4ca6 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,77992b27-e0fb-4bfd-8ba4-d85c10a1fa7e +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,1f502111-dbda-44e0-9d64-05e072746911 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,14a89211-8093-41e7-85b9-7e224df8e6ab +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,180fcdda-4c6e-413b-a0aa-b85db9127d15 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,ed4a0c20-eac2-4d56-8336-3771d2ebf366 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,d45be779-14ec-402c-8237-eea4e3921ff7 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,c538c5ba-df7a-4671-b850-cee221b4a73f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,cf2a2c0c-1409-46d2-9e66-12cc9c4dd9e9 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,c9549a66-42e5-4394-b03b-13e4efd36a8a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,42798ec7-758c-4aa0-b25d-ac02e5004f6f +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,0135a383-670a-482f-8d06-cf373e289532 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,e000c83b-e769-4c34-b3b5-6315668b7a73 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,8cd85606-8617-49b9-b25b-2f099476f6c2 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,8f2bec6e-1290-4c57-9444-e9cbd610f0eb +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,6ac27a22-757a-4c03-8e85-79537be3848a +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,400cf654-3058-4476-901c-c80986027f72 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,91f46690-9b4c-4c40-a56c-80083f82122c +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,cfa4407c-ddde-4cee-9ceb-94aa16d90818 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,a7f20144-2418-4fc8-86fd-9d582239c452 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,1856af2c-3b9c-494c-8a99-5aea2d7980f4 +17159,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,67cb9465-becd-42e2-b4cd-828812759ba7 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,a0f6925e-acc4-4969-93df-c1de4e64ee63 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,d7dfd9e3-11c3-45be-a02d-56c306bc0697 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,437dc336-5d54-4f72-bfc3-5cad2b9adc97 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,d779f9ed-4844-4ec9-8be4-b39bbea9ffb1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,a81ab8d2-efef-42ce-83c7-c8147b807c1d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,676f910f-7aab-4068-ba80-ed9c0232ff2c +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,0a61b6ca-75c3-420d-b318-b3da132929f2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,35b46279-b17a-4916-9dcc-1936f0f33697 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,26f43bfa-6c0c-4271-8372-389fbda8d936 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,6b8e5333-4262-466e-af24-6e6d475a87f9 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,afc526b7-d54e-48b8-a1e9-c39c43646bc1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,ea995521-a84b-4086-a22c-f1196b8d8fd2 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,4101597a-ce0e-43b5-8cf8-5aee57f927ed +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,09437005-b95c-486c-a56d-519e1f8e3f97 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,4a656177-9867-4aa8-a94f-4a2cfc24d518 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,ddf1d0f1-a6ad-465a-aa4d-c7d127ea9e8e +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,08118d0a-f2e0-47ff-9a28-d05345ee7a3d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,414e29ad-95a2-4799-bb8d-1e0b8291bf7f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,ff8111e1-b6e1-47f2-87e4-84685a921f3f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,df046c7a-6bc5-4e05-93df-82a247024ff8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,0300db43-f9c2-4ba5-901f-0f4335e75b24 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,c4f5e9d5-9307-442c-a410-186136234bc8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,b4b08fc4-0f91-4a74-a02d-e317ab868572 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,3253fe8e-8132-4768-8608-68dade442cc8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,331b83e7-ebe4-490b-b587-fbf884a0c02d +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,956279ad-c730-48f7-a3a8-daa4e62f6dca +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,dcdda7f5-2aef-4508-bee4-aaaa43bbb9f8 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,9aeac6a8-54b1-4e8b-a5cc-a71c00569d11 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,f8cdee90-be36-4335-a805-c9bd5d137c68 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,0a022ba6-b0d6-4a1e-9740-ea67316d2d9f +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,a028c30c-ccac-447d-a603-3e1478aef4d0 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,58d61a7f-7e82-4690-ba65-545d87bbb0d1 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,5a08286b-457c-4c38-9f9c-2f8cfe528337 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,07b5f182-8475-4f02-8bc6-e306f3aa6807 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,7f17c946-0587-440f-8bd6-addf107011c6 +17160,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,a31e7eac-9855-4e64-9c23-3accc8ba88da +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,31abed89-fe39-431b-94d1-0c22772fab8e +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,17255ae4-ab05-48f0-a1ff-9700c853bbc0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,20d5c1a0-f837-45c9-8d96-0c044e33afd1 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,a7673534-fb22-4172-a370-415ee9311fbc +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,66e03a78-741b-4522-9465-922f9e826775 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,df66b9b1-1857-4c63-875b-56f6b716f0f5 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,8cd16930-dbf0-463a-8311-3d21591a8767 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,aa0c35da-98e0-4242-b221-cdaed3d5ebfb +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,45cc2ce3-dc2b-46eb-bfc7-13f8d325d5a8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,260ab9e8-76fe-4d06-be22-d187225d2101 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,fa6789b3-02d7-4819-93d7-2aed4881bcc7 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,b0594aec-2963-4d3d-a07f-65f251937d32 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,7a4cc6f1-d35a-42b5-9a61-58f11858c9b7 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,2b716e6c-dacb-406a-8137-aef1e1aa8781 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,0233295c-9575-4d61-af51-f233fe565506 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2d2d750f-7615-40e3-8515-85be4227bc07 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,52204d5a-adc5-4131-b019-b1dcf3d53ff8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,442a31c0-0218-4b6f-a350-53cde9edf467 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,626a7baf-d71e-48fd-8493-164f106e0422 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,473410c0-3ccd-4dff-937b-6e5a11338418 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,7a011670-577d-487b-9886-c6fca22ab68b +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,aa5ddb83-6bcd-4b3a-816b-1d42dab47cd8 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,7d717357-81ff-49ac-93c0-aa8f14074a54 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,cb1a67fd-3130-4bf8-a772-1c9aefd2f275 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,d2cb1948-18ef-462a-8036-49e1938d8d05 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,52bed9f2-87a9-4472-a288-68bb65770629 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,e5fc943d-bb80-47f1-82df-1e277e38ff64 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,465bae52-6133-4730-b63d-f5f2be7dbd72 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,103e8dbd-a220-4049-8322-290cc58c1c6c +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,2bc06a5d-98ad-450f-8c7a-76c6c2aeb413 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,d5622f48-e77e-45ae-bcfa-41571c686618 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,5531d32e-fe14-48e9-b407-28d96e1fa8e0 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,2d2ea487-d860-404c-8e02-bfaf5bded674 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,3eec654b-6f64-4855-8fa4-7231e13f3df2 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,fa207752-56ff-4e06-8a3b-0e710c2acb35 +17161,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,d1768154-3a1a-4038-88d2-f47222d7d899 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,b53d8e72-8f77-4adf-820e-f8e0c416a662 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,6a40d411-83fa-4bdc-a574-832f8c8893c7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,cb2af2e5-6cc2-48c0-8f9e-633b4d62b9a6 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,da089190-9f40-4538-a7db-c5fe3bcb30de +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,d6074c44-57d6-438e-9b92-87ddb2a914fe +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,a49446f6-48b5-463c-939a-840e5431a5c8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,33c17aa1-2152-4cb9-a9fc-7214125d9a86 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,be3ff926-c45b-4fc3-aee7-5a6368c9f82e +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,4195884f-c990-4eb0-9cbe-580c9a3027cb +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,5a0541dc-4b17-437b-8147-704575be879b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,16cabdcb-29fb-4998-ad55-87a328acba62 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,2b4b2acf-93c0-479b-9579-cac7017dfdef +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2fbce85c-fa95-4e31-ba7d-59777d53ea08 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,c8064305-73f5-4bb4-870f-bbd47d12d274 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,e02846c9-01a4-4470-ad80-1d7ec069666f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2b20a3e7-4e26-4a56-a229-6862c6b0f938 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,46becaa2-9f9d-46e2-8946-27ecd5abfde2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,611ad1c7-765e-425c-9e1b-de0db85b09dc +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,66436d4c-f7bb-45f3-9daa-1f88c16b6ef8 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,39cb7021-d65e-425c-80fe-96c6640185ee +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,0f894130-22b2-4a84-93cc-275a10831c0f +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,52cbd43c-b327-4c73-a32c-70d63a9ab7e7 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,e60a0e95-4b7d-41ac-b199-fb546a1d279d +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,1fbe270a-5e39-4fcc-a579-77af407c7227 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,9d3d25d2-5ece-4747-9fcf-c53e4769f82b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,4b1d17e1-eb2c-4a8c-a9a5-502dcdc77949 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,105b497d-92a8-4a7a-925e-1c79b283d1b2 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,78edc774-974d-4770-82e4-f151d74d9817 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,fdd88fbc-216f-40d6-872c-44ec38f25774 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,7fd0633a-690b-427e-9e41-ae7d19408104 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,61370a23-f880-460a-9248-92bd39146367 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,ae12e3c7-3606-4b67-9a04-a8c1d68e4eb0 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,30abec0b-5574-4330-9d6a-d645ace12e0b +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,8344d6c3-6be1-437b-ab45-66ef5516e4dd +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,ba62b4b7-612e-4de4-8961-66460cc4d035 +17162,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,fcaa5e5e-5e97-41b9-af34-e3dbe7ab2d5c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,8c8b843c-fc2b-4f66-ae4f-515c76c3959d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,6edfe8b4-8ada-43ba-a7de-e27b61facc71 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,afc8f41d-4d9b-4744-aa8f-48fe0b32a1c9 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,bd2532a3-344a-4bf8-ba5c-5c54f3364bf4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,ad38b8ba-6507-4475-973c-2c804fb27b34 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,9cec6e5a-fbc4-4ed0-92c4-a1235aee8588 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,bd448b96-ea13-4b46-9143-41b57fad0a9e +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,b065bd89-710f-43a6-9260-8bfcdf181840 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,d49d4ed4-61bb-4a5a-ab71-a563329eb63f +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,99800515-a0d6-4982-a269-4b35cc2b8ac8 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,95fd7259-4508-4a03-89d6-254c5f1e36db +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,992b2a05-4605-465b-9732-b8fa18f48640 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,38940d5d-e2a5-4760-a662-7d6a56c90652 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,defa4f38-4a32-4d46-ba1a-bf633a012c0d +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,11d32d2d-1b56-42a3-a476-dc3911572728 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,cf719ca5-b8f5-4d8a-8f0f-3bb8047e616b +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,eb16e7ca-c809-4258-944e-7d99aec7ac66 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,63c62196-13d7-4792-9afc-793398f2d296 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,8a776a74-ea4d-48d0-ae41-673545a4712c +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,91000cf5-76e6-41a0-9a31-e6fc87ad2f37 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,018e278c-1e35-4f49-9cb1-10ad2a4a3ff2 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,816738c8-cea9-4da5-be7e-806953463de3 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,dc71d43e-28eb-4d2c-b736-adfbf1f4a9ed +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,acb86543-cda6-42cb-8258-38b46d331d22 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,3678395e-54d9-4977-92ba-5cc23a135d84 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,19298c53-dd65-459b-b2a4-b69eae7889a4 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,f5e59c8a-21f8-46a0-966d-3c095118de03 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,abda932c-5c2d-4a7a-8978-b2db76aee893 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,344ef6b7-8f29-4208-95f4-126ad2eebd34 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,6b2c089e-5022-4e36-b339-f83bbeee5377 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,385c28b0-450b-42fa-8437-34eaeb78fa78 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,64ff468f-ea34-4084-b863-df8dcaec05da +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,75783e62-0e87-434b-aceb-8f1a21c030bd +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,18edddbf-f3b2-4d6c-9e4e-9b59b2183695 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,a6c25fb3-d268-4bfd-ab6a-ed32f9a1cb95 +17163,"1.A - Fuel Combustion Activities +",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,17ee0af1-6263-4bcb-8eff-5f70696fe330 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,5aa1bf7c-aebd-4ca5-9fb0-8d12cc9d438c +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,efaaf988-0ce2-4d1b-8fa9-135983a593a6 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,491aa582-b4e9-452f-aa9b-161aaeef09cc +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,4af7406d-36ac-4aa6-9d90-fb2e71fd1ddb +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,7294d533-5bdd-4676-a4ff-73042705189c +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,f67d9727-6004-4e1a-b38a-33241ee085e8 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,4b675025-9d37-4461-aa19-660cc6c6eb62 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,51f44c5b-ca5e-48ff-968d-9759c7ce3be1 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,9e721d03-1151-483b-9f50-961acd90e05d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,01be324b-78e5-41b1-b914-391f70f22142 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,88d75c3a-0017-48b6-90b2-277e6c650132 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,39a67499-4279-4efe-8347-19a04d7ea8ac +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,5da801be-06f3-484b-b98c-6ca5eba341d4 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,2ebe0eca-9a80-4560-9c4f-8ef9d610efc7 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,4fbb6748-5ae1-4e8b-a76d-097dc6254c8a +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,ae737cb1-f772-4022-a12b-e745764d46c4 +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,007212ff-1a15-47e5-8bf1-e0890d7c602d +17164,"1.A - Fuel Combustion Activities +",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,cc1bcd4b-7114-4847-a5eb-30f65f17e244 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,b6577304-688f-47d1-9b08-b0f60079bbe7 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,ae4a510a-2430-44e0-a4bc-5b6d250bb677 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,429ffa5d-fc89-46b5-a850-c17883c0214e +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,e95697d6-d5e2-428e-91cf-1ae40663ddcc +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,a557f9c1-c576-457d-83bf-c7d6f4feaf89 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,069ecb57-cb60-4e7d-b6ae-3c8a1dd76d61 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,3e65b332-536c-4465-8898-b957df99f084 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,3adacccd-a914-45db-a7d5-db1cffb9b383 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,ea62ec1e-8db7-4a7b-a569-3b63eaa62ac4 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,9b3c6d6a-5432-4604-b9d4-4146c81fe9c3 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,f507c9bd-6a99-4878-9b83-882fdc68e752 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,6d1337c2-2b5a-4513-a7de-86fb7018de84 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,1096d36c-ab52-4ee1-bbfc-caedde08bfec +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,8a823cb3-a39e-4b95-a5e7-fd42bb8cd7b0 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,91408490-c56e-455c-aed6-6e8c8f218f15 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,6b9bfe2b-fd73-4d19-b5a7-8b9604ecd972 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,79f491a5-2d2d-4ff0-b8c4-a93369acde49 +17165,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,0498a5d9-ff91-4e79-bf4e-f93747fb693f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,becfe74d-7746-4d78-b64b-ab5c5d50d023 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,ae579b7d-7e10-41b1-89cf-12743eeb1797 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,f72c520c-40f0-41ba-a84e-e26dd0f255f9 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,2d202c4b-3561-4471-87e1-b2e19f43f0cb +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,d5cde1f1-04a1-4c45-ae7b-a5db98a1bfcf +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,16589050-11db-4bc3-86b6-3abc044e0489 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,a94bcfd4-949f-4cfc-938a-84c605559d20 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,9bd87609-a9d8-4ff1-829b-026102b0c9b1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,487f7229-6d09-4752-a7d4-9a6de2c42466 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,4b3cce98-9b54-46ab-bd0b-bc85fa1bb698 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,60dab209-e572-48c4-a377-0928c0ad9509 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,f61ff794-843d-4640-994b-bdbd0dcfed03 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,27cfe4df-17d7-441e-80a1-eb1ad65f5c19 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,dd40a0f2-cadf-4fc5-a328-5919ec636339 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,d143cf47-cd59-4089-8c92-bdf839609d5d +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,0f18018d-6244-4900-8c6c-6bfe347ab1f1 +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,326ac386-b7b7-43bd-b93d-541dfba3bc2f +17166,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,c6b2de26-c569-4d52-9a43-2ec1dd49bdab +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,37305636-9b9e-4961-981b-2e659c72992d +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,4d4ab780-dcda-4ad9-a3db-d46580034efb +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,0f53577d-21a1-48e3-b0d6-37d65e193844 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,4e39bb3b-0e4c-4af2-bdc1-312ff44ac12b +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,0b6e14ce-94ee-4105-a69d-a79b95c4b6ce +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,88c30c04-c65a-49af-9ce9-fddd6917c14f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,df8df4c2-f9a3-4809-8bd9-de0a263d87f8 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,3f3dbc16-3b00-490e-b32c-2b265ff3bf99 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,ba060395-84da-4b66-bd99-b8635d798dab +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,8a3dc85b-f37d-4548-b0c1-2d665edf8d80 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,bc591e21-d182-442f-849e-2e6f30df04a0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,ae513ab6-9108-4b71-94c0-89a294610853 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,6a51d595-de06-497f-9223-54544a1a2be0 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,d9d1e2c7-31c3-46f0-8e78-034bf83b6c57 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,9afe45f9-9990-44ec-a373-dc276f996fb9 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,629c100e-d924-485e-a5a2-6d7207bfb9a5 +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,c4566896-26db-4f5f-b2b9-cf47554f3b0f +17167,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,4fd8e5d2-6165-4feb-8cd3-8094bc82b1ec +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,81409198-9b77-4ec4-b481-8c96a093a2dd +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,1bd46ec8-5482-442d-8e5a-117357263eb9 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,afd19572-4c8f-4b4f-83e2-d432bead4026 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,289ec255-4e7e-46a5-9836-8c087b397184 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,8e9c990c-5083-46e1-8285-dc2436960205 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,dc984e3a-b6d1-4b11-9bfe-cffabbc98372 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,da9fd12b-1669-4111-8274-785a5fa7eb43 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,9977f981-11bf-4f4a-9e75-610b3b97c279 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,1dab0f96-e79a-45f0-9bda-1930b1545aa3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,ab43ef62-09aa-42f0-88cf-024b9df135a8 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,81eb0448-edac-497d-b3f5-82ff28b0ae33 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,fd7a03a0-b861-425a-945d-bede9d6e8a88 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,082d9371-9500-4772-b773-7ad52a31014e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,e8e9450e-d53d-46b3-90a6-93e6bb5fc1a1 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,996e3823-23f0-48e4-bf8f-95de9a2349a3 +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,1b48a3e2-51f6-443d-a5c2-bc3184a31b3e +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,89b7b29b-f9a5-4891-8cb9-ffa17b05336f +17168,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,a163ce10-9beb-405a-8ea7-8cafc81cea03 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,2a62effd-7277-4738-82dc-948db28c73e0 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,9c25fbe2-e473-45d0-909f-0ab6f15b7f39 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,7b18a9cb-dbaf-43c8-8e6e-196cc7d3b041 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,901a8106-9157-470c-8097-589a81e2eef5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,96dd03e3-0f1b-461b-8c34-5d4b8bad145e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,bec0824c-7f1c-454e-a278-e06d78ec6dc9 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,6d097d74-d1aa-4e70-a181-b14aa4ff79d2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,2c7798fd-8a57-4f95-8163-bed12f0b7d4c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,250ad47d-1da9-4844-bdba-33de373b3050 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,eae737e0-92a0-4c79-b2d4-11089f29d2d3 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,d919c9f4-0d2c-4f72-a188-f16e9c0a8f12 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,77d3c772-25f7-4882-a9fc-814aba9cd473 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,eaf66868-69b0-4955-be2e-e6bb4a24bdbf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,45555af2-856e-45c4-960a-9276f31bb746 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,aaa86fc4-c320-4a7b-8cf4-6566e81a2534 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,0cb45448-d963-4ab3-be3f-7ff02c30e170 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,eddd4027-7e07-4321-8205-b88a2598c7ac +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,a4d83d61-0b35-40e8-9fb8-85d9cb103f20 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,58d63dee-d5ab-432f-80b6-f4c6ef85566b +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,8361c561-b2a5-48a6-bdef-cd8141633361 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,ab58e64c-5cca-4384-990b-79222a00d26f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,32e01ee7-1cb2-44f8-b9ff-65216d6103cf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,9203c8a1-72fe-4088-8fce-ab1a8d9349ed +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,ac057c60-5c47-4916-b50c-a19ffff5b1a8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,c44dfbe5-7263-449a-94c9-3d8fe79c656f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,8b33179f-418d-4297-bab3-1528d9220a1d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,5aad5159-f6a1-4e85-a2c1-4aff17b1fa44 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,403f45a1-2dcc-4292-a919-b826752c5228 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,c0c6d856-0c60-415f-b95e-7a8e685e773c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,0d9aa14e-b6c6-4d1f-b904-d21f28e331ff +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,c1c37320-619d-44bc-90f9-a49f581db3f6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,83dee837-a2de-40c1-81c1-d4f0b865f8de +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,339ab715-43ee-47ee-b305-69636b95d750 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,99447464-8db9-4a1a-85f3-24770ee2a78c +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,771a4cc0-8dcf-4673-9970-920f84bd6c9d +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,6beb8003-4215-4a7a-ad52-898c0d4df1e1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,85b07973-c3e0-4ebb-aa4a-51ad652d43aa +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,be53c814-f978-4b15-8470-6c0eeaaaeff1 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,375c2b4f-bf7f-4d8b-9315-2f6d752424f6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,d42c4bf5-9302-4cbb-8876-c2568c5387fc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,6ee2094b-8ce4-4c5e-9d14-63a8ba2d63b2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,fa65a023-6d9f-4206-b75e-879f3b033458 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,32bf9309-58d0-43fa-a889-2df599e3aa84 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,87ff6081-c295-4284-9770-2878cf09e6f5 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,e09a3cff-9878-4aa7-9c00-9b5756eb3a64 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,bdaea095-778e-44da-9fc1-f229c425c933 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,a0e50c1a-9f1f-475c-a2ef-8f33112fa351 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,94b5e3d2-2604-4147-93a0-088d3f18938f +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,b2513ae5-b1ca-45f4-a3f4-a986a2d48fdf +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,80541a3f-aad3-42d5-ade6-266a44d15b0e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,3f5c5c0c-4954-449c-b158-4d76422d48c2 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,22b1c912-c838-4b7c-b227-d07cb004b43a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,237bfd42-5236-47e1-9522-cdf6acd8f962 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,ab3af958-d331-44c2-8044-0d1107e1b754 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,0dc2a60a-4444-4e41-9637-f6e40493441a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,3bb3828a-c11d-41fd-845f-ce0e79948a31 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,75677486-404a-4f2a-a9cf-8b75ff78a5d8 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,3bef4893-a3c6-40b0-ac47-c24c96f615cc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,7798467c-061e-4cf7-a308-712685306996 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,e01fbf59-fb0c-40ed-91f6-4c8871efd9b6 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,99c37335-7fca-4528-b4f1-def0f765b655 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,ae2f555f-2a9b-4a63-b713-0d5dda0f0006 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,7aad678f-c1ee-4450-8608-eeb7523ac324 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,30cedd03-2feb-4447-b844-9982d1eb16fc +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,5af17a1e-f5de-4556-a4af-3f11e9568f28 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,b3176949-dd3f-4d75-847c-f35823368bda +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,053ed471-f0a0-409b-a396-63318b537f96 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,7e3e49a0-f23c-4a8c-aa30-cc2db6305019 +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,93e3621c-5958-437b-841b-c4faa406316a +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,361baea1-9221-4b35-bc50-83a2720b465e +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,c3d9afa5-5a50-4c78-8f0f-fa15fb2cddab +17169,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,57858634-e01f-417c-99f9-764982c21088 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,52b1dbef-f1aa-4771-a369-e4a78f59fd6c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,2063d569-057c-4f9c-949a-4cb26780815f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,613336f9-6706-4519-b149-8cc9f349b782 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,dc946480-5780-4e29-aa4c-ee5b707087da +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,e871e3ca-b65e-43a0-84ef-18e4b97ab18d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,1cb03a6c-352d-40a9-b4cc-06b558a96cfb +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,79f12914-b896-4759-aa34-d062dccfa9c7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,a6ad79bf-565a-470c-a909-42dc92acc57e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,4c6242b2-7fae-4e10-98f6-fdaae7c31cff +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,425f94b2-b2fd-449f-9bba-b0da72b79257 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,d7aa70c2-bd75-4ef6-bf97-85a11966c9a7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,5516db9a-ec0b-4296-9f5b-467a6e104144 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,936cfb2a-8ba2-4c4e-bb4d-ed4becb8cf54 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,4c764585-73da-4894-ae4b-6e23dc50426c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,529b4a7d-2b1b-4113-9762-41340b17c22d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,c3c782ed-9da2-4239-b9a9-44ca16f91f94 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,6fe16647-80f0-45b6-a17a-6f71c42d9f1e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,5d5e0852-7a5b-4c1d-bf4d-6fd4355dfd6c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,335abe12-cf34-476d-aa72-2e37ac891fd1 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,4e100509-6593-459f-a832-75432015a82b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,2da9cd69-0813-423e-9cb6-89906efa2c3a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,373175fa-528a-4566-9849-a9d52879cf31 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,f1ff9148-fcca-4a85-bfee-eb16a3e54605 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,51a3387e-d82e-4750-9549-c1a45951237a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,15854031-1850-4647-9416-5a24ee634813 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,540339ff-ee7d-42a5-aad7-58eb2b03b0f0 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,6c201ed9-f2dd-426d-82c9-721008b1f6b8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,6aa7a50f-44eb-4dba-baf0-3b104897c34d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,20a48bd7-ee84-4c7a-9257-9829e2edfb57 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,86e8c7fb-f193-4702-909d-ad103e26d9ac +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,2256df90-8399-43ae-b41a-6962433517f3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,994f0ef1-f75e-4980-bd38-858f33d122bf +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,48993a01-b7c7-4864-b63d-840a087067c6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,4f5d1997-f20e-4cfa-bbc7-3eea77382979 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,20fe363b-7ffa-4f15-8098-3fb17dff3947 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,520eaa8b-dc21-4fb0-aa3e-c6dcde952f4d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,dfa7e473-8cdd-41ca-9b36-52dbb343b937 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,faec93bc-8d75-4637-8014-cd236486693c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,43e64101-3a47-45d5-9804-294ef3ba0c22 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,b4aa236f-f633-431d-a73c-7e6970737756 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,fb294ff4-abb6-4b1d-8c00-367686d6c65f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,b8a51e56-1e8e-4fb5-8e8a-9bb429a9075b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,8c1c3ac4-01bb-4990-be52-12a90dfe8e72 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,9f6ecad4-bd68-4791-93b7-eba414e820f7 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,6b93d6df-1bce-4caf-807a-2756a52013d3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,3f1fe9e1-eb88-4b0b-9973-a5474cf4c5c3 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,76901332-d7ad-49b1-8f59-7d724b444ea8 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,7efb9b29-b13e-422e-af48-91fd2620b39c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,533edf46-c138-4003-8acf-734d9b9b0584 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,7f407ba6-3880-446b-b358-cbc02e9cf714 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,0747db86-9b91-4435-90af-7e9496fd8ac9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,e40095c3-83ba-4983-ad3b-5e4453be309d +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,9de8475d-2c14-4360-9039-28dbeececa45 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,ef629bff-4e05-4f7f-9c74-f725d93c1700 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,fdf9e425-5662-4a26-92f7-b539572c8f4a +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,2571e95e-6e4b-496d-962e-c04908b8894e +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,ce5ed8bf-de9e-42b1-abe4-52aa1d9b28da +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,3b0017f4-17a0-4ac1-a673-2b8c99d3e26b +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,b3bc9493-c61a-49ac-9ef3-9dd183c0eb89 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,0c2108b4-38c4-45dc-9cec-30baa4e82621 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,a074ffeb-7609-4cae-b964-3f6fb267a876 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,02bf20d8-e852-4012-81aa-9e543d69f6e6 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,64659e01-0889-4a08-8672-78730436397f +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,6d8c7898-230a-46f7-8c4b-c0a5e731f5ae +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,631143ad-727c-408a-a218-3461bb4dd7f9 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,04e783b6-5b20-4039-b658-a334f0077e46 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,ece46836-61e7-44b8-8a5f-4fb2a938cc68 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,64ea6035-29d8-4349-8832-5728a68c5e9c +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,1de9c16c-3732-4899-a360-b133896a2913 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,35a117c0-a742-4bd1-acc6-5ec377e59a23 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,877682bc-6eed-4dff-9523-b80a138d5b19 +17170,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,f0e8f0c5-385f-4c0b-8ccd-27bde4a9954d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,de695ac1-3a96-4b36-a741-5b4da6e86eb9 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,3a9af866-2042-4a08-a4b4-d075f125cdad +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,6e4c930a-0d3c-4534-aefe-6ff607c4f2dc +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,c5af33c3-d23f-4812-bc9a-6a02e80e7fdd +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,448b248f-eebe-46f2-9020-74788faaa324 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,c413014a-697c-4aea-9151-12cfdd9a1c7f +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,9cbde3e8-1f43-4bdb-904e-e84e8a784e9d +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,aa8ac0d9-ec9c-448a-94d6-b135c974dc97 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,5f622991-049a-4e0c-aa65-3287253105e4 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,a9fa6f19-dc92-49a5-878c-04d9b04769d0 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,06134d5b-f592-4129-b804-7d0e7c4f4f83 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,2d9b856f-83be-4353-b998-43ec17ee1413 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,b781367b-593f-421b-8763-b1ca9d6d8123 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,03d58e03-1d73-475e-b281-c9549e21f575 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,935745ed-e8c2-43fe-8d2b-1f34754d9cdf +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,ef228399-44fb-44bb-a196-1ec16f31237e +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,056221fb-bdbb-44af-8976-31a4b9ee4750 +17171,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,c5616190-0d71-45cc-b3c4-e1291a57cfa9 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,d90c5ff5-2784-4d3a-a282-541db5fa4c39 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,fbffdd58-9b55-4921-8673-47f7acabe3b9 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,796cc039-f064-414e-9039-57e8a95df45c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,59b2e330-afd5-4fca-b604-c21d297b3dd6 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,e8f3429a-7f26-4197-9aed-118d967c3076 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,4391b4fc-5153-4c26-b8ee-d509c85ac0ca +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,c8c1701a-e6f3-4e9a-8f70-7dd85e0aa5f5 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,c2fdabde-2ff0-46d1-8d4b-b864c907e484 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,714e2c29-54a8-4e62-90c7-20f724bcbed4 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,8c665131-49d0-4c0c-abe0-6db3031f5d4c +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,3b934b8d-cb9e-4640-9ad9-c82d3fc7247d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,1654052e-63aa-4b3a-bdea-e03d3b44a00b +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,9669843f-b09a-4b2d-b57b-ab9c73f0c552 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,81e43a93-b4ab-4869-b431-17d88f6a9083 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,6844b0f8-8586-4272-859e-20dde2c88064 +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,1a709a62-1713-42a2-8d4b-2abc7bef8f2a +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,cda7bb3c-ade3-415e-bd87-bbb8393d856d +17172,"1.A - Fuel Combustion Activities +",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,255a2360-16da-4958-9fde-36ac933e1d1e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,43c0ca6c-e6f6-48cc-a549-6cbe4570ed48 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,bae69822-863a-4a89-bd60-3e0e1cd3ff23 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,d1f8f18e-53c7-4ee6-a4db-c857c85572ca +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,afca2b8e-8590-4c21-b4be-9e21665b6122 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,2e09e81d-f966-46e1-b422-0f14aea2050f +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,02d14a13-053b-4372-931c-1806fe86d114 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,7e3cfb1c-0bea-4b2f-9a87-766c10900b6d +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,cba24320-1646-4cc4-819a-61f7621370a9 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,13240a75-dabd-4963-a4a6-540e1c991fbf +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,d95105b1-2bd3-4958-ab4d-0f0c4a4dc1e0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,1fdcea5c-8deb-4a0e-ada2-eea7116ec48c +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,610ab459-591e-4063-924b-814e794f3ad0 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,8f6311d6-bf13-45f0-a71f-6d5a833e566e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,8b6de4ca-84b0-4985-afa8-0d9ae97e6cb1 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ec813772-1775-401e-b7b5-da7f44e0624e +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,88949fc6-839d-4117-a4b0-9d10c6842c61 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,cc558110-e7e0-4007-b976-345862817eb2 +17173,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,0914aba8-d91a-46c4-a967-23fc2b65f616 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,3efb0256-1e25-4b72-a473-607a84ef82e2 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,15bc9e2e-d4cb-4e25-ac38-9953e1371794 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,25136b93-9d09-4d91-a255-e0956db25c09 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,d55653bc-7b61-49fc-a4e7-dc76852a0032 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,14728855-f5b0-417d-a911-d4d1535b4e4a +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,319b97c4-6c4b-4d34-886d-c9834e3560b6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,ad9c0234-869b-4476-8da6-b7fe33147d9c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,2186bf1c-1de3-4740-82ea-44de0e9af4d6 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,9104289f-9f5e-4ffd-a179-c6861f7a9c9c +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,afb26c45-523f-485e-a88e-43589b5df4f9 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,ebd8c408-84b2-4499-ad0e-1458f480f8ff +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,07dbab28-12a5-43e2-ac43-a5bd3845588f +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,49a01dd2-2068-4609-8496-9c0c86a8602d +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,39315327-eeb6-4d88-83ef-1da26d121ece +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,818aa262-64d7-4613-9f35-07edc2093142 +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,96dfe7a7-dc79-42f8-a8d1-77494c78c7ab +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,49bcf50c-de77-4026-8c6d-24e8ea2e928d +17174,"1.A - Fuel Combustion Activities +",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,8b076bfc-4fb5-44fa-b888-c432ff6f229f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,8d40d079-4942-41e3-916f-357aaeefbdf9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,2e1514a5-10da-4eff-bc57-edf6af5ba423 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,d7f6e479-3cb3-4f3f-b15e-f01203efc7f9 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,6ab5f5c0-da48-4ef5-9cde-6172a57b9fa3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,a1ac0762-377a-45e1-8f97-0508f2e0d54e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,8308e96b-bed1-4759-a182-91e3d36e3fde +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,9ec49c9b-afd8-49b5-b45c-56f86b60bdae +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,1383c2c9-3bb2-41d4-bbdf-a62123ed6cdd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ada80173-14c1-4b5a-84ee-329faff99a7b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,45a1ee1d-c1a2-4f58-b16b-b4abae90fb32 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,c4c6479f-66f0-4cfd-a664-7d8b600b0a5f +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ae626087-6781-4530-9761-a6ed987e9702 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,e4d7866f-dc5c-425e-81e3-af4d4ae46bc5 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,fbc60183-ba93-4c7c-9152-2f523133831d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,5a042605-01fd-4f97-8f97-e259349dcba4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,fc199776-191a-4771-93ef-1b1dfe55fb33 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,373dc978-b604-4b49-8fec-d92ab7a9c611 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,6380ae02-3b81-4fe0-b352-91b6211c80f7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,557ebbd7-6d17-4146-8270-230da39db0f7 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,9906ecd7-89ec-4724-9322-8b236d6c0e4d +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,e1fd3f96-b283-46c3-91e1-9cabab7a138e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,173832ef-3356-4d1b-af82-3681ec3138fa +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,347f50a0-64a3-4527-9e47-39ca1c972718 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,c1732e55-8e33-419a-9455-0ec85adf2e00 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,9901bb12-da6a-455e-8d8a-a8f491142287 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,4f12f04c-1896-4af6-aad4-8df5e7243004 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,89a6a8b5-5ffd-43bc-8b96-853a690c05f4 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,083a9869-3ded-42af-8720-83bc6979ffc3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,0e53cfd0-422d-425c-b346-77c1bcee14fd +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,886577d3-3787-48d6-86d7-eab51a41c274 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,cf0d2a83-4065-4b9e-a5ce-55c60703cbc3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,628346e1-effd-4c52-995b-00d683789b76 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,b66bd06c-5f21-4d5b-8ae3-9001d90004cb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,93342d14-313b-4a92-8e40-9d0fee78f120 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,ab965fcd-f3fa-44fd-b89f-04dc78519e1b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,74da2cba-f108-46d2-af01-47270d54133c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,c63953cd-7942-451b-9bc1-0be93439c6e2 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,ddafc1a7-c824-4efa-a998-7384d65f4674 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,5c140468-c128-4f0f-8dad-ed4d3a6b96ee +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,ac409c3f-7773-4667-9f65-c02b323a3e3e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,9d9ff719-472c-43bc-95cd-a949981b824c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,40f5ff5a-244f-48a4-a08c-eb8a4c6c6240 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,a47e012f-e3d4-44de-9585-f3e1a673c7e1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,f9610b0e-2ab8-4e7f-87fa-2a0496107b78 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,94e543fb-9c84-4150-b082-70c5b1e7af2a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,d4768838-5438-497d-81bf-048a4c911b7e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,a90a0574-ad7a-4221-8f59-b612cb5ee9f1 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,14a2917c-cf3e-455c-bd60-3f2ea488a513 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,64d114ec-1a3a-4923-b6f3-e01adac06840 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,6eb6b11c-d64a-4966-84d7-53fc8fe8cebb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,5a43b232-188c-4801-b925-45a06f1adb0c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,dcb939d1-d866-4fc1-ac78-bb4c0af6088e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,31cbe76a-3df0-4708-b046-e38501a2420a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,47a337d2-a11a-4af0-99e0-fd9ccb009622 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,7de42190-522c-4ff3-b86b-da833bf0e516 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,0f0ed243-9377-41b0-94b1-ce329e149f92 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,d2d8f40b-6e20-4868-8fed-a4c27da26395 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,3b68461a-cb3e-4b75-8b8e-51e4662abde6 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,e7477390-c222-4d63-9ac5-e39c3c4fb6eb +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,8c7e5cd3-52d1-47f2-b4ae-62488a167f5e +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,536f5afd-de2f-482b-8f72-0f948f5488ef +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,2e7f8aa1-a0ce-4dc8-a368-8500aed1e61b +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,817b8991-b2d3-48bf-a73d-4c0a74bdc97a +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,e147590c-c711-4906-90a6-c39cdb19b72c +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,9fa92241-d13e-4bb5-b9b3-94267673db29 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,eb93723b-04e0-42f2-b88c-c3b69077aeec +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,b3eaf65e-aba4-49b8-aacb-f294578134d3 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,6c0450c2-6091-4b42-a6af-bd1cb824bd33 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,c5e88fc9-e4f7-4fb6-ab0b-e919b4426385 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,666a5a7e-20c7-43b8-b19e-b6fa18c1c144 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,2c207b8f-1da8-4c6f-afcb-c0f634070738 +17175,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,1338ce96-ac2b-4350-b8b4-2573fc566860 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,eb85958d-d76e-4bd0-871f-1966ce878c15 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1b5e5b97-0b20-4ecd-8fde-11bc7d415257 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,35e8be92-1909-4265-8530-19908c98db73 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,9bb887ed-45c4-42c4-a735-d994441f7bc4 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,742f61f1-148c-4a41-945a-ee4ac9d25765 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,e4d44050-5dd8-4551-990f-2b18f5000f0b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,0d0ba069-c30b-4fa4-832f-f725f4b10ad6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1a6f9e81-d056-41a4-b8af-2e32c8c767f8 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,c4ba8081-356d-4090-9990-b6d1a5a72681 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,c384ea51-d3eb-4cfc-8343-1a54a80df7ec +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1a2bf6ce-3f19-45be-9c4e-c4ab7138f066 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,584db0cf-af85-4a82-b7f8-30fa21813478 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,9fe24885-fddf-4234-8d72-f0817b22d5fb +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,3182d852-6d01-492d-b11f-56d56abdbc5a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,617e507a-3e45-4a57-89f2-1dff9f20ceac +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,a5e3367e-c3f5-45a0-884a-37d20f1204e3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1b5b4591-ff6f-420c-a325-948a295730ed +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,1a910f92-d7ab-41bb-9825-7cc9b5b0d511 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,73360e6e-963b-4ff4-8cef-566b9f57076d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,8df69d40-e83d-46da-9818-1dda1bcbb340 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,eb3dd6ca-336e-477a-a710-d1082f7cdeb7 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,3bdcf15c-3a0d-47b3-b81e-e7059c435c14 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,5b24fe49-6ece-4b99-be76-d4081f44fb3d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,14372dc8-4c63-4731-82dd-6e65950b8521 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,d81e6673-b971-4537-9841-528150a7f21b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,90d3f4a9-eabd-4563-afea-7c45b01ff28e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,4e954d01-9f5d-4165-864a-a00b3e41a2cf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,99baf18e-d251-44cc-89a7-2889ae681a01 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,5d733d91-cfa7-4b67-af40-d7e8d77aaed1 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,30ad4512-ad75-45fb-8e30-fab528f9917e +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,a24ac674-169f-41d9-97b6-f733c6dedb05 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,8fd3b549-d3b3-4680-b658-eb5a0fa01dd9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,a7c58cc5-a666-4a7c-bdec-67cac3823dac +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,14616fa4-fdbd-4d19-87b5-e99fe0f6df55 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,58ba9a8a-f9b3-4447-9289-d7b0c2735107 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,5b91ad65-74af-4f85-bdf3-69e70da45999 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,aab892ee-011e-4264-bb71-585ec2dbb6e6 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,2d12a89b-1418-4ea7-a0ac-42c021047fce +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,2112d8e2-5157-439b-8fcb-51a9f27a7c99 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,d6dbac2e-0dd0-49c0-a8e2-227ceadb854a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,d9c1fc29-17d8-4bcb-a359-06288d832bf3 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,95065133-e709-40ab-83ee-6bbac064740a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,4c4e8707-e2c2-4cab-861c-fe31bdebb79c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,02b2e1d5-5450-4fe9-9020-3ecb73e279bf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,67b0fb37-bb5e-4c2f-8f51-7892140adb75 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,68ba8fd9-6e97-4335-a557-94c617b3019a +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,f11b75f2-4613-41d0-abd4-3b9d61275bbf +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,f09ec6c7-8c19-4252-9de2-41cd70062da9 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,8f62e9ef-2a3f-46d5-81d6-344f7f23038b +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,d0bfde38-f089-434d-a3e0-8b41edd1095c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,439c75c7-3963-487f-896b-64122c496677 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,4e094b62-8115-4296-904f-90a01075e43c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,3d01ee86-525d-4b5b-b913-98373733ad75 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,f89b8eb6-d3f3-46dc-abc7-9864c03818bc +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,df8da08c-1420-4065-869d-53847e643c22 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,1eab0d9a-d0c6-491b-9883-0186c3b28f60 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,42cd3a7e-8b95-42e3-a876-5ca1782c5a06 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,d2b4d948-9d93-4df3-b706-231c62431a57 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,4540aecd-69ea-492f-a242-4d2f38d60f59 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,ca386b5d-0d93-4241-a217-eeb0cb80b5d2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,67846e07-b957-4298-bd4d-a1b570076b56 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,8fbaa0d7-74b5-469f-ae51-8dabe782f584 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,e9c97368-e745-4754-8fb5-6ea2190e5118 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,e7d3dbb4-039c-40b4-9176-5a8a5652a564 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,6746f99e-a374-4885-85e9-f5f4ee18ea94 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,b461a012-cda4-4a39-afbf-abac09807747 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,c892c8e9-8ad4-43b8-b128-33b8bea9f81d +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,574ea670-7ccf-4297-9e14-98ff3bf86461 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,9e3ba001-0c31-417b-94c0-d8b304e0e03c +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,6b28e138-5d66-4659-9ee1-9d2035e045c2 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,fce9d64a-f996-49fa-84df-61129e1f5256 +17176,"1.A - Fuel Combustion Activities +",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,5c0b8980-8e61-4eec-b82e-7c17c2556b93 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,9aa63ba9-d77b-4ab1-8cb3-3dd057545f9e +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,87e7c4a5-17ba-451e-968d-f1215056462d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,6a1f0fe1-4964-4880-8fe6-133d6e086767 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,0ade802a-c35f-49e0-9b35-d3d6eb6e27f6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,6733426b-96ca-4c39-84d9-4a790b417a41 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,f96e245c-d290-4d07-b4c3-b0bdd9b228b6 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,e6aa724a-ef72-4f2a-87d8-8646dbefc92d +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,b0a8a9e0-bbfe-400a-b48b-72131c88fb12 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,98117265-9652-4c51-94db-3f0c0647c753 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,f57c631c-285a-4a23-a124-40515cb96508 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,7d7d6da2-fff2-4159-8fc5-b669742f70c4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,da6009eb-ba99-49dc-bf7d-a26f1baf2b33 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,eb583b63-f232-4ab8-b093-c42c3680f790 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,3469e012-d0ec-4c2f-8148-bdf83e2ce74b +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,ef79c21b-a8d7-4ace-917f-83790eab78b8 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,b900ec43-6433-491c-9e57-63519e58d72a +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,e631854b-741f-4c7e-ac6e-c5e1c53a75b4 +17177,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,9bb41af7-b8cc-42da-a71d-37144a70ab65 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,e4433651-e261-4731-a231-731b6ae0b6fd +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,8cc6350a-3c44-4da8-b653-196a3926e9f9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,6f490500-4153-4a99-ae8d-ceb894351344 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,a40337a8-ff47-456b-b2d6-c047ee42bd2a +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,c0f04df5-9398-45ee-8140-91118855833e +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,ecbee56d-6a73-4f3c-b581-08c6304ef292 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,feac84d0-d156-46e0-85de-f927853b4e99 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,197aa1cc-52ec-4ddb-afb2-95f4b03b5ef3 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,15805655-1daa-4f13-a442-3ac4da3f3559 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,70ff050c-8ff3-4a99-a235-d484938ff86f +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,5292a28b-da71-487e-bbe5-4a29efc0601b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3ec41686-bcbf-4b4c-8c96-f95dcd125633 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,de4bee26-b300-4b3a-98ee-2b6abcd40267 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,16357c8d-bf5f-46a8-b6b0-0a978818f112 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,4bd92787-d2d7-40a8-8292-0c013a5c988b +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,55984f59-1079-48b0-9565-b064518d7ea9 +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,8dc9df8c-7f77-46d5-903b-54a6038aedff +17178,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3f18094f-8f20-4ce5-a4a7-cb85e8669cff +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,83150093-5170-43dc-8891-6815855dadaf +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,7e4ea073-8d97-462e-a657-61b9a7ce6969 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,8d526228-e3d7-480b-af55-9b1490c1908a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,47a1174e-9463-4684-8046-43dfa7280fd3 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,ef05a4be-1031-491e-ac9d-12a661b66643 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3020cb0e-bc9f-4f8f-8534-935925aff257 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,29e7eb88-a3a7-4ce5-8bda-4462db5e3310 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,bc68b1ad-ef83-4b1d-9892-1aae2857ecea +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,abe3c039-1e5d-4876-81d2-cd915275d2fd +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,0adb2f15-6fa7-49ea-94f8-92d4f222c8e1 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,43b477c2-66e9-4817-ac2d-31319b67dc12 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,a4450517-be15-4f59-9ee7-1874cbd11d41 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,0850e77e-a810-4cec-a968-fa257a1f4fd5 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,cd1a975b-3387-4381-bdaf-f0c39047bcee +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,459f26c1-c8ed-4a8e-9c1b-50b4cf8db87a +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,341da53d-e7c3-416a-9fa3-57f829d6a2fe +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,4492bc4d-4574-4741-b483-213603947502 +17179,"1.A - Fuel Combustion Activities +",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,dce160b5-66bd-451a-8f6c-39fe0e96efb2 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,1f386061-e799-4a0c-9d51-7dc8cfbc9f7e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,255ae739-4e83-40b2-acd6-6a82714be843 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,85cd2edc-8319-4da5-bfa0-38ad134b94b5 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,930a52e9-f6b9-4235-b819-039015c580bf +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,bb7a3863-c632-4b82-896f-7e9d7d38602e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,27bfd2f3-e8eb-4076-bb37-539d9384dcd7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,95008e78-6c17-4e3d-8676-fb752718bec7 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,1b689dac-f679-4a68-8ac7-dd092a9d3d85 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,34d50e73-5e9f-4771-ba33-55f731fca90f +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,8681e421-6806-4e17-9c68-0e49fd1f2117 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,cb084bb8-40f3-447a-b421-6ac7cab0b21e +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,099ca87d-3204-477d-b485-e576b5bffeee +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,735a08d2-0aac-4bdc-80cd-ccf31c124459 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,595ecdf8-e1e5-470d-84d8-c465c175d083 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,003cb109-5e86-4085-8906-49828ab700c1 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,7f0a82b7-d359-444a-a05b-867fd4025802 +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,18c9d244-b5d7-4054-bf88-948aee030dfc +17180,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,2094e184-e272-4af6-9351-2145dde2c72f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,6401f2ed-d06c-488b-b99e-b9a76b645039 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,919497bf-fd74-4bcc-a233-3a81091b0398 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,04abc053-b9c2-474d-a045-963d5bbafb9f +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,ec15e7e6-f66d-4734-9093-cf6ccff766f0 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,1480ea51-f27a-40b0-bd15-9e81f0ff082d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,93418b7a-2ee0-418c-bc4b-ccba24431ac8 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,f62b99bc-94e2-4a8b-b53e-ff540e4002f1 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,fdd0e3ff-6017-45a4-9f81-46db0bd2542e +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,5bf912da-470c-4c18-bc67-147501d8b0fd +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,2faed04a-3138-4fc7-a89f-dd1612014997 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,0f9956ca-c513-4f55-b703-90621be41c63 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,ce5b5dc0-3eb5-48fd-afde-ae6ae9c0acc2 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,0eb44a4c-5889-44ee-8721-0221eb8fbfb3 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,58713a01-f7af-4564-94da-6496cada7783 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,a6be7415-4720-490b-92c5-4e48f839f518 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,8275a541-c370-4c60-9e68-f9b3e9cf3e07 +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,f91b54f6-2dc4-408c-a1c4-b3761022239d +17181,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,66364173-6727-4c03-ae62-cf56e3cbf63a +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,a7c6eb01-4072-463f-bcb8-60fa4cacd128 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,810f7951-d318-40b5-9e5f-dd4e3e6f2e36 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,409ffea1-2684-4e3f-b6fc-c4b7726aab2c +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,bdffc4b8-64d1-483a-a546-a3521a141dbf +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,f290c75b-e3e2-4e3a-b6b2-24925afc534f +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,ef5f1497-a169-4f48-bfea-ba3c23a2ffab +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,c3e580ed-9640-4c81-aae1-9a0c01fd8a56 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,e79b3a21-e130-41aa-8527-b96410fcbc77 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,4099aafb-fe83-40bd-8cc4-08fa002fc51e +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,0dd5819f-c8d5-4dc7-a050-3bf6674f35a7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,9e82a0be-1b04-4815-b8f3-8dea0f72e1b7 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,b1356478-3d7b-49cd-9993-52a40be2427d +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,3a5e4205-22a8-4498-8ed3-f543478c9de8 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,4cc8db7a-6467-4921-ba47-915f5e1e7553 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,1badab3b-0ff8-48ba-9738-3882e16452f2 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,f47937de-6eec-49c4-a387-9bd81f0a0ef5 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,bb6f98fa-2882-4a7d-ac97-4199160bf2a0 +17182,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,1c79500c-e5b0-4ea1-a77c-c33e5d8c3e71 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,e096778f-018f-4d63-b396-ac43b1202719 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,1d5e9d66-e3f9-4dd0-9121-ecb2201cb747 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,modeled_data,cd731689-3b80-4f3f-be57-1cf9135adf36 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,109a0939-c3f2-41ea-bf3a-ad412530e6a0 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,3a1d0340-0b48-489b-a29b-1673bd401cfb +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,modeled_data,96f32ce2-aa9d-4dd4-b377-1224249606bc +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,7dfe4347-2d7b-46cf-af03-3be449909654 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,645163cd-0581-448a-b472-cf244d4a0df2 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,modeled_data,cb447b2d-37e7-4c36-b6de-8a009df76a35 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,cecf25d5-fd88-494d-9584-1ce2274dcecb +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,3908ba4a-e6ae-4d8f-9042-0e33d7ff5f4e +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,modeled_data,be4933a3-1888-4dad-90be-81670da10ad7 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,b04bd6a7-ac60-47f0-89d6-d2fbd7b8977c +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,0a4bd0d0-aa44-47c4-816a-dcc5f592aa57 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,modeled_data,f3770837-a343-4650-ac6e-7a803cac7a91 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,aecd9ead-8436-488c-a5d4-c5116f3fca2d +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,2dc92fd7-8507-4ecb-90b9-0c4da994b080 +18364,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,modeled_data,3bb34354-5d63-40e7-8718-52167aecedd1 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,f33349d3-341f-4a31-b1ec-fa2a6912ae76 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,0a00a02c-d6a3-486b-9ff8-f2e178656599 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,modeled_data,2c78de45-9010-4808-bb61-79ce33aac558 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,aef22350-ec99-47f0-ada9-97b283fb3d37 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,61965089-8ebe-49af-8ae8-4b01d346bb21 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,modeled_data,7bb4f501-fa6e-4a92-99eb-22ed009e6558 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,2180782f-94dc-4446-8a13-d7cfda2b3616 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,edf3321f-6038-47b4-a64d-4bca1576544c +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,modeled_data,0952db65-cf97-46df-b298-c441e7f19439 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,0dc789b7-1a05-46c7-8904-305b2c42c2db +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,7eba97fc-bd8e-47c2-82ad-96a5f7635e53 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,modeled_data,3fc8cab1-03bf-4dca-80ea-e9b8b896040a +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,40a63475-508e-48bc-a0a6-7d1f280e81aa +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,79405eed-bdd5-4608-828a-90a6d52cbff3 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,modeled_data,a8d0ea8e-a81e-4077-a60e-0f508f409813 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,16a7cc63-7f62-4cc2-b118-7348539ae868 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,b99dea68-56d6-4326-a3d7-b4908e99e850 +18368,"1.A - Fuel Combustion Activities +",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,modeled_data,9a9e39f1-d24b-4448-8dd7-472da8fc6bd5 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86cfac5d-aa49-4874-8a48-d9087a02eb13 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,2f174f29-27e5-4bdc-a9c0-50d42b917f3c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,2119ae3d-7284-4452-9aa6-1d61d4f33695 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,fb173361-6a00-4c19-ac67-f49a24fc7c40 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,f07c0db3-364d-4566-be29-ea9c89e21366 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,e1158564-aacd-4230-88d7-804ad844dab1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,5b7763a2-65ba-4bc6-8b92-6a2c2aacebd1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,377c1e57-4868-4dbd-9399-38bf2449d658 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,b1fc7bc2-d383-49a7-91bb-eace42d0ab73 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f84768f1-533f-45a2-b1cc-68ab1318a877 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,435639c3-fad9-45c9-a11e-bfae24c1304f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,7f38f316-7f4e-4acf-9c8c-a3840e463454 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,5f5a05e8-5c93-4e07-bf3c-3303bcb6beb1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,054ab3ac-0553-44ad-bad2-c1516e62bfc6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ff370159-eff3-40fa-98e7-f986d9d14bd6 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,c688eb7e-0123-4d9d-915f-3c7741ba9d9d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,91437516-603d-411d-81e0-9445e8f794dd +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,faad68be-895e-460d-b97d-14436fda893c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,3fee5f88-ee86-4c91-9780-b064867fbd7e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,c76fcb28-a6fc-48b2-b5da-ff11e1549931 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,452daa89-76ee-4d90-9b2a-14a55fdf648b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,47679cf7-a8f5-4f3f-9b2f-8691c2856542 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,eb3b03c2-4d42-4816-9ba3-bdd494d74b03 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5bd15d49-6d82-4885-8ba8-4408f96852a7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,64546ede-f98c-4baf-aa56-e599c15e9395 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,e68a1a7b-ce1b-48c5-bd39-4c0db6fae077 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5bb1c782-945c-41eb-989d-88a05ebe4e0c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,dea4e2bd-8b81-4a50-85fe-68e6f989bd24 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5ac95b46-7e9d-4f94-b3bd-40b0cb1c7e4b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,79996b55-754f-4b6b-b0bb-8bd541a1e93f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,1c7fa73f-3fe3-4b37-b082-2d9b1374001c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7b34695f-69bf-49ba-8417-65742a9eaf7b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,254dc41c-7c0c-4d92-b4aa-8283670bf78e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,8fc00c96-b2f0-415d-a6a2-31d45cec4005 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,781914bc-9c01-4be6-8ea8-767bddf2eb03 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,36c2eb30-2745-47d3-a4d2-fd6458406191 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f03c02d4-70ed-4858-95af-bdb9a9859e2d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1091d66c-0da0-4084-9053-c72ef5518b72 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,61566321-7de9-4351-9f00-d003f984315b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f7ff334a-8505-414e-b2c2-733d73d434e0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1b71555c-9027-413b-8a7e-65e45126773e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,6fdf4417-bbda-4fbf-ab10-c170b603d6e3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,6177bb27-cecf-4fcc-b8fa-40dc23d7138c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,350af37a-2e01-4aa5-9051-6222a873d1b3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,b58fa81a-2a44-4785-9fa0-6caf9f96d129 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,6c1c59d8-9b03-4650-be1c-0468b29c7e32 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,541bd230-05c7-4ea4-aa09-f1bcf16f031f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,1b65e027-05fe-4b4a-a81c-b9eb54dde0cf +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f0685b5c-4f00-4cad-908d-7fa5b64aaed0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7faac318-1990-4c8f-a50a-b6cfd21d1f9f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,c8195baa-ae6b-462e-ae91-db7eeed7ff5e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86bb48c8-0f98-4820-a53a-211fd4642048 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5ebfc9bb-e1b5-4aaf-b62c-4bb65279bd53 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ab435034-c4b9-4397-864e-defec7b17335 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f4f0cd3c-495f-426c-b200-4c9cc65070d0 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,74697289-e2ee-4e2f-b4ba-8683db649c79 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,6c2479a7-dafd-4cc9-b54f-123936a55643 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,71f08401-6e48-486d-b8e5-1057856cd1b4 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5c34ce3e-4a1b-4974-9117-c2bf84073f71 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,262f80dd-2b70-4b24-8324-e01db67ed8f1 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,ce06d320-a6d0-4b6c-9587-45c5fdbe9513 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,f0138461-a1db-4bdd-a1ab-7266c374721f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,f385891e-82b4-4a96-849c-e0be36a1a5c7 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,c4f28d45-f488-4589-ba0a-79ae3edfc377 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1b7ceed3-738f-419f-9258-e876d6886739 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,d25f1f67-122a-4cf8-9a5d-ad835c892099 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,16c8e285-5eaa-4b5d-bf24-e29895dc3ca8 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,d912f072-6f8f-494b-a564-2f2fde17203e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,9e05057a-58bd-44e0-9598-a60b17da1efa +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,197310fb-7388-4840-b70e-4aa4344fda94 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,70fbc54e-e7cd-485a-840e-1534fe1982c9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,c091535e-a1c8-4b21-951d-0a674f7dd381 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,d6f9484f-1ab9-40a7-9b84-55a89b7996c3 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7e9f569c-a598-481b-a34c-57ba2b9ac04e +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,4ce1c1b8-a711-4abb-9d43-63a856a2dec9 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,aac73245-5cbe-45dc-9d48-57e9d67d253b +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,a098f2da-ec2a-448d-aadb-35512cb3136c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,0d96d721-b61a-4280-82eb-186fd70ff647 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,2228a353-d0dc-4752-91e4-e0007fdc9c84 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,3eb2eb67-b44f-4008-899f-739b3dab923f +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,681a1a8c-b2a6-4e17-a168-812d374ef359 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86766a6a-726e-48aa-8125-70cb1056f124 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,70a20860-580c-4728-90d5-d4efd8409dae +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ac8e605c-df7e-4f68-9822-4e08058eac25 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,0cfb6f94-b428-41e1-8106-3ff03c36b03d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,9fdad459-98c0-43e0-a1a4-db1b79aa373a +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5206db86-7aff-4239-ad8e-59ccf1b25d81 +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,b3b2c2f0-18b0-45f4-958e-dd3b9cee5e6d +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,dc9e2487-845a-4d7c-9671-f1de7d1b1f9c +124242,"1.A - Fuel Combustion Activities +",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,e5dc16b9-bc20-485b-a06b-4a91fd0f213e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,45f7d2ef-be30-4f71-994f-70ab724eb46b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,ab7bd093-d4a3-4117-b60f-c2bc0eb37f69 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,17ca72f5-71a8-44b1-8312-79a22d6a33bc +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,c34a7a70-3be6-40fb-8761-a43facdbc975 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,0b306a2f-a04c-49cd-aa97-e201f60848e9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,ebbf8452-03ac-4934-9787-66627cf53239 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,56c6391c-e408-4e4e-98ff-231f867a87a7 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,85ffaf5e-d7c9-4075-96b4-0051debb0005 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,322a5d80-9d6e-4ae6-b1bf-84cedd444dd9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,5acfbb96-ca58-4602-9bd7-9c9da973fea3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,ca66c678-8629-46ea-8bf4-6366ea5f9dab +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,7d35d950-4d7b-47d8-9390-7edcb7582d76 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,f86e0d80-627b-4739-a3ea-7bbb6b674bdc +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,453dd2ec-58dd-4c41-9680-d9c532b01ebe +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e6992eb0-f1e1-4c45-985e-7724f658a2fe +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,c04745f1-9c4c-4476-aaa6-318aa843c11e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,f379261d-9a22-4f0c-b689-5ca8600b3bd9 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,3f3f2283-0934-4c41-b824-01fdddbdfcd6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,4b2df722-44fb-401b-8f11-b5831057c11e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,cc9c237d-d39b-4ad1-b06e-ebaaf904ad2a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e770f3a2-e797-4e66-9b6f-3eaca94e901b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,9b35c598-fc4a-46e7-b7dc-83fc2058217b +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,597ab9ff-1cc5-4ead-a54b-9dace81e2dc1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,a1d0be5e-a0b9-43da-a403-d9b60db1632f +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,9432ea5f-06a6-4e54-8acd-ae9cfdce0aef +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,9dbeef94-7062-410f-8603-f3273378890a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,51e4d75e-1fef-4c45-8db7-0e379e2c6db0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,7689ec71-4597-41ed-99cb-9055d46f152a +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,8ebe0e80-3614-46b0-9ea8-0c267a4fecc1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,0951bf7c-e17a-47e1-955d-cdcaa138bce7 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,d83bbe7c-935b-47fa-aa7a-29fce08fdb95 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,d431c20e-7bfa-42e3-8f8d-68c1968e31be +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e14f2f7a-ecd4-4226-a6bf-5cf28368be31 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,17409637-be52-4bec-bf21-f37df3789108 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,c8a0bfe1-c0e8-4466-92be-762a3b114fd1 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,90abbdb5-2bb3-4938-8808-5afdc38500b0 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,25914632-6612-4d3f-9cab-7100640eef76 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,28143cff-12ed-44e7-a4ea-77af031ca4a5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,567cd747-228b-476f-ae6d-24a67d28f338 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,1edb7406-54c0-4f3b-8783-a877f3b3feed +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,1a82d197-ab33-49f3-8d7e-1130c620a679 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,9f6297fc-f844-4b80-b7b1-dfddf3bc7ab3 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,8a11c8d4-af7d-4331-a83b-2bc069620b24 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,dfaa777a-17d2-43e0-a790-f8c052b168c4 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,dd1cf10c-b4dd-4b86-969e-70a83abfb73e +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,0ffd1fd1-35bc-4cf0-84ea-d39689358906 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,12d70e43-dae8-4c2a-9106-a61f2699ccab +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,6e3bb826-d165-4e0f-8545-30b97e5f1e41 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,24c7aa06-3cbd-4ede-8fa4-a9c338ff19d5 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,3b9dabf8-d024-4d5e-b020-1e4b9644e204 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,d56954ce-11d6-4167-adca-b18a7d587414 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,4600d661-2ba6-4e7c-812b-474a01c4e5ac +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,fdafc4b0-e0b2-46f5-bd9a-42ffd2a69fc6 +124244,"1.A - Fuel Combustion Activities +",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,dad13fe5-4cdf-40c6-9578-6b9cf501152d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,d624799b-8aa4-401b-bdda-c05619f08108 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,2ffc9220-af2a-4152-8838-1d39c153417a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,d8b5aaf0-b844-444e-ad1f-1a09e0ebca4b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,f26d6412-f158-4e6e-b473-5442dd896c17 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,7af21a8d-2357-4778-a071-c57a953828f6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,b7c1176e-2646-4cf7-9cec-4032ec32bb62 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,cf802fd7-6194-45e9-b2f1-4c78a4efebc7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,dc171720-5c32-47b8-b92e-2322817b89f8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e77cc021-aa93-48c4-bb82-7b4e996c4271 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b6b0827c-705f-44df-98ca-693a28bfbc41 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f1521ea9-35c7-45de-8fd1-ccb343730f1b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,38a6e4df-af3d-45a7-a38f-e9b30f57c811 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,602ca492-caec-45a0-9505-9126922242e4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,84163d78-6ddb-41a8-84e2-a60ad2a8ac2a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1d54112f-505a-48bf-98e8-174c29711d80 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b513b710-f356-409c-9e67-6732ed03cf00 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,beef3bca-d33a-46bb-8bd4-79b93de94414 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,4f61d4eb-3e21-4e4e-baf5-9a0148c89ffe +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,9a5dba69-cf39-4151-93ae-23934dc53436 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,df9ef07d-48f7-413a-9575-4aca935bf7b0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,fc4a7548-a96b-44c1-810e-092cf173dcf8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,e3ac9fb6-2aae-4c32-b54a-08c88bdb92dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,33532977-53f0-45ad-a217-7b847061e01d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,b001fdea-98e2-4e2a-8432-cc48aa60717c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,325589b5-dfca-4571-b7d1-e050fd719e31 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,26ac6af0-1a0a-4ddc-936f-3eb22db9b922 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1c42fdfc-c6f4-4ddd-a4a3-7edf93a74640 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,fb06812c-b979-4963-953f-34513ae00e87 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,e0110bda-4159-44c7-809d-f07011c69188 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1ddaf177-0528-496e-ab0b-fa98e406a455 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,07532f7d-20b2-4d06-8148-d742f08d7c8f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,d4dd9069-fddf-43e1-856b-03a946a45ad6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e8b52baa-1b9d-46ae-88d5-9d5fcf8626c2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,5432bb8a-8c6b-447f-8cde-97536b01ed0f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,e9e38fad-f3b8-4323-bca0-67165e64296c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,700f90b4-b890-4193-a694-10049594be80 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,def6400c-2985-47ea-801a-7ad14bb9d8dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,74bf9c26-ce41-4bf5-861f-48bae2fd4612 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,f2ab5afc-c40a-49aa-a780-954a24926211 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,a1b98b4a-fffe-4f23-a6d4-c5568de22dde +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,a89f4f3e-40c8-487b-8c78-2ad24673c4e6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,09b60705-686b-4bd2-b01f-d99f85f4a17d +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,1d65620f-33db-421f-b64f-59760c2ede81 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,681d6f34-b4eb-400d-a061-b78d246e6045 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,d9de945d-5830-4406-8976-aac441f92092 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,0c38f9d0-7eb2-4bcf-8f3f-bd910372e565 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,563802d6-f1d8-453b-8881-03c7a0f89fb2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,dfde579a-1afd-43b4-b51d-94773adce0d9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,bac7ec66-1e12-454e-92ba-37c058eb0c7f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,1d4498d3-05a7-42bb-9f9e-38c8824cca99 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e59dca8e-780f-4d11-936c-fd118a9d006e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,758d43c4-599f-4f4a-94e1-00478a76de31 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,57bbfbdd-8405-4dde-b9fb-5930d3d379ca +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,912ee523-a6bb-4a83-afb3-0e1a594db471 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,be4c30eb-7cc0-40a5-bf91-edc77e23b230 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,46d4a6f7-010b-4dcc-b72c-ff89a9780415 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,0783aa9e-143d-47eb-aff2-bb8785e323d9 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,096fbdd7-685f-42aa-b11e-77f4e5286f14 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,3a817a2d-b70c-4a07-856e-e169dbdc5c96 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,06d39ea9-014a-4270-808b-7f6e7597e994 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ebaf3396-5697-4a46-bcc3-83fe185eb30a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,ff169057-c8e1-44f0-9572-ba0df0e00a91 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,77c9a1e6-7bee-49b3-b04b-47e7707742b0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ca4c1e93-8399-44ab-8b33-0323e5fa59d2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,7180cd66-5f68-48bc-953f-a95386aaf7d4 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,dd1125c1-9de9-4fbf-83db-3f8a83999ef7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,5e4ca04d-3867-4c80-880c-7e1616d74fb3 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f96720e8-3218-4d72-8525-ffac719822fe +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,fc52ed86-7e4a-48fa-8234-1e5ea8ea345f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,60bac6df-3874-46b3-ba22-78e5d43407dd +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,ee28da28-d862-4a3c-a710-3a63103a9188 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,6ae4738e-5833-4414-a2de-b0e2ece8ba6f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,813b7ac1-9d88-4526-b132-8d69e99a06d6 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,15e36543-8755-40d6-9a80-c0899f0d2dc0 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,76bf39c1-80ee-4037-b80d-ee1872a7a499 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,3b6bf031-1405-4eca-8198-5325db3a4b20 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,225b3f2f-d91b-44da-ae20-4e783bc4fa5f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2e5ae292-0944-44ba-8d3f-70245e079664 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,a98e117b-46a5-48af-a88b-824918f6114f +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,55060223-8f27-48f1-8438-5442f1778cae +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,ac18f521-2b6f-468c-a6d5-0100115824ad +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b2ce3198-449a-43dc-9ed9-b2adc1004ade +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,06f343f3-b76f-4e38-af4b-ed51ae22c373 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2869f76b-0956-4584-ba5c-479e38b86300 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,0481d98d-a544-4404-8ba2-ebd83e6aaa29 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f0f5bc99-ec90-40a7-9207-78a76aa64043 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,988ac7dc-2da2-4429-937a-bdccb80e7025 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,65e81b6c-2210-421e-8f39-b35d640f0fc7 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,bd1f6fef-4c9e-4607-92a6-4b7559edcabb +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,af93e152-71c7-46d4-93c4-bff2240f3743 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ef0ebedc-4bbf-488c-8f0c-54546a08e89a +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,a96e3b32-3762-4aa8-a0d6-d8fcc055509c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2c3ed7e4-2d6d-4260-99b1-184dd1c8f9e1 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,981db5bc-2532-46c6-9736-161ebd7f1800 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,3a29b7d5-4366-4bf4-bc88-6a5b9631905c +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,43c0d887-db2b-48e3-a352-31e726946c46 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,25bf49f4-41b1-48d4-8b3f-d9ef0c66612b +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,de9cde11-a63c-49c8-a8bc-2c8e41de1482 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,6086ac80-5056-473e-a378-839c8e29ee85 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,7d80179a-a094-4a34-be08-a1cedda1fee8 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f6e1bf2a-0b7d-4375-b414-468717b6b590 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,c7546959-36dc-4cb3-9ec3-179af02cd05e +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,1e85ca46-dd07-48d6-a2bf-c9f29f3c2eed +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,d10d2a97-7db9-4119-b8d3-9def606983a2 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,8c6ef8bf-b8fa-4410-8af8-3a51b3d835bc +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,749f6011-341f-4748-8313-958f8ddc6e63 +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,88e4d772-6539-4f34-b3f4-a240665ec3ea +124246,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,12ff874f-735a-4868-ac19-0472d357141e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,03669ef2-154d-44e2-88b2-29a793892e44 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,d2525ebb-fb69-4af0-b91f-4cd2da0bf37b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0bd88db8-bde3-4615-8dab-23d933791871 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,5c6d7287-150f-40a0-9fd1-972ba7d02ee3 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,1a7f2c6e-4ce0-4303-b20f-aabd7a3d4d89 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,331a935a-95ab-4d13-b251-b5b386b34582 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,02c06758-652b-4e82-be81-b10e2a6b20c9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,3491ee61-3d4f-42cf-9b15-c1bafd0d9003 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,608c1939-d7da-44e0-a2af-cfd7c76002cd +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,7109efc6-fe24-4404-b198-cb772342e94f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,c72813b2-4bc0-40c3-b843-3d1a51666b0d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,8d31c1a5-b142-42ab-88c8-56359c6e2614 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,6cc72973-cfca-4546-8965-cfc6525532d0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,429ce392-5982-4bcb-b172-b9e12a0b644f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,487fe0a6-a6d6-438f-87da-5a32ca245147 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,46f9800c-9e6c-41e6-aded-50587a0fe01a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,44e55af4-fc58-4e37-b9c2-db03da553f8f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,04664c07-8345-449f-8d11-9cd62c6f255a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,e59b9b0a-1145-49c9-a807-9d5872a84859 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,30b084a4-95be-4939-a53b-d368a8c8f906 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,5c3197e4-a577-4839-86ac-7ea5175c92e6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,5f412533-1823-40ae-954c-f21ac5265abf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,b133d668-3b6f-41b7-a858-93cfe3efba14 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,7e2f2b77-ca35-4077-929c-4eb449bc2b7a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8c812d89-220f-4b98-8c86-4d359af2e987 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,11f1d22c-b23b-4036-98f6-7aa6eb2b7762 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,3e82eef0-286d-40cb-b9e7-f5929a724f50 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,206da86b-74f0-435e-beb7-2ddee493bf1c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,4f114a1e-33cb-487d-9cf9-ee6126de5cf9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,9c35cea0-6c15-4964-a4a4-0cdd3e31fbcf +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,aecc89f9-61ce-423a-a87f-ee786d5405db +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,2fc5d92f-7e1a-4f7d-8293-ab20c881f6a9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,e9848bdb-9f5b-4fcb-841f-4539a0e26ea6 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,33ba41bc-3740-40a5-abe9-bf236733acbe +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,5dcd7f7b-31ce-4fc5-a443-e38546695d4b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,95a4b35a-b10d-49e6-8013-ec848a19b385 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,9a388933-4941-4427-9a7a-64ba344ab1af +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,f9414dd1-68f1-4b95-b555-6336b55f7319 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4be04585-a5ea-4560-8802-0af452d511b8 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,9aa710af-3bbb-4c66-b93c-712312f0037d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,031a383e-9265-4842-a997-791444b88d48 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,8ff0e7d6-d82c-467d-8fa8-aa7ad523e39d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,d4997335-b38b-4302-9458-f624e911814b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7f6a1f18-3505-4618-8f03-9186f25fad46 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,c00ea0d6-9159-49eb-888b-974b69b69f6b +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8b7e0a5d-68af-4100-87e7-ae4bf53a35ee +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,36ba6dd7-bd02-4a92-ae64-2dbb0a50abf0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,17e3078b-0c67-4219-b73a-6614ea395b64 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,e451ad37-be5b-40ac-8025-0288a7579009 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,04f52810-ca58-492b-8656-f973b3573d0c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0cffdae7-0c9e-45cc-910e-98e1028dd1ae +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,dcc3c654-b289-4d41-9008-d3c01c512f66 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,ca207275-38e0-4eb4-91a9-ec8ba9982e8e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,812eb121-256e-4f79-b69f-89f3268e4288 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,b5af9f0c-d000-4aed-a5f6-54f4c64205b9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,ad2ee45c-17e1-4ca8-a72a-efa3a0f1c075 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0537c95c-ee91-4c62-b6a3-082644aeb041 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,94593ecc-2b20-470b-926f-7c072e4d579c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,72c649b5-15c9-462a-a041-29adc30b097d +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,fd501275-174c-4266-8bd8-89e603d09cef +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,c6730eda-09e2-48a1-901d-76a90cbd8d4a +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,bf36b50d-d7e3-4c77-8645-1c0cfa0d52ed +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4e52d3e7-196b-4b32-a31c-f6aa9aff27ea +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,0faa509d-eb71-4057-adbd-b78a91ddf705 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7780cc5a-b672-48a1-aef8-67115beca522 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,30f10fc0-2750-4797-8604-34bd1fc80fd0 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,0ca51907-0fe7-46cb-86fd-36bd74cbbd9f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,fe56e7c8-b6b4-4dd1-807a-fa6e2e8ed2a2 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4c48c582-7bc2-4db4-a731-4cbaa59c3017 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,a7874d27-03bb-410b-9021-adb0d034a7df +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,5ca0f55d-0b4a-4ebf-9a7e-bfdca16e916f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,b38e7b8c-c3a8-476f-b941-24e324efb814 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,49a8d356-d26c-4af0-83fe-2a4a33911d5c +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,2b049d94-5968-4db3-b73d-d98895789010 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,3a8d778f-a05b-4437-b23d-66f15fb55644 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,34301dcd-5304-4552-bcc4-7477ae5d49c1 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7767440b-0f52-427a-9791-5af3a68fd327 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,87d6161c-5e7c-4c37-9e57-c6aa2ed58016 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,fdfae5ee-d64a-4865-b782-d153a3431d58 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,75389343-55a7-4d2b-afd8-02189a9ed78e +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,08236714-bd1c-42b8-b574-f28a819ce541 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,063e4e1d-7f43-47ba-98ab-2fc345dfc118 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,96248dbe-3f12-4377-9163-530f026688d4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,56295a6b-6ed5-4437-a5ed-c4f9ce1861b4 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8c93c07c-4a35-402c-a3c7-f5dfe1d2ffe5 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,15ffa9e6-2d61-470f-a157-f4e1e079089f +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,52c1f1a4-f1b5-436b-96a2-9b9d63367bec +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,bed38849-5631-4f54-8a94-1d82cf4f9105 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,09a7d1be-b999-4f3d-b4fb-74e87e0b0ca9 +124248,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,44eeaa0c-c3df-4bf9-94e6-3dc00c032cbb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,3189219c-a4ca-4602-b817-9444ffe8f458 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,2ddc3b02-6e10-409c-b0eb-499ef77475c2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,76f84ad6-9f3c-4d20-866d-2dbba52e9dc7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,88324684-5a63-41ca-8a7f-8b50689547e7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,8ec84808-b959-427b-88a9-432c697c950f +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,9981488a-a48e-4728-98e4-c066843d6c2a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,8aeccb58-a68e-4e47-83e5-b6dd5fa008b3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,064d5662-517d-46af-8be5-1602278314c6 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,0b3e3bdf-9f2e-4255-91d7-110a85c361cc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,bb695414-56bb-4067-b2df-ee8105750510 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,e2e7b167-cf51-48cf-8ee7-8e06c8b8bf06 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,72bdaed3-3429-456b-8512-3166bb388995 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,76294642-a95e-4169-b7c8-6c5330d8bf1c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,90ff198c-dc27-4918-9d64-4dcc82827723 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ca9eb5d4-4e5a-4c93-bdc7-d34a5d37006a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a424e0e9-b7ea-4256-97cb-6bd6cecbb563 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,7bd229c1-d28c-4688-9e70-038a31825d56 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,aac33d0c-c5be-4730-b074-be2e394fb11e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a65feb22-4683-493a-818f-2bf81e25fae5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,cb06dffc-0b7d-416b-83b8-9b06be3131cc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ad1e0638-21e5-4219-84b6-41e25d0d7bad +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,fa59a060-8e8b-47c5-ac42-13d2fd8eb3dd +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,0e5c59b5-6397-4ef1-8716-fea6d68df58d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,a1fdd0f3-fd96-4f76-a36e-9a3f29c9c542 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,61f91a8d-5d2a-42ff-8f28-ee4c266e724d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,32a9738a-48d3-4428-9a5f-457c585f34d1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,8d045505-57b5-4505-a376-4195e43b6cfe +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,bc56bd71-4127-497e-ae3c-11c8c01a9d97 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,50b62092-9afd-4167-ae51-15098fac4665 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f8aedf01-e9f8-461f-a4e6-d95d925b46d8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,96383396-b153-46ed-b384-06488f026bbe +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,d2aa39d9-f0bd-4148-9ab8-dbd2c207d233 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,3bb5e937-0f67-4b92-9f29-4dc6f4f10984 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,af25a11f-c7ca-4c69-8a18-e7d840e68b13 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,351e8d85-f848-449a-bb3b-c7b589d953b7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,1d1c16e5-f0de-4f25-958f-20dbcff94ab4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a08e80e7-e659-4195-b01d-b5a884967468 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,95b84db5-1be3-47bc-83d0-e04c8b7bd83b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,df763eaa-b6e9-4c06-a24f-e1b42a04a928 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,782016b2-198a-4442-877a-7f0151e68881 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,852dcabc-a5b4-4edf-8790-8e75c4d7f3ba +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,a133814a-7500-43dd-b3c3-5a30988ee5d0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,9e3ec8fe-48fc-42a1-933e-dbfffe34b91a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,1e9e7fde-8c04-4381-a8df-73d15ad61378 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f26a6639-12c9-4b6d-ab37-be85e004c137 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,d4f5cf3d-e1dc-4325-8524-ad738452292e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,298e952c-1588-4672-8858-88c427244ac9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,efef9698-9e25-4a4e-9b44-673cb0730bc3 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,84e3cc38-efdb-4662-885e-ef8c7c5878f4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,13a274d3-7c03-47c3-b480-6362c307e2fb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,49b83b90-b57b-4143-abba-c078462f4359 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,21e24358-b4d9-4b73-ac56-7ef13bb0b6eb +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,57041cd1-6a94-4f53-87f6-cc35d4887a23 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ba37648b-c4d9-4890-96b2-fdfe46420ab5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,6fd6c2ad-68f0-494c-beef-fd3f0b2e5d35 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,fd7c97a3-08a6-48a5-9f61-6229138d4e25 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f03a736c-6d2d-426c-992c-8410f6300054 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c485c909-1737-40ce-9d3b-e87ff1a71d47 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,c91fc5a1-d0f0-4180-9fee-c4b6648301c5 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,79d6daef-f8e6-415e-8fcc-95d7405b51ea +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c3c9cb37-97b4-4b1f-a680-c1b0191acf2e +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,619b0966-f871-4fcc-88d2-a4e2299b1b04 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,7d516385-57a2-4a99-a638-6312b1fbd796 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,279c91f6-b6e3-4209-b552-9657b90bdf4a +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,561f00d7-e057-4581-b0b5-416031106aa1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,19c2aeee-2dd5-4f9d-bf46-1d909e432d1c +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,4a29211e-d5b7-4d3f-95be-3977f4f36f46 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,9f7ad65b-ff9a-4fa6-8f0a-ff059fdd3e42 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,d56de03a-8d32-4717-a2f4-e8631d2b8bf1 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,cac58d31-643a-4508-8029-a905c7fa58b9 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,45bfbddf-df66-4352-af03-a90c6c86972b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,70bfee5e-e184-45dc-8439-8e77c9038661 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,57b11633-9664-478d-8e58-d29714d0bdc7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,66eada3d-6b2c-4855-813b-fce2b3084be2 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,4ec60e9b-bac1-4d01-b619-239b13960868 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,361d796d-cc4d-4c2d-a615-c0d0fdf8ee64 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,21eb05d3-6b96-4ae4-b4c9-7b5ffcce9097 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,01b52eb1-ec9e-4f6c-bd8a-0ebf6e9348a8 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,3bacbdaa-a165-4a47-abf3-e0c1f5a7aea4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,d62d6f95-eca8-409b-931b-298e8abd2f1b +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,6e604e0b-e7c9-412b-a72b-404423bf13a0 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c23bd245-e6d1-4f1e-9431-5ec7c10bcddc +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,1e012059-a9e8-41fc-86e7-af75e85a5f84 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f53aa666-2ce0-4e73-a0d1-1e32faa8d4ab +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c562a505-cb32-489e-8414-dfb7a41449e7 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,acc16ea6-58fc-46c4-b662-8ca2d9a8092d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,c97e325a-3731-41db-a645-690be07c6335 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,85aece27-876f-433b-8b14-1fe6d102250d +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,7a3053fe-2d17-476d-9289-af736892dff4 +124927,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,57ee50c5-ee88-4e4f-82b6-a85242296b4f +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,1ce6b82c-c1d0-40ff-92b6-b132a05b1a0b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,ccfcdada-4b45-4872-b7c3-2d2448b6f9db +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,b773b78d-34e9-4830-9641-82a3b4aebda6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,0a5a561d-5903-47f5-995b-89e47205e59e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,9deb9b7b-5a56-4623-ad40-a4da9354b04b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,daa851dc-c4e8-4092-b54c-20d6f3bf6f7b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,218728ea-47b1-4dba-8268-9a975aac8387 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,1b1ac3fa-8e82-44b8-8b7d-61d03f420483 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,2f490b7c-1132-4c5e-988d-1cb9ef11d29b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,24dcbed2-c0a2-4839-90dc-8a1a5f59b303 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,fbefbac5-7b62-42a5-a50e-cd98a96993b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,56f04e98-8553-4967-a776-0d9040b47a25 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,b050d1b3-9d79-4289-9321-8961501f4d66 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,6908de5b-d589-46e4-be6f-a9564027c863 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e397d9ee-251a-42db-880e-ad4982f2582b +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,50af44eb-c671-461f-9f21-de51f34c6ab7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,a42b85f2-0691-41e3-a44f-7b7d6d5865a5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e14b3c12-b7a7-4bcb-9c00-aea65d78cd00 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,38b408cd-657d-40ff-98a6-8f9cf491b890 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,d7702dfa-2649-4063-8d38-9f54c69624ce +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e4014aae-85bd-4643-a852-802ce5d8ae99 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,618e5f17-de04-4f51-a765-fffc2b5d8643 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,9cdb07d2-4f3a-4207-9064-05b5cb8c81ca +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,f90c63ca-a71f-4b5c-a221-bc662657caa3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,eb1b2bc6-22dd-424e-a0ec-8e2504017f31 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,cfab2e99-8ee1-4cc1-95d3-e056f6994e51 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,4674504c-7ab8-4791-b059-80c47399f413 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,5ef0e9e3-7786-42df-ae80-ed633853082c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,977e9362-0db6-4f53-ab30-f25a598bb1cd +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,43bad3b2-9326-482d-a46a-00b3f0daa180 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,9fd5503d-c02d-4da0-a84f-36ddd41bf081 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,58fc1486-f467-4a02-9281-c19ce217d3f5 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,98092ef6-cdf7-4bab-8a63-995a49711e13 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,fc2022eb-94e4-4a89-8dfa-0044fdb97f71 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,f62a0eb5-3f17-408b-b8c5-16942698f5b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,899fb552-ee40-4568-8b1e-6d4f1236d5db +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,3a4cf867-da37-472e-b255-c1bfb8d9f2a7 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,3de94eb1-04be-40ff-9674-6c11450e5801 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,cbd5ea76-1b72-4854-87ab-7ae36894fb2a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,c2658f5c-1236-4660-bfae-387af412ee7e +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,c9303250-44f9-43ad-9790-20a44e34e0b6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,3483d065-bf83-4e34-8a84-f3b839164fc6 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,9b2b85ae-4b9b-47d2-92dd-d8d92abcedb2 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,eac4ec4c-6df8-4af0-a6f1-9c8317422a85 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,5e766c70-b19d-4df3-8559-08f6da4fd875 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,e2ad2485-9319-412d-8821-79a4f9f5449c +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,4b39b8d6-d6cf-469e-9539-0cc01841f270 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,9568e951-b3f9-4e53-ba1c-ccdcf6e5ddae +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,2910b1b8-51da-4b23-bc12-23121b616509 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,774a1f47-5829-4a70-bb4e-90e1148fad45 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,0cf0123c-2df8-4089-81f0-262ed80f5df3 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,066ce29e-8152-4c29-8fc4-35aada2d9c1a +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,555cc36c-5103-4cf6-b28c-4d0f66e57ac8 +124928,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,2b1be14f-d4a2-43d0-9592-09eea783cc25 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,a5e22935-924a-47df-8f8d-6a388b94b016 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,37965d33-029f-4b93-bdb1-32ac1781360f +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,885dc1fd-e862-48a8-afc6-686a24538bc0 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,2ea14071-fb17-4299-baab-4a9418deba55 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,07f6b4e9-cb91-42da-bf9d-3a949fbfd950 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,8eef2865-0fc2-4358-8356-4fd70462c523 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,15d7dca2-ffaf-4ecc-ab39-126b654321f5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,433bcfc3-9e9a-49ab-a12e-ee5f91f3bde5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,bcd65ef2-a36a-4d6f-b6fe-4f5d35aa42b5 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,d900090f-a1fc-4303-b89f-0b1def71c782 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,2b69edd1-361c-4490-93b5-7ad172785bb3 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,6b786613-cb5e-476b-9f2e-dbde95502ff2 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,2f0366aa-0a67-4e03-bb51-055da8654154 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,342dc90c-3c14-4e41-88e3-7a8049da2d7f +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,ce37b48d-b803-43d9-ab39-3303124296cd +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,ccbff8ed-077e-4b75-ac23-7cbf3ddd37f9 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,f0e78b7c-2e95-43a8-aba9-c373486a75d4 +124929,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,f4ca103b-6d35-45b3-a69f-edffc611f821 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,a1c544d8-e58b-4593-9018-c43e536dc219 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,0e34548d-60a6-4620-b12b-8175bf4e0649 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,aa321c5e-30cd-45b2-ae4a-0fb6ae367554 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,f87ff0a9-8ff4-4cb3-bb80-ede45aabaecd +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,23a76d22-f343-40d0-9f10-6231238c0fe6 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,b2ce647b-d972-41cc-9a93-ddf86e1bb12f +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,6c35c325-f6b0-473c-a774-61129c2e54f7 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,538ae0ce-fc42-4ded-ad9f-91e66ee1121e +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,517f680f-cd20-44f1-9f26-6ed9e7b39296 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,988d30cf-970b-4832-bd3c-e629ee9a33aa +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,641a8a5c-ccdf-489e-9f40-5c35fa39296e +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,78e56afe-74a0-4a27-a60d-231a951fe44c +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,b306c107-60d5-4f39-8239-3f7d073efb48 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,9f3f358e-8f52-4eb7-b12d-f4afbef6eadf +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,7d0bb11a-b6e2-459b-89ce-e3a7aac822bc +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,992824ad-9139-4434-bd06-8c502103d526 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,faa3997f-9980-4148-9a19-c797cbe0e8b5 +124930,"1.A - Fuel Combustion Activities +",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,a6fef482-eb63-4a23-9a67-9fcf904ddfa3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,0d465fa2-3c2f-4a18-82d4-489fa52d2d32 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,b610ff63-6ef3-4a5a-a45c-7d1e9d850bb8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,5fcd0ca3-9c04-4a16-bd25-1c8c953f0663 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,122ecbc7-c751-425b-9c53-f7ecad18fa8f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,58ff82de-cf57-4581-b3e4-02c5c17bc3dc +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,91d31bf8-4b7a-4248-9813-63b52ef6e4cf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dc6cccb0-8e75-4354-8239-2b7f4fd9fc3a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,cc52c4cb-0bbb-488b-80e4-ddd97e64d42e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,fb25dcc1-f582-4201-9f55-d7ad8794b9b3 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dd0125fc-96ee-4634-96a8-2a932ea4c0e8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,19e104bb-950c-4616-bb41-2753678a0ca0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,ffa8cba4-d91f-48b2-9e99-a6724fb511d8 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,8e6f33c9-e479-4052-91c0-d0137bfb3d0c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,59e7effa-bf0c-403f-9700-aa0681d565a7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,c293f440-bc9b-4f1f-8db8-141d5b479490 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,9caaba82-457e-427e-8387-dea403501e6d +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,3b9c582e-2d14-44a2-8110-662e1f1f7734 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,3672e186-cb15-438f-b7c8-414206b99c9c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,d9b0d3f2-ffdd-470a-a959-b3e4407ad094 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,9361254f-0f9d-45a0-b686-c81e26976833 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,59738c32-45dc-4f6f-ad99-2fb186a9f704 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,f10b6e2d-85a2-4c25-9ae2-14dcfaeef8b4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,251898f4-8aa2-4c19-be67-1925e854ab75 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,9692d2b7-f1cf-44a1-a9ac-cab1a2c2e7d4 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,a8c83110-056a-4c03-99f2-94a3a55a6765 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,960ea918-ef7c-4f5f-84dd-98e10a10c51f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,73e0599e-5844-44b0-a347-ae7e3d442898 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,4cbdcd76-a6bc-4de8-a7ca-5ab72abb79f9 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,1d8ff927-7428-47c6-ac3a-ff31c7c03c49 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,83098ee3-cf89-43ef-82fa-3d11d2cedbb1 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,31dddfb9-8355-4736-931f-e74a1c61e260 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,de7657d7-2c5f-402b-b7c4-30a0b4ae60e6 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,be7f9dc5-d020-42bd-85ab-7985215354e5 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dca7485b-eae4-468e-98b3-65bece6a93cb +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,49c25dd3-09fc-4142-a761-bf42a5bd4131 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,7375cdae-e018-49cb-801c-36e46769af4c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,f2678b66-dc40-4070-94da-046592c2d646 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,96f1bca4-24a2-46ed-aaa9-ce4f831d87b5 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,b65043d2-5f54-40f4-a15a-655035a4f97f +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,e1ff3bd7-3435-49ec-8b6c-d5b22ddc3b47 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,9b3b0918-cebf-4a07-9ab5-9627187a4cc7 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,1599ddf5-5693-47f0-a837-49f8267934da +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,0c4dc58c-5dc9-4047-8546-4bff2a460ed0 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,ccd78648-2e1c-4287-961e-69a7c1d1e76b +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a687ca77-3758-47ee-a688-0d96f7a49b5a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,e7d7a39f-d9d2-44d5-bdd1-372e631bfd4e +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,35158126-6fcb-4586-a3a6-55d83b10a96a +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a7b46158-021b-4ce7-be7a-66f0dd0cfdaf +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dbad5a9b-8c38-41cd-b583-81d37830c7aa +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,33e01fbc-5b29-40da-8fb3-b9c37b5eba64 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a0292bc9-aa44-4843-a56b-8e84db1ea610 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,96950b5c-14ff-4f45-b59c-50740514a75c +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,2a18ea0e-ef60-470d-9da6-3f0346487300 +124931,"1.A - Fuel Combustion Activities +",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,61515d94-2eee-478d-a0d2-27bbeaa6bed3 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,3c813eb7-9f59-4998-b961-4fe452cf9ab5 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,6c491cc5-7c75-450c-a445-eae8e189d29e +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,6b6f85ed-1b25-40b4-8291-e87301196457 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,91445ec1-2b8b-47b4-801f-aec1d421454e +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,33417abc-ca3c-47c4-a7c3-e91cba2361ae +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,42e51cc8-3d65-44d4-b52c-da3967936deb +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,ccf4aedc-a92a-4a68-8181-8f0f7a1f85a6 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,7d929503-38f2-4d96-81ca-b7d2c9aefd03 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,b25e6ff4-e2f5-4673-8385-13bcf755c4a9 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,de3e3f99-d397-4ca1-946a-1ca3c9e957da +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,3d24aef4-7683-450f-ac2d-0a332c318a0d +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,25147e4a-0c98-4b78-bdc7-83a6535e4059 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,271e14fe-9152-496b-9bc1-f8b3a33628fb +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,416b5b69-cf8c-4c92-baec-b07f4415a5ec +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,7f9ea55a-0330-48a3-80bc-f196a5c507fc +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,482a3817-e02d-4795-b675-c14b442c8b78 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,7faa8428-f03f-4e85-99f2-3c5bdf655a13 +124932,"1.A - Fuel Combustion Activities +",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,c8272f26-199a-4cb9-a7cf-111e9f354f3c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,85fff5ac-1481-480d-955e-88940a1f4dcd +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,07561d88-41a4-493e-83d9-109d66efaf96 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,114cd6ba-60af-4de6-aecd-8f398af8ffc3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,2aaf1b82-1240-46f5-8c0a-fbb78e9b210b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,017e36bc-46e4-4af8-801c-787782d5aba7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,2c6319e7-5718-4b3a-b004-cf8904b30e9d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,eb228a54-d478-4062-93ec-f3d457e77c40 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,7a44e87e-3e2f-4d3c-a6a8-3a11d14e3580 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ed7a9216-2126-4a56-b342-69c538de2c81 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a9c2ce52-f3a0-4ae3-a6b5-fabc2ae3eda2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d98f6905-d68d-4344-88e2-2a122eb4c785 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,9e792e5a-a35a-4ad9-8677-90ad921caf7b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,f2c49634-3548-4d32-8ca7-86f72581a6f6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,75fc3503-6374-430a-8222-bafc925f7f6c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,3347dfaa-e6ff-4280-ab56-f84e4e75472e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,c5cf9823-fa87-43d5-bc69-3091c58c00bc +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,291a2fa5-94a2-4c10-aa7a-3906d5c771f6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,136437d0-9954-4fc2-8d7b-08663f75418c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,fa8cb2c6-89aa-4598-b2a4-c1a2ea37dad9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e325b22c-c7c9-4c28-9a35-f305d7efe439 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,21f0a0df-51e4-44eb-bf3b-d75cc1f1193f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,561928e3-a3e7-40a0-b8fb-a60843c27202 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,168907a6-2f54-419a-9529-a45910768133 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,e500aa73-2e38-4166-906c-9c4879cd07e1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a3581efe-9c3d-4f43-93f6-5b40062fa44c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e40566eb-4bfe-457c-8458-47f3e6c006a4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7f404b17-86aa-4043-9c10-e1f21a43154d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,733c6491-75a0-488f-8b12-4360ace0c1c2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,474a8a4a-e080-4c4b-b2db-86d84e5fdaa5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ac612498-b96a-4e1f-a8c1-363da2a56359 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,5dd211b2-2bf4-46ed-9d39-65fe8b8194af +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,abb0240e-ea0e-438c-b887-d9f44928e7f4 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,bdcdc3e8-100c-4037-b9af-c0074d2da7e1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,18b7628a-5c9c-45f5-9ba2-8c1d91f8e745 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,226df84d-9075-4257-81ae-1ebb2473e193 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,12f86120-01cb-4c53-ad97-4914269257ff +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,80e1f509-7fa9-49a1-9bb7-630dbf818544 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,2ddd94b7-7bf0-4d03-bacd-e3219baba1df +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7e0734b7-ffd9-4e80-a592-15d1f1d33a62 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,9706f844-7403-4e49-b38d-78985552a03e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,3106bd9b-3f6c-4c49-b3b3-6e2bdcaa2194 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,d13274eb-5926-4af3-ab5f-69f5796c6628 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,4a18455a-37db-4798-9456-6fe02f4663d5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,ad3a96b9-32de-4b98-82c1-0a0fe2828bd5 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,75988206-cc02-42b8-8ed6-f803150f00d1 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,1fd00564-e4eb-4419-8ba3-2cfd3037b48f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,80057adf-d358-496c-9594-cf14ca3209b3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,576f25c2-77d6-4e5b-adaf-b790bfb62275 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,52985590-d55e-4c27-bf33-4f6e844d2dce +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,4feab31e-5595-4c7a-a7d4-4c8901cfdfab +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,f9b378eb-1572-4b26-b635-108baa471602 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,f882ad1f-60e7-41e5-87f9-c2a67f41460c +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e21058d4-81a2-4198-ad21-c1a6fee9a24e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7f2e10aa-6b81-457b-8949-aa690fc5bd49 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,371ae880-7e1e-4cb1-9a8c-9d270255ac18 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,9788ea75-2a9c-4fa3-a1f1-ecb0dcd87b1b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,b9d08a91-1f2a-468f-901d-040b835009c8 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,fad2c24f-8b24-487d-a568-54c901d54bab +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,bdbc0b88-398a-417a-a4ed-3927eb8b7dde +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,8535324f-b4cb-40fd-bb8d-44f0bbf5d13d +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,20352992-316b-460f-b802-63e19b8813d3 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,902f57d4-f296-4ccc-bdcf-2590c25c25f2 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7aed1f8c-aed0-4acb-9510-a45dc924e12e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,429a5312-63b7-4d10-a6aa-9c4ac1083976 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,c2526af9-b586-416c-b866-99e88bf55c83 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,5e1d2b7c-1312-4e01-92d3-2c54d6b9ae97 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a67a40b2-6212-42b2-ba4c-3fe9df8580ec +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,b2264910-e98d-4e85-a76c-3878f288afd7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,8f2f69ae-a50b-4a26-9d36-b1c25d4c6038 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,9e1fcbf7-e2a3-4dbf-99e1-683f475ebc8b +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,9b657a37-80df-4a6e-914f-61842d9feea9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,11a1a400-cf15-4193-a6d2-bd43a8379571 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,3f5b734b-5c78-4f13-94c1-c10c72a80686 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d6d52790-1b6e-402e-8389-68ad30a02ff9 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,e16e0840-3945-4770-84c0-1f3b02e98e43 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,6e5cecec-566c-4ec1-b991-436e4cde2e46 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,c7094d8d-7acc-497b-9c1c-4749c6a68893 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,3611c6bc-b06c-4a52-bc5a-b88ae9849eb6 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,5e6a7dcc-2b59-40d0-8923-5dded01e9241 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,3ae212ad-ee11-45a9-a190-e9138fbc578e +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,15cac2cf-65bc-4c39-9424-c6794f0e867a +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,3784bbda-77a5-4372-89f5-5e8c365ebaab +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d0fc6373-eb99-4327-ac3e-97188fef049f +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,cef5b272-b307-4e91-8068-280725c446ac +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,692c841c-6b69-403d-a6e4-675e89225f79 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,80bbb348-1013-4f2f-bf00-ead86cf5ab17 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,f015b2ee-7d89-494a-9b1f-9dc92372c473 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,d15d58a8-d1e1-4151-8db2-c232489c84eb +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,fea8a039-36d8-442d-beaf-cdc7b472e0d7 +124933,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ba88be36-e500-4e54-a974-dba2591a26b2 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,fuel_combustion_consumption,2f16cb51-09db-43c4-a331-f7737d078145 +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,sampling_scaled_data,d7a0e751-0f06-4871-862b-83b2e149cd3b +124934,"1.A - Fuel Combustion Activities +1.A.1.b - Petroleum Refining +",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,modeled_data,14f9ba7a-f752-494e-94b8-a6fff4967621 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,44a6cc3d-83cb-44d4-bab8-15ab50fd1203 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,29837565-93d2-4fdc-b8e4-c465a0071992 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,4a5b4a85-d4a2-45b9-a75e-27d2e8545603 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,6724d91e-7562-493d-a22c-a6641d0519cb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,49779b4e-e327-4512-8dcd-721f2768657e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,28c8612a-0465-4f85-a670-4c33b340cdc2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,acf93cf2-36d7-4cbd-a6dc-5209073eb558 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,89aa70a8-fccc-49e0-bab0-2af9331915cc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,c3cac8b5-a45f-44fa-97d0-6c6952831807 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,8c03183d-e2da-4820-8c1a-471b08ce7936 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,85343b4b-1547-4fcd-b768-efca220aedec +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,ffd371ee-233d-4c61-9006-64a34d062011 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,f25a26b7-cb4b-465a-a524-2fdf7a5c834e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,d09d3606-d7a5-441d-a7e5-8eb7585aed34 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,d0b5b361-b089-40a5-99d4-d5af1c38bbac +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,dcbd8dd6-dba4-40c7-be6b-c9e3fc5275aa +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,4fd83ba3-8646-4605-ab3c-a17ff387aa2d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,1b52b37b-5210-459f-a60c-4a418ebc8c4a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,db1e3076-ca62-4cb2-96a6-38356de8f81c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,40cd0e2e-b36b-4826-9ea3-36cafa9660ff +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,1046343a-f56e-46ee-8160-e51295835a7b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,a0f0cdef-1a7d-4203-9f71-a310647ecc0a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,f8e263e0-6cc8-4a39-8e3a-6c08f186a3dc +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,ac017a59-7279-4778-9ec6-bc64853c0ba2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,ff4a5e51-862f-4664-bac1-fa77242864eb +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,74c5309d-c33c-4c01-825d-0420812bcd64 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,5ea45a66-ac33-4e42-b5cd-adaa0a7e9037 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,a91fdb00-e7fb-493c-9110-8f40d01bc58f +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,d516d1f7-7d04-4da0-bef3-d85a8323540b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,6af06ce0-c066-4a41-8b88-23f7e1ad6788 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,220baadb-3235-4c75-a320-e8ce15d237fa +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,bf7b9717-8a4c-4561-bb40-a6e2c2f90c91 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,cfe5acc5-3822-49ad-82ef-2ff58a984093 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,2c126085-32f3-430a-a662-1255183e89d6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,8aa1c24d-4bb3-49fc-8b64-2949b44d939d +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,163a582f-1bb0-47a6-9487-766b73938709 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,2ce6c7f6-555a-4c7e-8686-0df5306f588a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,a16cfad4-4625-4d5d-b30c-c00cacd401a2 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,95851d43-0c1c-4f4f-adc2-2c219d265c75 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,ce5a017c-ef0b-43c8-9e28-9d71ea01605a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,1bc6ff8d-5a6f-473f-8f44-3311f13680d4 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,e2373cce-586d-4c02-a03a-e3ae613231bf +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,74f47c95-be99-4b85-b4c8-d68987a33c37 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,f6b9f6aa-1e79-4e86-84be-04283216340e +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,4dda62c9-dd42-420d-a004-86cc68aebf5c +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,7d2cf051-95a1-4e58-bc7a-ef226868bb35 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,47db1d2a-7422-4926-ab12-df04129fd845 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,316bd8c8-8bad-413f-940f-fc649ee83345 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,b8a0a558-833f-4299-a3d4-2c707038a40a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,b5e5af58-e69d-4dbe-a7c2-7df7bf6003b6 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,532127d4-77ee-4c21-9228-56245efd8388 +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,178822d4-1b25-4c86-8f94-a65dc509766b +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,058f9029-cf92-4084-9b49-7e1c14daf48a +124935,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,e5db7da2-8a6f-4b7e-a596-85df1034c455 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,29f68a9d-3e59-4bc0-920c-155ae3a29fcb +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,c9d072b7-3137-436a-8a2b-79e4583950aa +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,80ab2b8d-82ad-40e1-91d6-5c09a69451df +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,520de724-f2bf-4367-9f12-45f4acad2286 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,b795d7f5-546f-460e-9602-95507d167632 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,376d62a8-168c-48e7-8d51-3632e1141adc +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,c7274e41-4fa6-4370-a833-1c26d5cead3e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,c673adff-4b78-46ac-a56f-280c0470b9ea +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,037c9624-e908-460d-a2f8-f3c4b23cec16 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,5ed7fce9-0b45-4efd-9a84-887fe0b95db1 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,4147da41-6909-46a7-a859-c5ae0a0cbe23 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,de2ac499-6fe3-47c2-bab1-00e74aee89e3 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,d50e5124-0153-4ef4-bfe3-df1c1f1fcf89 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,846e0c9a-3cf4-43c3-b2b0-ee9915e72218 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,28196f43-1c98-48ca-8cbe-95ff1693918b +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,238672a3-a0c1-4a16-bcf5-a142a0bb04ef +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,0ba28291-8771-4403-9f57-dabae7ddf3a4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,bc4807e8-50aa-47c2-9278-219f48f89e2e +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,49703fcd-7833-4b2d-8fa3-1b4ae2828658 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,bcadb830-635b-43f9-ac71-563b578f9ac6 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,407f4132-c1ca-4576-906c-a5c7060c3b90 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,ca479df6-aa77-482e-b859-f54550bf5b95 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,1f520b1f-a934-4d6e-b686-f1768c82af31 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,f0dda40d-2309-4d94-8371-067f5c8072ae +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,f00bd575-72b9-49d5-bd06-152ecf275000 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,2a1f664b-d887-41c8-acb8-27f074b30f66 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,c28eb868-5ba3-4e75-9cb4-6dc026f54bf4 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,d31c4188-4e3f-4d7e-88b1-f7f330f1f6be +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,e54b9ad2-a5c3-4da7-b819-7dec93d07fce +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,a516d535-0116-411b-99a5-afee079671f5 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,c36e9a46-6508-4ff7-9f09-6225708256bf +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,05a2638b-dc53-43a4-8b62-1997408c9ec5 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,250cb8ee-c093-4668-9d50-1878c55fb5e2 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,08966480-9238-408a-9d87-a7f6fb649441 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,d4835ef2-201b-47ba-a8fc-438553c273b9 +125631,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,e4972a48-94a3-44fe-9ac7-09a0fa3d9a73 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,f5942bf2-f844-4976-a25a-bc139dd59823 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,cee771ac-3505-4121-8834-0ea102ead79d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,4841792f-1ba7-49c1-9bbc-9ec7ce6332dd +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,5b9afe67-cef6-4d91-849e-d207b4a1696d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,df776b7d-ebc6-478f-9cd1-eea7e4da4353 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,859976e1-123d-4e20-8b37-819fd63909a0 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,fbd477eb-4df8-4a07-ba96-160f16e11a30 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,eabd08b1-1db5-43fa-b28a-a3ea19250de1 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,8778c053-1226-4785-b1ad-056b59e2b5e9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,a7e16ae0-d6a8-42da-bca2-1da7e02cdc09 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,381df8b2-b6d2-4c19-a063-1876f9096445 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,89be543c-6081-44cd-ae7c-06b07df54fe3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,57a83a9e-eea3-4e79-a0bf-47b203678351 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,5c8fd66c-1113-41bc-8ae0-03df983a5b6d +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,eb08b7c4-1f03-4ac1-b6c0-14b978e7f306 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,d60be85f-8c16-43d2-9601-e3619f40136f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,df1190f3-ac28-4f59-8703-ef8e88cdf6ab +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,07c8ba1a-3858-4ff3-98ec-1674bb1b817a +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,9f1ca624-de5c-45e9-a63d-28d82bd21506 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,b8518c80-ccea-4a9f-aeef-37cfefa5225f +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,e8a30e25-90f8-4ca6-9b75-a76f5818ad48 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,99c72e70-76ef-4040-a078-6cf0f5e27139 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,3b59ec25-2abc-431e-a4ba-27466943c3c9 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,11b50167-388b-4706-8eea-604dfc104532 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,55ea1abe-f326-4e78-9de4-8416cb4d3006 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,177f0153-5481-4b18-96bd-9f0b06d97d91 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,59e75932-e468-4999-a995-a9656d1423b7 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,948047c9-ae53-473f-954c-d1d17b662c31 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,8d93b273-d67f-4ebe-bb3f-c13fac96e914 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,a1ab48d3-a70a-4142-bab3-464802ff42c3 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,485c4029-f560-44b9-90c8-4844d14ed884 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,9f81e611-0af0-431f-aff5-41dd3cb580d2 +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,c0505bcb-bff0-45ee-8155-c3489139b3cc +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,8bd87665-7b71-4fb4-b6ee-46383ec754ac +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,35ff5c6a-ea8c-4b0d-b9b8-1fadc6bd462b +125633,"1.A - Fuel Combustion Activities +",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,dda7877b-623a-4090-b485-37b21b9551b0 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,657871b2-5ef1-446d-a1bf-55f74da742af +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,839a0d2a-589f-4761-8e31-b915b47f3a81 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,99eef70c-3cb7-4023-be17-4d06c4346535 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,fc69518c-b6d6-4db2-a472-e9ef7e568e43 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,8ee25ade-0f02-4257-be73-42090038c071 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,46b75db9-9b6b-4b85-a1fe-0dc92a3ec9d4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,c21beab9-e969-4a4c-8944-2ae0837d8826 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,55ab2713-3114-4230-9a62-259ebd4bd1e7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,0ee7b12f-fb2d-4ec5-8dc6-3a8c604aac43 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,5ac74153-f111-4e3d-b629-d0fe0cc40309 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,69878314-5464-4987-b21a-e81c1d37a674 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,9c976a16-6ced-4f3d-89ac-7b6ff6198de7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,25f29712-805e-4225-807f-0fc31eb4d13e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,24113ebf-528c-48c4-b0b5-231ee84e685e +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,db643ee5-b4bf-4d8a-9100-6e7a6015bf4c +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,eac5636e-698c-4055-ade7-914ffe779031 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,565c97be-f7d3-4114-b550-f7b2d150d729 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,267960d1-66eb-43c0-9b28-a7ad407e3a8b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,df2b4f78-a7b7-4ddc-8c13-31c48f43217f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,93e8f2a8-6a7b-4ea3-8252-16c112141ef4 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,e6cad43c-153b-424d-8684-855f7c7be408 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,d66fe760-cf7d-4fa3-948b-1ef68d5bb160 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,89094c90-e05b-4a30-83e6-a1cc2c882102 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,3261e7f2-119e-45a4-b65b-b1aa2747c0b7 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,c6317dcc-6043-4b2e-8d26-67b153bafae1 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,1496c938-2df2-499c-90cc-b9401f372668 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,105e00d4-745f-4293-9680-f985574776f5 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,8ea9aaf6-d14d-4d4e-b9f9-635e7fce600f +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,e9a52833-0679-469c-ae80-46ef543b6f5a +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,20c0b765-bc2f-4024-a85b-07d78ff50f55 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,14ee8335-8f9a-4e3d-b13b-f5e404e56f74 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,078862f7-d35f-4ca0-9b89-a2db512e5c0b +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,da9f1aea-11c2-4fa3-8c6c-7bfed5dfcb53 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,e8328d74-2b67-4006-88a3-648bd27dc0fc +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,71a41016-705d-4858-a5f1-fbe0dc8022b8 +125635,"1.A - Fuel Combustion Activities +",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,c7125af0-9772-4956-b081-9626a816bd52 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,8f94ee31-a946-4d6a-877a-3cc486974252 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,3f26faaf-adb3-40f3-a59d-efd48cd9175b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,fda1a911-5951-4516-9fec-69a86d337a8d +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,8f511155-b782-4cdd-bff4-4848872ae29a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,db1fc021-8217-4bdb-ab79-567c4ff09fc9 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,a7c27f1d-559c-42e7-b7b0-dbea6e0977a8 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,ae9cc72f-4de7-4b61-94f2-7a833108b32e +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,295e06b0-ac98-45cc-90dc-0d35f1be6569 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,1f14d886-15c6-42dd-8913-99aafa44700b +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,df1464cd-d425-4eb8-8a85-7287c57d7d4c +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,24deea3e-df1b-4769-aa27-ca7bd33d9fb3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,577cda4d-8318-49d3-988b-d7a581643f71 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,f2941070-6aa3-4759-93a0-4fd6c1a8b726 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,30f0950d-4075-4e0d-9a47-9acefaae196a +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,04dce22a-7550-4d38-ad02-435acbeca573 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,0d665b71-10e7-4567-a47b-07b1f8619908 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,f81b70fb-65c1-4724-99fc-df99c3030ca3 +125637,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,777efd3b-15cb-4708-9120-176066b1f21b +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,84443ccb-3012-4ddf-828f-63fcc74074b9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,183a300f-da39-4d04-9669-ebd3c56c5a4a +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,cc32da4e-a119-4a3a-9fc2-34c990f80fc8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,331eb1f8-fa81-4a66-a1f4-434d94838173 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,a00f5e43-5e42-41cc-af05-3bb743892008 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,7f46b6c0-9714-4fd5-810a-4660ed59d956 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,4188b283-1247-4a22-8d4f-4a61219b8916 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,cbe038b0-d1d5-4137-a570-d7b210bd3923 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,0c7b6d02-d662-4b12-afcb-b43fd74ac643 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,10a1d113-833f-4a39-b940-d954dade4aa0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,1b97f34b-12ea-4ff1-97ec-174fa57986d9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,fdd8440f-1cdf-4678-858d-7948b55dfd8f +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,853a90fc-d567-451c-a716-5728e37a2bc9 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,3d8a1ad4-17f7-4146-b579-22aa5a5040e0 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,a3d2678a-2080-44cb-8f46-14bac3d11618 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,77ccc0fb-012f-4fd0-8fa6-7017edba8046 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,5ffd2dc6-ce4d-4596-8032-8db9162f3ad8 +125639,"1.A - Fuel Combustion Activities +",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,3bd6af3f-d930-49d8-b508-f1e20e975c4f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,292e20fa-ee97-4aae-860f-dc2d0fd5b8de +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,2d43dbf6-a4ac-4ac9-8ec1-17dc0c4147fc +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,460e2a7b-c7f6-48e4-b1df-09e32cbe1927 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d599f9e6-a654-4763-aae6-f259eb0ca054 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,00fd39df-0625-41fc-85bb-d6c421ccc98f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,82fb3ac3-ecbb-4869-9347-5271f2600d15 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,a17b0dc9-198e-4869-913f-c498d8d7c3aa +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,dd4c19ee-c4cb-46b0-b5ae-cc48f4cebfc5 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,7aa9ee38-72fc-4b5b-9ead-72050ab94b0c +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,6cdf2f4c-67b0-4bb7-ba92-d17dee6fbcf6 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,01611750-fab9-4a96-bc83-a470d99cdbba +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5a78877a-fe1e-4c2e-89f3-604a5d9d819f +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,c69914e9-15c2-445c-aab3-a9530adb133a +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,f17ee503-6fa2-4c5a-ac09-e25327d165c5 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,590760d3-afe9-4df5-bd31-f8c6a3273436 +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,1b6a07e1-56b9-43b3-875f-03e82626dd3b +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,fb71d5f4-3aeb-41ee-90e5-d8843a8b33ba +125642,"1.A - Fuel Combustion Activities +",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5bb64aa1-19f0-4401-9828-d7324c1a4d99 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,e77098f6-2403-41bc-8020-36db7f72f2ea +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,711cef1c-31f8-43b9-bf1a-18792c9304d3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,dbbea217-7077-45dd-ad8d-a00e0983995b +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,97c567cc-0748-4ca8-b5e7-ad54b7677a2c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,73e26495-993b-4220-b4a3-74ccf920b66e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,e9c9d9cc-56cf-4bca-ac7e-aac0a8e6cb8f +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,329b6b63-ce88-4f99-8a06-19a5d284ba66 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,da2e6c3f-b78a-4d84-bbb5-eb05d09be197 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,8860ce1d-3f50-4f92-a3eb-e18c3ee44b9e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,b0a9718c-571a-41a6-bb71-f31e036078d1 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,4f1e1f55-dfac-4239-b0fa-e8b20c03683c +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,22a227c7-fdd1-4d83-be94-64b4ba37e7a3 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,dc4932bc-548a-44a2-b633-21a47aa6d25e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,483c34ee-666b-4097-a0fa-f18fe3c3ea18 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,ce117f95-15ca-4b36-adcb-6cac7ca0db41 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,bb516b5d-5bd3-411b-96fb-289ff47d2201 +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,365a1c10-f3b3-4378-8f28-4bc2334c0e6e +125644,"1.A - Fuel Combustion Activities +",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,bb426864-2ddc-48f7-80b1-f76b7a4d3051 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,3692a862-0684-40f2-a060-82723f233590 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,f9c344a3-aab7-4336-b12a-81aa1fdfedfe +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,7ae55358-b36c-4dd3-982a-30376ad6e0e2 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,2ad200b8-a314-4b31-b134-bbe7458ad512 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,cea72457-8007-47c0-b0aa-1542b592cf11 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,10a255bd-7690-4397-8d5f-6c049dc46402 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,3b9440fc-db26-4bf8-9c20-15d4ca098281 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,b6e4d5ea-6426-46f8-acc7-233562f091e4 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,6da83e1f-97c1-4d77-befc-f789d9a11edc +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,d8d448dd-ce72-4b6f-8142-4de1dc499bab +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,c6d6f813-024f-4bb2-ab7f-7543b0f77fc7 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,e45bcf2a-a83e-41ac-8641-d7384ca99266 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,86e58c6d-7f06-4471-8664-691cf87b7f51 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,2ef52a87-fb69-4f3e-bef5-878fa6c52c53 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,1fbc52d3-cf28-45a5-9409-3e9057eef48d +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,9121a307-5dfa-4785-bfa7-69bab4e14a45 +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,dc195334-3804-48ae-87eb-0e7eea479d6c +125646,"1.A - Fuel Combustion Activities +",CO2,"Natural Gas Liquids +(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,3e678e3c-816f-4526-9652-10a107318b8e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,2d8fd9e4-2971-465b-a772-7bf2431757ee +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,727583b6-64e6-4f8f-9df2-aef2e3425f88 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,e4bbf084-bde4-4a7c-a2b2-0fbef943c339 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,e58ef14c-275d-43a3-b7f7-034ea9bfc746 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,8221bf4f-3c50-49a8-aad3-0589f1a67cfb +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,8a2f19d8-af8a-4aba-8912-b922ed25b4c3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,5e139009-e7d5-4a86-a9a1-4a364b99d5c1 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,9d6b58c1-eacc-477d-93bf-c72fd492b3fd +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,e68d0eea-aa8b-4295-9890-aba3aeaafc87 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,22ac4411-5a76-4ded-8068-0bbb582f2dec +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,2da3f814-a02e-4da4-b204-60a3f24bc65f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,aeef0ae6-65c8-495d-a65e-da88ce826fe9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,98392a88-9a19-4acc-a84c-e1bebe4ec068 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,2f6d444d-935c-4795-b96f-37f17b7336b6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,c337e268-1f2f-4820-96f3-1b100b15e4aa +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,e7eefd46-e47f-4d59-996b-6d4b81e6a071 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,bce7d614-c011-41a8-be4d-65f06e4100bc +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,b03ab9df-f595-49f2-a498-e7f25c2e51f3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,083b7d8c-64bb-4bbe-be86-34a4b7dc07bf +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,68e6645f-b27f-44f1-bc02-6601eba02a07 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,4271dcde-a418-4766-913b-dbfb69ca5aca +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,55e3829e-ae00-439e-a3d0-f6dd97c659e3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,7cf6ed71-edbf-4036-8cd2-146a660bbdc5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,0f1f3799-40df-48d3-b448-d092557f1b40 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,60a2df78-c929-41a1-96f2-647676dc9621 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,eab5a513-943e-41da-9484-dc17a94beea6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,96ffb6ff-3b9e-4d76-9079-63ee60f1052d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,e47be324-db94-4ae0-bc87-96e74d836545 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,34bc42ab-a354-4fab-981a-6a7e5701a809 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,b0c55812-6f5f-4b5b-b03d-c88f9f508262 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,f0c1b943-e8a9-4fb3-b4e9-79bb4000370e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,0a31edbe-3860-456c-8c3a-77ffd573fd95 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,ec58ca8a-03b0-4af8-a2ce-210a606fc28b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,86257bd7-018d-424f-8c20-2b4b4a49874a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,ebc43ebc-aa96-4977-8f3f-9fc9e2740aa6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,72cdcb91-014a-4a00-8a07-6ae370c93cb7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,b47eddb8-4ab3-47fa-879d-4ecabc772224 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,5cdc579d-638c-4950-b336-a9232e4fced1 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,d3d2d7f9-75ec-4704-8413-8b03e1fdae86 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,436f9347-e219-4e31-9f9f-b681f8d4e2ac +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,6975d533-e7bf-42c6-ad55-54487d7c093b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,0b84a918-0460-46a0-a6ec-767916709b6a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,8934d85e-e0c0-448b-9070-47384c239b05 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,b3611906-67cb-4911-ad1a-b3742aaec09a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,243ed293-2c1f-438c-bd46-88706b16a942 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,ab7daf79-3781-4ad6-9710-4527be34d5ca +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,4fb6de5a-0df2-427b-a8c2-76f819bbafd0 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,e29ec9c0-a640-4ccb-aa62-2ba2838e3cef +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,33e36e7a-baaf-409a-b292-af468d6c3ac3 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,5d632e1f-7bc1-4db6-b0d7-084a10c35dc6 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,10ac54b6-176a-41e8-acf4-5e966fc977ec +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,4714dc7e-0f91-4ec4-9baf-4665d9969e0a +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,aabe76ea-af17-4916-b72a-59f48ebb9646 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,87d7104f-e0f6-4034-a41f-0f493983eeec +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,1a7578f2-15bc-4149-b699-140b030f8da5 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,3994a9fc-01fd-4703-a465-16c66764e96d +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,f3c0ec6c-c737-4780-bb54-d823623972e9 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,205f122c-b863-4878-986f-f69b5a94aa1b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,4b1c84b3-0ee3-413e-bd15-b7bb14f9d3d7 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,1059ba10-7f7b-49d7-9e38-9cdc3735c47f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,f93c9fb4-c38f-4f02-acc9-ce2223a0ba0e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,4d796ac6-077f-4f9b-bdb7-45635abc1287 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,25cf0ca5-a0f3-4409-808d-a0529117aa11 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,f5710000-0da6-4358-ab91-f1386700e20f +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,edc3077f-a8ee-4e5f-829b-b68f1c42389e +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,fe99e87a-c60c-4b19-8167-73e2572ca986 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,e33e6174-8b69-4d8a-b209-28afdf136e68 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,58a3aac1-03c1-40bf-a29f-684e0196abde +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,856ffb08-e594-4a0d-87bf-35a8fd7932e1 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,372b9bb3-ab2e-4a04-84ca-8defb81c4e79 +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,9ad4ab06-ffb4-47c1-9917-f86105264b7b +125648,"1.A - Fuel Combustion Activities +",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,01de5380-37f8-4824-ba66-1ffbd35a50f9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,dcd29452-bbaa-4c13-8f3a-af8403ed31f5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,c8f5a241-20a3-4eb6-8c07-955848613c7a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,afbb5626-85d2-4bc4-9be7-80b854ca5f91 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,1b864bf9-d5a1-436e-8210-86c5009582b3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,d8723130-9429-4aa8-9623-ac719e4a5723 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,9c3349b8-e316-4287-80ab-5f80f1af6add +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,ecfcdcd8-0011-4181-8470-86f324c87a4d +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,549130ff-ad2f-4c96-87bb-79bf089113dc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,4a5fdbc0-a55c-49c7-8df9-dfe5468039e4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,4d107141-a78b-4aa6-8928-f1c7e624ced4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,8061505b-e290-486d-adc9-4d8dbaae0fa7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,052b2d9b-3cc1-4502-8830-f969f9e1381c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,e32e0183-f1b8-4970-a649-a9bab39a8406 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,cacc2a37-8aa6-4324-a22a-52b1899b4433 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,f2222826-9db9-4225-b6de-89050c40b24c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,99509b21-84b1-4700-bd0f-c470260d0c9a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,e26cc642-0fa6-47fb-ba7b-d68dd8fde775 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,b028256a-53da-40eb-b8ab-e07fbe931d8c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,7db62799-f6e1-4ed6-9a50-d7210251f8ce +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,db6ffe9f-1636-44e4-8f83-2f5a3b5b216e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,6148dbe9-f867-4b35-842e-a9d5f961f89c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,17b856af-b1d5-4fc6-8bcb-375fa59b9180 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,a55f63c2-c349-4666-bc8c-86bc93f58d49 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,3bbcbe3d-77a7-4a51-855a-4a4e1d9719b7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,64deec20-43b9-4262-9d3b-f09b19387c57 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,b0a118a8-7dd2-4208-9e3f-a772a241583e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,6ecb5362-32b2-4d6a-b0dd-40739d9f3bd0 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,83670181-97e8-416d-a50e-0bbcedd9c164 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,c1bf549d-bb1e-4f0c-95f4-5fdc4c1b7de7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,be3bb5d5-190d-4dba-afa0-11a9a8c8eb43 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,04b233e4-9fd3-4e03-9a85-a49bddd4d8c1 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,1551105c-0dd6-4f11-867b-74a10c3439ba +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,543a9154-b02f-4c90-988a-e6fc7d38e1be +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,fa287a82-9a2d-4249-9945-6fd26bf40026 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,c74fd102-c1b8-4890-8571-7229855d6b34 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,b7bfefc6-73d1-495e-bd79-3e46fcf7f9c6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,ff01f6d3-01d3-4f8d-b80b-69eeb8e5a31c +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,ddb51bb0-8b37-4496-afa2-3a7a048a9004 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,088935b2-8a50-4aae-beb1-85571dbf1f3f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,902a2259-78c6-46a3-91a7-18ebdbd9f9be +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,2e7443cf-30bb-457a-adbd-8a0fe71d52f9 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,fe486aea-b0ed-4d55-8ab0-757523e79fdd +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,f080a5d8-5edd-4ba2-a1ac-7ad4d2f34003 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,83deafb3-1c1c-48dd-ad61-dbcef0373c1b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,4de8320c-cfa9-476c-b3f6-f833777fc081 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,53e01f15-8755-4c73-9d59-13b09bb34723 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,cf72424e-9efb-43b2-b795-e10b2ed2a2a4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,3546cd85-ad10-44fd-bf1e-b78c5fa59b04 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,097b32a2-c33e-40cf-9308-1dad99edca0e +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,b51b3056-5dbe-4344-9379-369986f3e98a +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,018a7a3d-b54d-49ba-b422-e63b3e9af0eb +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,04f2325d-ecd9-4ed3-aa9b-1fcb1443c06b +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,94c735d5-5b4e-4a05-809d-63df1d65a242 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,b78ace76-0ec6-45bd-bde2-6a2507d2d5d5 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,4df7ffd7-08d7-46ee-9204-2e93b9dd1b71 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,4f617c24-3364-4130-a098-09b97a5a970f +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,72c8e4b1-f252-4d68-9e96-e695c8649a40 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,886021ad-a7ed-4dce-9ea7-8760db57c1b7 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,40b522d0-7f8c-4d56-84b6-349383f3f5e3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,8b8e0e87-d831-45b3-81c0-e332d8abf9a3 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,b22b8d4f-10d3-427b-b7cb-8e7de914c759 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,ea40e31b-2944-464d-ad30-3c6195c0b411 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,6db1a21c-e83d-46f3-b270-10fc4dabb2af +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,a985e2ce-3ef3-4f96-ae9e-5d5ce200bcf6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,c74b6b3e-ef4d-474b-a369-8dcd0eaa82b6 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,03a4abd1-4753-46d9-988a-7772c957b1e4 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,007c211e-9817-422a-a33a-12aa6d72bd64 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,f2f2a77a-2d7e-42b5-ae82-9e2deace7abc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,cbe3e420-4263-42f9-b5f0-7283152f1539 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,3968f13c-62cc-45fd-a3b0-94413c1c5933 +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,6fe6f7dc-69f5-41cf-b325-0ee4446ac2dc +125650,"1.A - Fuel Combustion Activities +",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,35e625e8-9ece-4e97-b1b7-baff6620bb1a +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,53a3d50e-d394-4adc-958c-b99798bd243b +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,0b7489af-83ef-4382-a99c-c884d29b51b7 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,e27b1ad8-5e76-444e-9779-dc406fa29426 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,ddc4cdb4-3a61-4451-9a16-6552e347a3fc +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,701c4b65-f050-4c4a-8d24-7ab9790c057e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,b66f441a-204f-48ff-b215-f1f1520e7f09 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,abef793e-4842-47f2-acd8-895dd8ca169d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,2f0aed62-b4f6-4efc-8cdc-f47151987d60 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,6645ad76-8077-4751-b9ed-ae7d1228bedb +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,4d783807-ffa0-4dd1-9a3f-b5f781b3bd19 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,adfa3721-40f1-4a25-a3a9-5f0140eea34d +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,800dc40d-28ee-4e30-84b8-5f1645692ac4 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,64b9c52a-9471-4cc7-a6bc-e7b209f9e55f +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,0e549159-3768-4b34-80b8-2f3e05499bfd +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,f0a94d4a-28a4-4c27-a2f6-b086dc3d7a47 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,4d9cf850-2396-47fa-9472-fcd149980bc5 +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,baf8770b-1195-4a07-9acb-2488331a6e6e +125652,"1.A - Fuel Combustion Activities +",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,44ce54f2-77fb-40cd-925e-90a0c77f007b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,b0983169-a4a0-4fa6-828b-711952c8e89e +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,669c08c3-b70c-461f-bf2a-ad1a51b113b0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,58868a7e-1e7e-4b1b-b57b-c12f10e5cf6b +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,e93c474f-e931-4982-8476-a75cd9152c39 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,e4743f29-fcd9-4755-bfd1-32b85e65edd3 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,7728f9bf-ef63-49a6-a9ed-0b96e973a4e8 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,cc6ed490-cb4d-4343-8d1f-a83992920cb0 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,0e938b3e-733a-439e-a0f2-55006c67ab65 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,b83fcffd-1a42-43fa-a637-ba9f7bed2a3d +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,b71ce947-2b75-4972-9fac-451450087a3c +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,a95b3d3d-4a99-4d7d-a982-e9252e929b8a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,175f613c-6f71-4402-ac2e-0006e0b5be89 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,4663a93f-7e17-4b29-9303-d96768815204 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,b8ecae8a-7bd2-49d5-8e1f-7a3cf21e8ca9 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,5ad0c048-5904-4034-9e99-3a66068bd63a +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,4998ecfa-cb53-405b-acc6-7ff79a55a5e7 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,7b659612-374e-4dac-86df-7470fc42ae31 +125654,"1.A - Fuel Combustion Activities +",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,f1ed0c02-00c0-45c0-ab06-0613879b395c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,d34d4eb2-0e17-474c-bb0d-6a13b6025088 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,3c23e4a8-12c2-460b-9ccc-2ccfac3f84a5 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,b90a5c5f-7fca-408f-a28d-5b270bfa985b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,dd47e525-ff34-42fa-a326-3350fa9489d4 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,6f998ce4-771c-44f9-a634-4712a294ce4f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,d21e91e2-a7e2-432a-894c-7ae9991fe87e +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,71d83d4d-4c74-4ed1-a6b5-eb140474e69d +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,c085e3a9-c644-4d3c-86a3-eba78e1f0001 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,a32c6b3b-42a7-4103-aa79-d462b309b71c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,3aa6aa15-16f9-499d-800c-2e5af889a94c +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,0579e4d0-07b3-4b01-a97c-a6633adb1b51 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,7332a72f-8938-4d66-bb56-eb80d33e5157 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,48e2f44c-12f4-48c8-b547-5a505c5bbf3b +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,cb3ab30a-b94d-4c6a-b5ff-2dfe58b45504 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,800eec37-c3e4-4b07-9245-762adb70834f +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,75e69a0d-c556-449a-a16e-2aef4314ab92 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,6fd7ac35-ed33-4ebd-af0b-4ffca3b0b2e6 +125656,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,5eb6a4df-c1b0-4a41-a547-d4ecce73de4b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,03939a7a-659c-4fc8-84da-3ee53b063fb7 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,e8628089-d323-4782-bc5f-295db4d192c9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,d5cc7b84-0076-4042-b3ac-3c03feac9ae9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,a099f468-a34c-4266-a639-21acbe74a3d8 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,d57960df-b6ef-489b-b7e7-77c355c82cbc +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,7c5839be-da4a-40ee-b802-c3be891b728c +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,f415220a-9cdd-4c33-bd90-1ef54710be2b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,a9bdf26a-d3e1-4bb0-9776-20e9499ae469 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,b7f260a4-3804-4a8e-89a1-3154aa804088 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,1fca1949-57ac-497a-9237-5ab6b379c23b +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,fdff8121-62d6-4177-b0b1-aa44a09cc0fe +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,1240d39f-0b52-426e-8531-6f0dc3230a69 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,2859ec3a-7f96-4702-ac0f-c2a9e7c79256 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,2536be20-0b3c-491c-8895-a3cb50f489f9 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,fbecaa05-ace0-4278-ad63-787c68572ad6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,6abaa67c-5bdf-4e67-aa77-c53fd50b1b1f +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,67e9dceb-a2f7-4c4b-b0e8-8a17c165eeb6 +125658,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,f28690b8-a5e6-469a-8a89-8fe87c136b5f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,1a446e2d-0346-47db-9274-497bdcb59d21 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fbc40836-5cf5-430d-8aa9-c2eacd5c78a3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,b98c2b21-bfdc-4d5d-8aaa-598a2fbb86e8 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,0ff4af2f-fa2f-486a-9950-49cb1144f504 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fe409ba4-3431-46e6-9475-c0ba8348841f +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,1637da27-7258-4b6e-aa26-afc0dba3f2cd +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,5df72163-07ca-49a6-8793-198208f4d263 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,b1a879c1-2630-4cc5-b250-7d106e2e9ef3 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,5cc91299-01ee-48ae-b3a9-a720d97c4918 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,00bd4c83-e4d8-4c88-9023-943f0bfdcaaf +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,1b8129f1-67bf-4b6c-a36c-87d402557ef2 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,d32856ba-3fba-4f6e-a2c2-c3b75e5b09fc +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,dde828e5-510b-4db8-ab24-7c5a2044d902 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,1b2aadff-a99b-4d7a-ab9a-c6bb9daaee0a +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,410169e6-e028-4205-9699-86695a6dc6f6 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,1f1056bb-42a9-4fc8-928e-5a8c4aac4125 +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,052e8541-99cb-491c-98a4-ae59ad17070b +126823,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,6974dd50-9d6e-4bfd-9cda-d9abb026f69c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,39a9befe-b020-4dee-af62-78d5912897f2 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,1b47ce00-a649-4774-9d74-518c968cf80c +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,8baa8445-c6ba-45f5-9b52-c76c99a4c836 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,5be1e8d4-9753-4abe-ab63-8eb334806976 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,9394f13b-3a53-4dd5-a092-e2bb01c2687a +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,b6c3f6b1-10ae-4157-a6dc-475397b6629b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,cc4b86db-73cd-476a-bcb5-5d15f1bd22ab +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,d48d23fd-f053-431d-8ece-0b0b01e7473b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,c9f1e679-4069-43e1-b8d1-23ca99f7301e +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,708e52c9-b0d0-4bbc-870d-7e19a4dc5ad7 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,e1c832b8-e2ad-400f-964b-7fb66aefcd34 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,79df61b4-28ad-4022-bcd7-01d1c58325f6 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,735727a7-16ca-4074-ae5f-e2ca2ba6ec63 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,f78f8a19-a27d-4833-9aa7-79f9584b38f3 +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,1d454a8f-8a55-4122-a505-c8b66c969f9f +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,c3c61f4b-05a9-4bb7-9dcd-13568b947b3b +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,8d4d2d29-cd2a-4284-9ad4-ead62c61ffdf +126824,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,118ea678-f413-4890-ac04-926ab4763e2a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,ebf13121-ec64-4326-9134-d48dc566ad47 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,eec480b4-1720-4d01-b14d-5a1cfa99b7a6 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,4694d95a-cee2-45eb-8cbf-e528b3326653 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,2df9cefa-ca33-49f7-86a2-1dc5aab821c2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,c0e48983-35ce-4c52-a65c-52f8889f097d +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,52065757-c42f-4611-9371-7076096637d1 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,332af0d6-8be7-429a-9152-97daeb17df7a +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,32891f10-964e-4fdf-aa8f-60b1b31fa9a2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,bf8499a3-1fa1-47ed-9491-3fd58b1d6fdf +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,bde991cd-de19-4a8d-b80c-42afc548e4c2 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,36b84d72-6119-4122-ad4a-5de5ffc3ce3e +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,67af8d95-0212-41c1-a89c-bcfdfc860dd8 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,c030d9c6-d724-4b3b-afdb-0cdbff044645 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fde548b9-3a95-469c-831e-bba14f0b24aa +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,a0193405-56a7-4827-943c-75289eb07d19 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,a2b2983e-960f-410f-ada4-fe0ed0267b62 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,f69a5abe-fc52-48d0-8a51-75a4f7633486 +126825,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,19104acf-574b-42d9-aa70-ffa2e7071d49 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,feb364c8-68e4-4617-9631-cb1fb2d4d788 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,6853d560-1ca5-449a-9da7-f0f2101577e3 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,349d460c-9ca8-4341-b4ec-8c52abb3d441 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,a19b731a-199f-426d-8838-bf1e5ea9e9bf +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,61fd9f06-e099-42a8-aaa6-48d696282a3d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,e102d726-f8aa-4e02-bfd5-638a50d723f0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,45c65c27-0afc-4b13-8600-9f61fe873549 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,f04df6d0-79dc-4582-bc99-db50a3906da0 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,6f3155ef-4035-4748-8051-a09105d19d64 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,9ae0158d-af1e-4c29-b528-83e50bd00c2d +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,5e352a9a-b272-4845-a5ef-ea9026a55098 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,d4c5f32b-5116-406d-bc83-20ba06dddd93 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,5ffe6914-8313-47f4-8ed8-adec47f05d0b +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,93c88fbd-7281-4c06-910f-98746045fa11 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,1288a3c9-d9b9-4d96-bd1e-7a393e35f012 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,bdb66942-8762-4794-8df0-a5dc38ffa888 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,ae35892d-ad5d-445c-8b50-71d221a37623 +126826,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,bd869228-beda-4c6b-bf5d-71c7e6965602 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,9bc73a4f-f48c-4dfe-9b39-cb4b583d0d6e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,a072732b-8654-499a-9e6e-3bfb55ba2a81 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,2c4de710-821d-427b-aa77-bd45bae0ce15 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,307cd43e-14af-4d61-9036-2037dad97a06 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,a2149e0b-5cde-4ed9-ba56-177674bddcb5 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,e50ad741-9dc9-4d08-80ba-d6b3e98b8772 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,b26c4556-60c7-46dd-a536-b0b9a1e25568 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,54edc6f4-ffa9-431e-adb9-b913a25af18f +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,beae1775-0ab6-46c0-bd3f-fb434a5b3e4d +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,5b1349e5-b784-4e1b-b7e8-3944c7f9d199 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,8e2c9568-5342-4815-9440-4e0905d25cd3 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,6987ed8b-1da4-4364-a195-0e0c6d49242c +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,41b1c462-0d01-4190-922c-805f7bd41a55 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,ca811051-1c1c-44f4-85d6-442d47dd0262 +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,5529825f-60b4-4204-9cc5-3558ddb37d8e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,c5d27f4b-cfae-44bb-9be0-561a08a1bf5e +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,2a73db63-74d9-49fd-bd87-e72b941b32ae +126827,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,148f9023-3cc8-466c-8efb-a97fb8a7a92d +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,416144d5-951f-4716-8378-00729ad16b64 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,7e5c65c8-a8d7-4a56-9076-b13aad54305c +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,2e002464-5d7a-43bf-a00e-3278d50c88e2 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,159c5d15-47cc-4e8b-aa17-12af5a875bdd +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,856e46c2-9c79-42bd-9ff1-db304fe9a680 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,026c9027-5ceb-4c42-8e4d-ef05ec6a1b48 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,4c78fcd3-b001-43cf-ba5d-15c1eadb7c95 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,22fd1eda-89d7-43a9-a10b-eb94f591c0ca +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,0226746e-1c4a-4474-9634-9810676be8e4 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,19ad4f13-af83-4fa7-a7eb-43d661f8b656 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,4313ac0e-5eca-459a-bc41-17a4e4b113ea +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,2217aa03-18c4-479a-b505-625440435d3a +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,52b9c6c7-c9fe-43af-b797-a76050bdbc9e +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,da8ab572-2eff-4ad1-81a8-81e0f6dcc321 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,e6160576-c21b-4f17-ab31-e182a9188bad +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,a343f21d-f62b-4f89-b062-e7c41a507ad9 +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,d7015866-2045-4482-a314-f944c8f54efd +126828,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,a87fa137-f337-4afd-947c-d967b47479c5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,296a1373-00ca-46ec-9ebd-a7ebbe538785 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,1f80888b-e70d-4e16-84c6-08145ab72a03 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,3e101b6f-5c54-42ae-951d-e5309c877f16 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,82bd12de-18aa-4a47-a9a8-ab1a139af6ca +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,7667dc2f-0726-4dc8-af28-9e1d875813e6 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,07658797-1155-4082-b5f8-26338960f7f7 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,61ce4653-0f61-4d37-9c82-1535b4fdfa75 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,0e816ee0-c418-4f2e-bdf8-36207ac85999 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,f4567f8d-1767-4cc1-a9aa-a971efa39177 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,6d097ed6-6f0d-4cdb-9003-18622582a462 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,52ea2877-40b5-4e4b-b08e-ea293890d438 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,10d4a121-07d3-4bab-b659-ec2b8f24b1a5 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,4d60f53c-8bdb-41fa-b4bd-c8e53915ebcb +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,c0aba81c-aba6-4a2e-8e40-679ddc215154 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,e7198780-2952-4549-a2d3-032b547b1f0f +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,89d05ec8-8477-4e85-9cd6-2b5e907a0681 +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,251c3d84-c06c-4055-98d7-9ac57ff5740c +126829,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,c3cd8584-e4a1-40f8-a339-2796384196fa +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,63c243b1-fa06-44f3-b8dc-62d416be7e13 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,c545e699-16e8-4b97-9f44-1fcc7ae29179 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,4f109a92-f9ab-4b92-99ee-90ba08f16b1b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,dca90ebf-2096-4e8c-800d-db461229da63 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,85444279-9987-4e11-bd81-ae10ddf76003 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,16d86119-9e89-4bd9-8c24-4b289471a52e +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,d070691b-2e27-48db-a345-4ea84f1de43d +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,12e872ea-c38f-42c6-8074-1caf7796494f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,e0176d7e-8925-4219-a5f3-8630a973bc15 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,cb7f730a-cbad-40d5-943a-4d8cbe349a23 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,1ebd885f-809e-4808-bd9c-dd2b4be1171a +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,79bfbb33-b619-4061-a875-1226d40b7290 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,3dbdd076-ca0d-456d-9903-ff2d9e63780f +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,31773102-7393-430f-971b-48268c3826fb +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,024aa619-5d16-4a14-8f42-e232beece4ef +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,77ddb64c-f311-4224-8690-2b6eb6e5c0b5 +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,aa412dde-ae9a-469e-9664-21b3bffbf33b +126831,"1.A - Fuel Combustion Activities +",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,23f56ef5-e235-44cc-b6bb-b4f0060310b6 diff --git a/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/EFDB_output.xlsx b/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/EFDB_output.xlsx new file mode 100644 index 000000000..3867f8356 Binary files /dev/null and b/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/EFDB_output.xlsx differ diff --git a/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/README.md b/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/README.md index 8d049ff77..e02a5f8d8 100644 --- a/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/README.md +++ b/app/seed-data/emissions_factors/data_raw/EFDB_2006_IPCC_guidelines/README.md @@ -16,7 +16,6 @@ Emission factors from the [2006 IPCC Guidelines for National Greenhouse Gas Inve 2. Click on `Basic Search` at the tope 3. Search for `"2006 IPCC Guidelines"` in the `Source of Data` 4. Click `Export to XLS` to save the data to an Excel file. -5. Convert to CSV within Excel (I was unable to open the `.xls` file from Python) Notes: [how to search the database](https://www.ipcc-nggip.iges.or.jp/EFDB/help.php) diff --git a/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines.py b/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines.py deleted file mode 100644 index 647169109..000000000 --- a/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines.py +++ /dev/null @@ -1,264 +0,0 @@ -import csv -import math -import os -import pandas as pd -from pathlib import Path -import re -import statistics -from utils import ( - make_dir, - write_dic_to_csv, - uuid_generate_v3, - uuid_generate_v4, - get_filename, - set_seed, - string_to_hash, -) - - -IPCC_2006_THAT_ARE_GPC_BASIC = [ - "1.A - Fuel Combustion Activities", - "1.A.1.a.ii - Combined Heat and Power Generation (CHP)", - "1.A.3.b - Road Transportation", - "1.B.1.a - Coal mining and handling", - "1.B.2 - Oil and Natural Gas", - "1.B.2.a - Oil", - "1.B.2.b - Natural Gas", - "4.B - Biological Treatment of Solid Waste", - "4.D.1 - Domestic Wastewaster Treatment and Discharge", -] - - -def separate_min_max_median(val): - """extract value, takes median if range is given""" - if isinstance(val, float): - return {"value": val, "value_min": None, "value_max": None} - - value = val.replace(" ", "").strip() - - range_pattern = r"(?P[\d.]+)-(?P[\d.]+)" - single_pattern = r"^([\d.]+)$" - - range_match = re.search(range_pattern, value) - single_match = re.match(single_pattern, value) - - if range_match: - min_val = float(range_match.group("min")) - max_val = float(range_match.group("max")) - median = statistics.median([min_val, max_val]) - return {"value": median, "value_min": min_val, "value_max": max_val} - elif single_match: - return { - "value": float(single_match.group(1)), - "value_min": None, - "value_max": None, - } - else: - return {"value": None, "value_min": None, "value_max": None} - - -def strip_string(value): - """strip whitespace from string""" - if isinstance(value, str): - return value.strip() - return value - - -def gas_name_to_formula(value, replace_dict=None): - """replace gas name with formula""" - if replace_dict is None: - replace_dict = { - "CARBON DIOXIDE": "CO2", - "METHANE": "CH4", - "NITROUS OXIDE": "N2O", - } - else: - replace_dict = {key.upper(): value for key, value in replace_dict.items()} - - new_value = replace_dict.get(value.upper(), None) - - if new_value: - return new_value - - return value - - -def create_ipcc_to_gpc_mapping(): - """maps IPCC 2006 sectors to GPC reference numbers""" - mapping = { - "1.A - Fuel Combustion Activities": [ - "I.1.1", - "I.2.1", - "I.3.1", - "I.4.1", - "I.5.1", - "I.6.1", - ], - "1.A.3.b - Road Transportation": ["II.1.1"], - "1.B.2 - Oil and Natural Gas": ["IV.1"], - "1.B.2.a - Oil": ["IV.1"], - "1.B.2.b - Natural Gas": ["IV.1"], - } - - lst = [] - for key, val in mapping.items(): - for v in val: - lst.append({"ipcc_2006_category": key, "gpc_sector": v}) - - return pd.DataFrame(lst) - - -def merge_columns(row): - """merge columns two columns""" - if row["fuel"]: - if pd.isna(row["fuel"]): - return f"{row['units']}" - else: - return f"{row['units']} {row['fuel']}" - else: - return row["units"] - - -def save_to_csv(fl, data): - """save list of dictionaries to CSV""" - with open(fl, "w", newline="") as csvfile: - fieldnames = data[0].keys() # Assuming all dictionaries have the same keys - writer = csv.DictWriter(csvfile, fieldnames=fieldnames) - - writer.writeheader() - writer.writerows(data) - - -if __name__ == "__main__": - # set random.seed so UUID is reproducible - #! assumes records always generated in same order - seed_string = get_filename() - seed_value = string_to_hash(seed_string) - set_seed(seed_value) - - # output directory - output_dir = "../data_processed/EFDB_2006_IPCC_guidelines/" - output_dir = os.path.abspath(output_dir) - make_dir(path=Path(output_dir).as_posix()) - - # raw data file path - input_fl = "../data_raw/EFDB_2006_IPCC_guidelines/EFDB_2006_IPCC_guidelines.csv" - input_fl = os.path.abspath(input_fl) - - # ================================================================= - # Publisher - # ================================================================= - publisher_data = { - "name": "IPCC", - "URL": "https://www.ipcc.ch/", - } - publisher_data["publisher_id"] = uuid_generate_v3(name=publisher_data.get("name")) - - write_dic_to_csv(output_dir, "Publisher", publisher_data) - - # ================================================================= - # DataSource - # ================================================================= - datasource_data = { - "name": "IPCC Emission Factor Database (EFDB) [2006 IPCC Guidelines]", - "URL": "https://www.ipcc-nggip.iges.or.jp/EFDB/main.php", - "publisher_id": publisher_data.get("publisher_id"), - } - datasource_data["datasource_id"] = uuid_generate_v3(name=datasource_data.get("name")) - - write_dic_to_csv(output_dir, "DataSource", datasource_data) - - # ================================================================= - # EmissionsFactor - # ================================================================= - # read raw dataset - df = pd.read_csv(input_fl) - filt_desc = df["Description"].str.contains("emission factor", case=False, na=False) - filt_cat = df["IPCC 2006 Source/Sink Category"].isin(IPCC_2006_THAT_ARE_GPC_BASIC) - filt = filt_desc & filt_cat - df_filt = df.loc[filt].reset_index(drop=True) - - # only keep emission factors from US - output_list = [] - - for _, row in df_filt.iterrows(): - # strip extraneous whitespace - row = row.apply(strip_string) - - # get min, max, and median value - value = row.pop("Value") - value_dic = separate_min_max_median(value) - - # rename rows and convert to dictionary - row_dic = row.rename( - { - "Unit": "units", - "IPCC 2006 Source/Sink Category": "ipcc_2006_category", - "Gas": "gas", - "Fuel 2006": "fuel", - "Region / Regional Conditions": "region", - "Description": "description", - "Equation": "equation", - "Technical Reference": "reference", - "Parameters / Conditions": "parameters", - "Other properties": "properties", - } - ).to_dict() - - # merge dictionaries - dic_tmp = {**row_dic, **value_dic} - - # convert nan to None - output_dic = { - key: None if (isinstance(value, float)) and math.isnan(value) else value - for key, value in dic_tmp.items() - } - - # replace name of gas with chemical formula - output_dic["gas"] = gas_name_to_formula(output_dic["gas"]) - - # append to list - output_list.append(output_dic) - - # sort list by ipcc sector - output_list = sorted(output_list, key=lambda x: x["ipcc_2006_category"]) - - # create dataframe - df = pd.DataFrame(output_list) - - # create mapping for ipcc to gpc sectors - df_tmp = create_ipcc_to_gpc_mapping() - df_out = pd.merge(df, df_tmp, on="ipcc_2006_category") - - df_out["units_merged"] = df_out.apply(merge_columns, axis=1) - - df_out["value"] = df_out["value"].round(3) - - COLUMNS = ["gpc_sector", "value", "units_merged", "gas", "region", "reference"] - df_emissions_factor = df_out.loc[:, COLUMNS].rename( - columns={ - "units_merged": "units", - "gpc_sector": "gpc_refno", - "value": "emissions_factor", - } - ) - df_emissions_factor["emissions_factor_id"] = df_emissions_factor.apply( - lambda row: uuid_generate_v4(), axis=1 - ) - - df_emissions_factor.to_csv(f"{output_dir}/EmissionsFactor.csv", index=False) - - # ================================================================= - # DataSourceEmissionsFactor - # ================================================================= - datasource_emissions_factor_data = [ - { - "datasource_id": datasource_data.get("datasource_id"), - "emissions_factor_id": emissions_factor_id, - } - for emissions_factor_id in df_emissions_factor["emissions_factor_id"] - ] - - write_dic_to_csv( - output_dir, "DataSourceEmissionsFactor", datasource_emissions_factor_data - ) diff --git a/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py b/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py new file mode 100644 index 000000000..3185d7b48 --- /dev/null +++ b/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py @@ -0,0 +1,647 @@ +import csv +import math +import os +import pandas as pd +import numpy as np +from pathlib import Path +import re +import statistics +from utils import ( + make_dir, + write_dic_to_csv, + uuid_generate_v3, + uuid_generate_v4, + get_filename, + set_seed, + string_to_hash, +) + +def separate_min_max_median(val): + """extract value, takes median if range is given""" + if isinstance(val, float): + return {"value": val, "value_min": None, "value_max": None} + + value = val.replace(" ", "").strip() + + range_pattern = r"(?P[\d.]+)-(?P[\d.]+)" + single_pattern = r"^([\d.]+)$" + + range_match = re.search(range_pattern, value) + single_match = re.match(single_pattern, value) + + if range_match: + min_val = float(range_match.group("min")) + max_val = float(range_match.group("max")) + median = statistics.median([min_val, max_val]) + return {"value": median, "value_min": min_val, "value_max": max_val} + elif single_match: + return { + "value": float(single_match.group(1)), + "value_min": None, + "value_max": None, + } + else: + return {"value": None, "value_min": None, "value_max": None} + +def gas_name_to_formula(value, replace_dict=None): + """replace gas name with formula""" + if replace_dict is None: + replace_dict = { + "CARBON DIOXIDE\n": "CO2", + "METHANE\n": "CH4", + "NITROUS OXIDE\n": "N2O", + "Sulphur Hexafluoride\n": "SF6", + "CARBON MONOXIDE\n": "CO", + "Nitrogen Trifluoride\n": "NF3", + "AMMONIA\n": "NH3" + + } + else: + replace_dict = {key.upper(): value for key, value in replace_dict.items()} + + new_value = replace_dict.get(value.upper(), None) + + if new_value: + return new_value + + return value + +def save_to_csv(fl, data): + """save list of dictionaries to CSV""" + with open(fl, "w", newline="") as csvfile: + fieldnames = data[0].keys() # Assuming all dictionaries have the same keys + writer = csv.DictWriter(csvfile, fieldnames=fieldnames) + + writer.writeheader() + writer.writerows(data) + +# Mapping IPCC to GPC +mapping_ipcc_to_gpc = { + '1.A - Fuel Combustion Activities\n': ['I.1.1', + 'I.2.1', + 'I.3.1', + 'I.4.1', + 'I.5.1', + 'I.6.1'], + '1.A - Fuel Combustion Activities\n1.A.1.b - Petroleum Refining\n': ['I.7.1'], + '1.A.1 - Energy Industries\n': ['1.4.4'], + '1.A.1 - Energy Industries\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c - Agriculture/Forestry/Fishing/Fish Farms\n1.A.4.c.i - Stationary\n': ['I.4.4'], + '1.A.1.a - Main Activity Electricity and Heat Production\n': ['I.4.4'], + '1.A.1.a - Main Activity Electricity and Heat Production\n1.A.1.a.i - Electricity Generation\n1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n1.A.1.a.iii - Heat Plants\n': ['I.4.4'], + '1.A.1.a.i - Electricity Generation\n': ['I.4.4'], + '1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n': ['I.4.4'], + '1.A.1.a.iii - Heat Plants\n': ['I.4.4'], + '1.A.1.c.ii - Other Energy Industries\n': ['1.4.4'], + '1.A.2 - Manufacturing Industries and Construction\n': ['I.3.1'], + '1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n': ['I.3.1', + 'I.2.1'], + '1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c.ii - Off-road Vehicles and Other Machinery\n': ['I.3.1', + 'I.2.1', + 'I.1.1'], + '1.A.2.a - Iron and Steel\n': ['I.3.1'], + '1.A.2.b - Non-Ferrous Metals\n': ['I.3.1'], + '1.A.2.c - Chemicals\n': ['I.3.1'], + '1.A.2.d - Pulp, Paper and Print\n': ['I.3.1'], + '1.A.2.e - Food Processing, Beverages and Tobacco\n': ['I.3.1'], + '1.A.2.f - Non-Metallic Minerals\n': ['I.3.1'], + '1.A.2.g - Transport Equipment\n': ['I.3.1'], + '1.A.2.h - Machinery\n': ['I.3.1'], + '1.A.2.j - Wood and wood products\n': ['I.3.1'], + '1.A.2.l - Textile and Leather\n': ['I.3.1'], + '1.A.4.a - Commercial/Institutional\n': ['I.2.1'], + '1.A.4.b - Residential\n': ['I.1.1'], + '1.A.4.b - Residential\n1.A.4.c.i - Stationary\n': ['I.1.1'], + '1.A.4.c.i - Stationary\n': ['I.5.1'], + '1.B.1.a - Coal mining and handling\n': ['I.7.1'], + '1.B.1.a.i - Underground mines\n': ['I.7.1'], + '1.B.1.a.i.1 - Mining\n': ['I.7.1'], + '1.B.1.a.i.2 - Post-mining seam gas emissions\n': ['I.7.1'], + '1.B.1.a.i.3 - Abandoned underground mines\n': ['I.7.1'], + '1.B.1.a.ii - Surface mines\n': ['I.7.1'], + '1.B.1.a.ii.1 - Mining\n': ['I.7.1'], + '1.B.1.a.ii.2 - Post-mining seam gas emissions\n': ['I.7.1'], + '1.B.2 - Oil and Natural Gas\n': ['I.8.1'], + '1.B.2.a - Oil\n': ['I.8.1'], + '1.B.2.a.i - Venting\n': ['I.8.1'], + '1.B.2.a.ii - Flaring\n': ['I.8.1'], + '1.B.2.a.ii - Flaring\n1.B.2.b.ii - Flaring\n': ['I.8.1'], + '1.B.2.b - Natural Gas\n': ['I.8.1'], + '1.B.2.b.i - Venting\n': ['I.8.1'], + '1.B.2.b.ii - Flaring\n': ['I.8.1'], + '1.B.3 - Other emissions from Energy Production\n': ['I.4.1'] +} + +# methodologies for Stationary Energy +mapping_gpc_to_methodologies = [ + 'fuel_combustion_consumption', + 'sampling_scaled_data', + 'modeled_data' + ] + +# References on density values +ref_density_dic = { + 'Aqua_Calc_tool': 'https://www.aqua-calc.com/page/density-table/substance/coal-coma-and-blank-anthracite-blank-solid', + 'EF_GHG_protocol': 'https://ghgprotocol.org/calculation-tools-and-guidance', + 'engineering_tool_box': 'https://www.engineeringtoolbox.com/gas-density-d_158.html' +} + +# dictionary with density values +densities_dic = { + 'Anthracite': { + 'value': 1506, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool', + }, + 'Other Bituminous Coal': { + 'value': 1346, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Lignite': { + 'value': 400, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Peat': { + 'value': 400, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Crude Oil': { + 'value': 800, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Motor Gasoline': { + 'value': 740, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Other Kerosene': { + 'value': 800, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Gas Oil': { + 'value': 840, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Diesel Oil': { + 'value': 840, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Residual Fuel Oil': { + 'value': 940, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Natural Gas': { + 'value': 0.7, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Charcoal': { + 'value': 208, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Sub-Bituminous Coal': { + 'value': 1346, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Liquefied Petroleum Gases': { + 'value': 540, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Coking Coal': { + 'value': 829.76, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Coke Oven Coke and Lignite Coke': { + 'value': 400, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Naphtha': { + 'value': 770, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Coke Oven Gas': { + 'value': 0.545, + 'units': 'kg/m3', + 'reference': 'engineering_tool_box' + }, + 'Natural Gas Liquids\n(NGLs)': { + 'value': 500, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + }, + 'Jet Kerosene': { + 'value': 790, + 'units': 'kg/m3', + 'reference': 'EF_GHG_protocol' + }, + 'Bitumen': { + 'value': 1346, + 'units': 'kg/m3', + 'reference': 'Aqua_Calc_tool' + } +} + +if __name__ == "__main__": + # set random.seed so UUID is reproducible + #! assumes records always generated in same order + seed_string = get_filename() + seed_value = string_to_hash(seed_string) + set_seed(seed_value) + + # output directory + output_dir = "../data_processed/EFDB_2006_IPCC_guidelines/" + output_dir = os.path.abspath(output_dir) + make_dir(path=Path(output_dir).as_posix()) + + # raw data file path + input_fl = "../data_raw/EFDB_2006_IPCC_guidelines/EFDB_output.xlsx" + input_fl = os.path.abspath(input_fl) + + # ================================================================= + # Publisher + # ================================================================= + publisher_data = { + "name": "IPCC", + "URL": "https://www.ipcc.ch/", + } + publisher_data["publisher_id"] = uuid_generate_v3(name=publisher_data.get("name")) + + write_dic_to_csv(output_dir, "Publisher", publisher_data) + + # ================================================================= + # DataSource + # ================================================================= + datasource_data = { + "datasource_name": "IPCC", + "dataset_name": "IPCC Emission Factor Database (EFDB) [2006 IPCC Guidelines]", + "URL": "https://www.ipcc-nggip.iges.or.jp/EFDB/main.php", + "publisher_id": publisher_data.get("publisher_id"), + } + datasource_data["datasource_id"] = uuid_generate_v3(name=datasource_data.get("dataset_name")) + + write_dic_to_csv(output_dir, "DataSource", datasource_data) + + # ================================================================= + # EmissionsFactor + # ================================================================= + # read raw dataset + df = pd.read_excel(input_fl) + + # drop extra columns + df = df.drop(columns=['IPCC 1996 Source/Sink Category', 'Fuel 1996', 'C pool', 'Type of parameter', 'Abatement / Control Technologies', 'IPCC Worksheet', 'Source of data', 'Data provider']) + + # clean reference info + df['Technical Reference'] = df['Technical Reference'].replace('??????? ? ?????? ???????-????? I. ???????-??????? ???????', None) + + # extract only EF values for Stationary Energy using IPCC refno + filt_cat = df["IPCC 2006 Source/Sink Category"].str.contains("1.A", case=True, na=False) + df_filt = df.loc[filt_cat].reset_index(drop=True) + + # extract only EF values + filt_desc = df_filt["Description"].str.contains("EF | emission factor", case=False, na=False) + df_filt = df_filt.loc[filt_desc].reset_index(drop=True) + + # delete the other EF values we don't need + filt_NCV = df_filt['Description'].str.contains('NCV', case=False, na=False) + EF_df = df_filt.loc[~filt_desc].reset_index(drop=True) + + output_list = [] + + for _, row in EF_df.iterrows(): + # get min, max, and median value + value = row.pop("Value") + value_dic = separate_min_max_median(value) + + # rename rows and convert to dictionary + row_dic = row.rename( + { + "Unit": "units", + "IPCC 2006 Source/Sink Category": "ipcc_2006_category", + "Gas": "gas", + "Fuel 2006": "fuel", + "Region / Regional Conditions": "region", + "Description": "description", + "Equation": "equation", + "Technical Reference": "reference", + "Parameters / Conditions": "parameters", + "Other properties": "properties", + "Technologies / Practices": "practices" + } + ).to_dict() + + # merge dictionaries + dic_tmp = {**row_dic, **value_dic} + + # convert nan to None + output_dic = { + key: None if (isinstance(value, float)) and math.isnan(value) else value + for key, value in dic_tmp.items() + } + + # replace name of gas with chemical formula + output_dic["gas"] = gas_name_to_formula(output_dic["gas"]) + + # append to list + output_list.append(output_dic) + + EF_df = pd.DataFrame(output_list) + + # assign "GPC_refno" using the mapping dic + EF_df['GPC_refno'] = EF_df['ipcc_2006_category'].map(mapping_ipcc_to_gpc) + + # remove EFs that don't apply + EF_df = EF_df.dropna(subset=['GPC_refno']) + + gas = ['CO2', 'CH4', 'N2O'] + EF_df = EF_df[EF_df['gas'].isin(gas)] + + # standardize units + EF_df['units'] = EF_df['units'].replace({'KG/TJ':'kg/TJ', 'kg CO2/GJ': 'kg/GJ'}, regex=True) + + # Replace None values, which means "generic EF", with "world" + EF_df['region'].fillna('world', inplace=True) + + # extract useful information from 'properties' column to be used later + # Define constants for slicing positions + NCV_START_1 = 26 + NCV_END_1 = 30 + NCV_UNITS_1 = 'TJ/kg' + + NCV_START_2 = 5 + NCV_END_2 = 10 + NCV_UNITS_2 = 'MJ/kg' + + DENSITY_VALUE_START = 55 + DENSITY_VALUE_END = -6 + DENSITY_UNITS = 'kg/m3' + + # Function to extract NCV and density values + def extract_metadata(properties, condition): + if condition == 'Net Calorific Value': + return {'NCV_value': properties[NCV_START_1:NCV_END_1], 'NCV_units': NCV_UNITS_1} + elif condition == 'NCV: ': + return {'NCV_value': properties[NCV_START_2:NCV_END_2], 'NCV_units': NCV_UNITS_2} + elif condition == 'density:': + return {'NCV_value': properties[NCV_START_2:NCV_END_2], 'NCV_units': NCV_UNITS_2, + 'density_value': properties[DENSITY_VALUE_START:DENSITY_VALUE_END], 'density_units': DENSITY_UNITS} + return {'NCV_value': pd.NA, 'NCV_units': pd.NA, 'density_value': pd.NA, 'density_units': pd.NA} + + # Function to expand metadata dictionary into separate columns + def expand_metadata(metadata): + return pd.Series(metadata) + + # Apply conditions and update the metadata column + conditions = ['Net Calorific Value', 'NCV: ', 'density:'] + for condition in conditions: + mask = EF_df['properties'].str.contains(condition, na=False) + EF_df.loc[mask, ['NCV_value', 'NCV_units', 'density_value', 'density_units']] = EF_df.loc[mask, 'properties'].apply(lambda x: expand_metadata(extract_metadata(x, condition))) + + # drop extra columns + EF_df = EF_df.drop(columns=['value_min', 'value_max']) + + # filter the first df to extract Net Calorific Values to transform EF into other units + # extract GCV and NCV + filt_NCV = df["Description"].str.contains('NCV', case=False, na=False) + filt_df = df.loc[filt_NCV].reset_index(drop=True) + + # change column names + filt_df = filt_df.rename(columns={'IPCC 2006 Source/Sink Category': 'ipcc_2006_category', 'Fuel 2006': 'fuel', 'Value': 'NCV_value', 'Unit': 'NCV_units'}) + + # drop extra columns + filt_df = filt_df.drop(columns = ['EF ID', 'Gas', 'Technologies / Practices', 'Parameters / Conditions', 'Region / Regional Conditions', 'Other properties', 'Equation', 'Technical Reference']) + + # New list to hold NCV and GCV values + tmp = [] + + # Process each row + for index, row in filt_df.iterrows(): + value = str(row['NCV_value']) + + if '(GCV)' in value and '(NCV)' in value: + # Extract the values + parts = value.split('(GCV)') + gcv_value = parts[0].strip() + ncv_value = parts[1].split('(NCV)')[0].strip() + # Create new rows for GCV and NCV values + gcv_row = row.copy() + gcv_row['NCV_value'] = gcv_value + gcv_row['Description'] = 'Gross Calorific Value' + + ncv_row = row.copy() + ncv_row['NCV_value'] = ncv_value + ncv_row['Description'] = 'Net Calorific Value' + + # Append new rows + tmp.append(gcv_row) + tmp.append(ncv_row) + else: + tmp.append(row) + + # Convert the data back to a DataFrame + filt_df = pd.DataFrame(tmp) + + # standardization of units + valid_units = ['TJ/Gg', 'TJ/kt', 'MJ/m3', 'MJ/kg', 'kJ/g', 'GJ/tonne', 'Btu/gal', 'tC/TJ', 'TJ/m3', 'TJ/kl'] + + for index, row in filt_df.iterrows(): + units = row['NCV_units'] + value = row['NCV_value'] + converted_value = None + new_units = None + + # Check if units need conversion + if 'GJ/1000m3' in units: + converted_value = np.float16(value) * 1e-3 + new_units = 'GJ/m3' + + elif units in ['GJ/1000 litre', 'GJ/1000litre']: + converted_value = np.float16(value) * 1e-3 + new_units = 'GJ/litre' + + elif units == 'TJ/10^6m3 @SATP': + converted_value = np.float16(value) * 1e-6 + new_units = 'TJ/m3' + + elif units == 'TJ/10^3kl @SATP': + converted_value = np.float16(value) * 1e-3 + new_units = 'TJ/kl' + + # Update df with converted value and units if conversion occurred + if converted_value is not None: + filt_df.at[index, 'NCV_value'] = converted_value + filt_df.at[index, 'NCV_units'] = new_units + + # Check if units are valid + elif units not in valid_units: + print("Error: unrecognized units - ", units, " - line ", index) + + # fix values representing ranges + for index, row in filt_df.iterrows(): + value = row['NCV_value'] + value_dic = separate_min_max_median(value) + filt_df.at[index, 'NCV_value'] = value_dic['value'] + filt_df.at[index, 'Value_min'] = value_dic['value_min'] + filt_df.at[index, 'Value_max'] = value_dic['value_max'] + + # drop extra columns + filt_df = filt_df.drop(columns=['Value_min','Value_max']) + + # change 'Description' information + filt_df['Description'] = np.where( + filt_df['Description'].str.contains('Net Calorific Value|NCV', case=False, na=False), + 'NCV', + np.where( + filt_df['Description'].str.contains('Gross Calorific Value', case=False, na=False), + 'GCV', + filt_df['Description'] + ) + ) + + # filter df + filt_df = filt_df[filt_df['Description'] == 'NCV'] + + # Merge NCV with EF_df + EF_df = EF_df.merge(filt_df, on=['fuel','ipcc_2006_category'], how='left') + + # assign NCV values and units when apply + EF_df['NCV_value'] = EF_df['NCV_value_x'].combine_first(EF_df['NCV_value_y']) + EF_df['NCV_units'] = EF_df['NCV_units_x'].combine_first(EF_df['NCV_units_y']) + + # Drop the original 'NCV_value_x' and 'NCV_value_y' columns + EF_df.drop(columns=['NCV_value_x', 'NCV_value_y', 'NCV_units_x', 'NCV_units_y'], inplace=True) + + # fill density values in EF_df + for index, row in EF_df.iterrows(): + if pd.isna(row['density_value']): + fuel = row['fuel'] + if fuel in densities_dic.keys(): + # Fill the missing density_value and density_units using the dictionary + EF_df.at[index, 'density_value'] = densities_dic[fuel]['value'] + EF_df.at[index, 'density_units'] = densities_dic[fuel]['units'] + + # Conversion process + def convert_units(df, unit_col, value_col, from_unit, to_unit, conversion_factor): + # Filter the DataFrame based on the from_unit + filtered_df = df[df[unit_col] == from_unit] + # conversion + filtered_df[unit_col] = to_unit + filtered_df[value_col] *= conversion_factor + df.update(filtered_df) + + # Define the conversions and their respective factors + conversions = [ + ('tC/TJ', 'kg/TJ', 44/12), + ('gC/MJ', 'g/MJ', 44/12), + ('g/MJ', 'kg/TJ', 1), + ('kg/GJ', 'kg/TJ', 1000) + ] + + # Apply the conversions + for from_unit, to_unit, conversion_factor in conversions: + convert_units(EF_df, 'units', 'value', from_unit, to_unit, conversion_factor) + + # convert 'NCV_value' column into numeric + EF_df['NCV_value'] = pd.to_numeric(EF_df['NCV_value'], errors='coerce') + + convert_units(EF_df, 'NCV_units', 'NCV_value', 'MJ/kg', 'TJ/kg', 1e-6) + + # create new columns for EF units transformation + EF_df['emissions_per_activity'] = EF_df['value'] + + # calculate EF of mass of gas / mass of fuel + new_rows = [] + for index, row in EF_df.iterrows(): + ncv_value = row['NCV_value'] + ncv_units = row['NCV_units'] + ef_value = row['value'] + ef_units = row['units'] + + if ncv_units in ['TJ/Gg', 'TJ/kt', 'TJ/kl', 'TJ/kg', 'TJ/m3']: + new_row = row.copy() + new_row['emissions_per_activity'] = ncv_value * ef_value + new_row['units'] = f'{ef_units[:2]}/{ncv_units[3:]}' + new_rows.append(new_row) + new_rows = pd.DataFrame(new_rows) + # add the new rows with the conversions + EF_df = pd.concat([EF_df, new_rows], ignore_index=True) + + # Define the conversions and their respective factors + conversions = [ + ('kg/kl', 'kg/l', 1e-3), + ('kg/Gg', 'kg/kg', 1e-6), + ('kg/kt', 'kg/t', 1e-3), + ('kg/l', 'kg/m3', 1e3) + ] + + new_rows = [] + + # Apply the conversions + for from_unit, to_unit, conversion_factor in conversions: + convert_units(EF_df, 'units', 'emissions_per_activity', from_unit, to_unit, conversion_factor) + + # convert 'density_value' column into numertic type + EF_df['density_value'] = pd.to_numeric(EF_df['density_value'], errors='coerce') + + new_rows = [] + + for index, row in EF_df.iterrows(): + density_value = row['density_value'] + ef_value = row['emissions_per_activity'] + ef_units = row['units'] + + if ef_units in ['kg/kg']: + new_row = row.copy() + new_row['emissions_per_activity'] = ef_value * density_value + new_row['units'] = 'kg/m3' + new_rows.append(new_row) + + new_rows = pd.DataFrame(new_rows) + # add the new rows with the conversions + EF_df = pd.concat([EF_df, new_rows], ignore_index=True) + + # fill empty values in the 'EF_value' column + EF_df['emissions_per_activity'].fillna(EF_df['value'], inplace=True) + + # drop extra columns + EF_df = EF_df.drop(columns = ['Description', 'value']) + + # make a row for each GPC_refno + EF_df = EF_df.explode('GPC_refno', ignore_index=True) + + # make a row for each methodology + EF_df['methodology_name'] = [mapping_gpc_to_methodologies] * len(EF_df) + EF_df = EF_df.explode('methodology_name', ignore_index=True) + + EF_df["emissions_factor_id"] = EF_df.apply( + lambda row: uuid_generate_v4(), axis=1 + ) + + EF_df.to_csv(f"{output_dir}/EmissionsFactor.csv", index=False) + + # ================================================================= + # DataSourceEmissionsFactor + # ================================================================= + datasource_emissions_factor_data = [ + { + "datasource_id": datasource_data.get("datasource_id"), + "emissions_factor_id": emissions_factor_id, + } + for emissions_factor_id in EF_df["emissions_factor_id"] + ] + + write_dic_to_csv( + output_dir, "DataSourceEmissionsFactor", datasource_emissions_factor_data + ) \ No newline at end of file diff --git a/app/src/app/[lng]/[inventory]/cdp/page.tsx b/app/src/app/[lng]/[inventory]/cdp/page.tsx new file mode 100644 index 000000000..1032db8f2 --- /dev/null +++ b/app/src/app/[lng]/[inventory]/cdp/page.tsx @@ -0,0 +1,45 @@ +"use client"; + +import { NavigationBar } from "@/components/navigation-bar"; +import { + Box, + Button, + Card, + CardBody, + CardFooter, + CardHeader, + Text, +} from "@chakra-ui/react"; +import React from "react"; +import { useTranslation } from "@/i18n/client"; + +function Page({ params: { lng } }: { params: { lng: string } }) { + const { t } = useTranslation(lng, "cdp"); + return ( + + + + + + {t("add-data")} + + + {t("submit-data-to-cdp")} + + + + + + + + ); +} + +export default Page; diff --git a/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx b/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx new file mode 100644 index 000000000..2bd96a075 --- /dev/null +++ b/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx @@ -0,0 +1,1216 @@ +"use client"; + +import MethodologyCard from "@/components/Cards/methodology-card"; +import SuggestedActivityCard from "@/components/Cards/suggested-activities-card"; +import AddActivityModalEnergyConsumption from "@/components/Modals/add-activity-energy-consumption-modal"; +import AddActivityModal from "@/components/Modals/add-activity-modal"; +import HeadingText from "@/components/heading-text"; +import LoadingState from "@/components/loading-state"; +import { useTranslation } from "@/i18n/client"; +import { api } from "@/services/api"; +import { AddIcon, ArrowBackIcon, ChevronRightIcon } from "@chakra-ui/icons"; +import { + Accordion, + AccordionButton, + AccordionIcon, + AccordionItem, + AccordionPanel, + Box, + Breadcrumb, + BreadcrumbItem, + BreadcrumbLink, + Button, + Card, + Icon, + IconButton, + Link, + Popover, + PopoverArrow, + PopoverBody, + PopoverContent, + PopoverTrigger, + Radio, + RadioGroup, + Stack, + Switch, + Tab, + TabList, + TabPanel, + TabPanels, + Table, + TableContainer, + Tabs, + Tag, + TagLabel, + Tbody, + Td, + Text, + Textarea, + Th, + Thead, + Tr, + useDisclosure, +} from "@chakra-ui/react"; +import { useRouter } from "next/navigation"; +import { useState } from "react"; +import { Trans } from "react-i18next"; +import { BsTrash2 } from "react-icons/bs"; +import { FaNetworkWired } from "react-icons/fa"; +import { FiTrash2 } from "react-icons/fi"; +import { MdMoreVert, MdOutlineHomeWork } from "react-icons/md"; +import { TbTrash } from "react-icons/tb"; + +function SubSectorPage({ + params: { lng, step, inventory }, +}: { + params: { lng: string; step: string; inventory: string }; +}) { + const router = useRouter(); + const { t } = useTranslation(lng, "data"); + const [isSelected, setIsSelected] = useState(false); + const [selectedValue, setSelectedValue] = useState(""); + + const [isChecked, setIsChecked] = useState(false); + + const [hasActivityData, setHasActivityData] = useState(false); + + const handleSwitch = (e: any) => { + setIsChecked(!isChecked); + }; + const METHODOLOGIES = [ + { + name: t("fuel-combustion-consumption"), + description: t("fuel-combustion-consuption-desciption"), + inputRequired: [t("total-fuel-consumed")], + disabled: false, + }, + { + name: t("scaled-sample-data"), + description: t("scaled-sample-data-desc"), + inputRequired: [t("sample-fuel"), t("scaling-data")], + disabled: false, + }, + { + name: t("modeled-data"), + description: t("modeled-data-desc"), + inputRequired: [t("modeled-fuel"), t("build-area")], + disabled: true, + }, + { + name: t("direct-measure"), + description: t("direct-measure-desc"), + inputRequired: [t("emissions-data")], + disabled: false, + }, + ]; + const BUILDINGS = [ + { + id: 1, + name: t("commercial-buildings"), + }, + { + id: 2, + name: t("institutional-buildings"), + }, + { + id: 3, + name: t("street-lighting"), + }, + ]; + + const handleCardClick = () => { + setIsSelected(!isSelected); + console.log(isSelected); + }; + + const { + isOpen: isAddActivityModalOpen, + onOpen: onAddActivityModalOpen, + onClose: onAddActivityModalClose, + } = useDisclosure(); + + const { + isOpen: isAddActivityModalOpenEC, + onOpen: onAddActivityModalOpenEC, + onClose: onAddActivityModalCloseEC, + } = useDisclosure(); + + const { data } = api.useMockDataQuery({}); + console.log(data); + + const [isLoadingScope1, setIsloadingScope1] = useState(false); + const [isLoadingScope2, setIsloadingScope2] = useState(false); + + const handleTabLoadingStateScope1 = () => { + setIsloadingScope1(true); + setTimeout(() => { + setIsloadingScope1(false); + }, 1000); + }; + + const handleTabLoadingStateScope2 = () => { + setIsloadingScope2(true); + setTimeout(() => { + setIsloadingScope2(false); + }, 1000); + }; + + return ( + <> +
+ + + + + } + > + + + {t("all-sectors")} + + + + + {t("stationary-energy")} + + + + + {t("commercial-and-institutional-buildings")} + + + + + + + + + + + + I.1.2 {t("commercial-and-institutional-buildings")} + + + {t("sector")}: {t("stationary-energy")} | {t("inventory-year")}: + 2023 + + + {t("commercial-and-institutional-building-description")} + + + + + + + + + {t("scope")} 1 + + + + {" "} + + {t("scope")} 2 + + + + + + + + + + handleSwitch(e)} + /> + + {t("scope-not-applicable")} + + + + {isLoadingScope1 ? ( + + ) : ( + + {" "} + {!isSelected ? ( + + + + ) : ( + "" + )} + {isSelected ? ( + + + {t("methodology")} + + + + + + {t("fuel-combustion-consumption-description")} + + + + + + + } + aria-label="more-icon" + variant="ghost" + color="content.tertiary" + /> + + + + + + + + Change methodology + + + + + + Delete all activities + + + + + + + + + {!hasActivityData ? ( + + {t("activity-suggestion")} + + ) : ( + "" + )} + {hasActivityData ? ( + + + +

+ + + + + {t("commercial-buildings")} + + + 4 {t("activities-added")} + + + + + {t("total-consumption")}:  + + + 715,4M gallons + + + + + {t("emissions")}:  + + + 15,MtCO2e + + + + + + + + +

+ + + + + + + + + + + + + + {data?.map( + (activity: any, i: number) => { + return ( + + + + + + + + ); + }, + )} + +
{t("fuel-type")}{t("data-quality")}{t("fuel-consumption")}{t("emissions")}
{activity?.fuelType} + + + {activity?.dataQuality} + + + + {activity?.fuelConsumption!}{" "} + {t("gallons")} + + {activity?.emissions} tCO2e + + + } + /> +
+ + + + + + ) : ( + + {BUILDINGS.map(({ id, name }) => ( + + ))} + + )} + + + ) : ( + + {isChecked ? ( + + + + {t("scope-unavailable-description")} + + + + {t("select-reason")} + + + + + {t("select-reason-1")} + + + {t("select-reason-2")} + + + {t("select-reason-3")} + + + {t("select-reason-4")} + + + + + {t("explanation-justification")} + +